Overview

Sentient Energy specializes in intelligent sensing, data analytics, optimization, and control technologies for electrical distribution grids. Their solutions empower electric utilities to make data-driven decisions, enhancing power delivery's safety, reliability, and efficiency. 

Sentient Energy offers hardware and software systems that provide real-time monitoring and analytics. These tools assist utilities in predicting outages, mitigating wildfire risks, monitoring underground infrastructure, controlling grid edge operations, measuring harmonics, detecting faults, and monitoring systems and assets.

 By integrating these advanced technologies, Sentient Energy helps utilities tackle challenges in power delivery, achieve clean energy electrification goals, and adapt to the evolving demands of modern distribution grids.

Sentient Energy’s Grid Analytics System enhances the capabilities of electric distribution networks for outage detection and restoration. It helps utilities pinpoint faulted segments, improving field crew identification and reducing restoration times while increasing customer satisfaction and SAIDI performance. In high-wildfire-risk areas, this solution detects potential electrical anomalies in the grid that could lead to ignition, allowing utilities to take preventive measures before incidents occur.

The Grid Analytics System comprises:

• Master Monitor 3 Artificial Intelligent Sensor (MM3ai™),

• Zero Monitor 1 Intelligent Sensor (ZM1™),

• Underground Monitor 3 Intelligent Sensor (UM3+™),

• Ample™ Analytics enterprise software.

 This system empowers utilities to:

• Enhance overhead and underground feeder and lateral fault detection, isolation, and restoration, while optimizing switching times and locations for effective partial load restoration (Restore before Repair).

• Optimize crew deployment by ensuring the right type of crews are in the right locations.

• Deliver critical outage updates to system operators in real-time through existing DNP-compatible telemetry systems (ADMS, OMS, etc.).

• Detect electrical anomalies on the distribution grid (such as equipment failures or vegetation issues) before they cause failures, enabling utilities to address potential ignition sources in wildfire-prone areas.

• Improve system balancing by identifying and quantifying loading imbalances across feeders and their segments.

• Enhance data accuracy, allowing for thorough analysis and trending of asset management and planning data at intermediate points across the feeder.

• Manage sensor fleets from a computer without needing to engage crews or physically interact with the sensors.

1. Overhead deployment

MM3 Overhead Line Sensor

Sentient Energy’s MM3 is an intelligent overhead line sensor used for fault detection, load monitoring and fault waveform capture. The MM3 is line-powered and communicates to a head-end system using cellular or mesh technologies.

Sensing and measurement capabilities for the MM3 include current, conductor temperature, voltage characteristics, GPS for location, a precision clock, and high-resolution waveform capture. 

ZM1 Low Amperage Overhead Line Sensor

The Sentient Energy ZM1 is an intelligent overhead line sensor used for fault detection, load monitoring and fault waveform capture. The ZM1 is battery-powered and can be deployed on power lines with lower current such as overhead low-load feeders, lateral lines, feeder tie points and rural distribution circuits.

Sensing and measurement capabilities for the ZM1 include fault detection with magnitude, load monitoring, waveform capture, voltage presence, and current direction. The sensor is equipped with a GPS receiver for accurate location.

2. Underground deployment

UM1 underground sensor

Increase visibility of underground residential distribution with Sentient Energy’s UM1. Designed specifically for single-phase underground residential distribution (URD) transformer cabinets, the UM1 monitors both primary and secondary cables to extend visibility, fault detection, and load monitoring further along underground distribution circuits.

The UM1’s advanced sensing capabilities include fault detection and highly accurate measurement of fault magnitudes and load current levels. UM1 data is collected by the Ample Analytics Platform via cellular communications for visualization and analysis. The alerts and data from UM1 can also be configured and integrated to stream into systems such as OMS, ADMS.

UM3+ underground LIne monitor

Sentient Energy’s UM3+ underground line sensor is an intelligent line sensor used to help utilities improve reliability. It captures and transmits accurate fault, disturbance, and load data from locations along underground feeders.

Sensing and measurement capabilities for the UM3+ include:

• Underground fault detection

• Highly accurate load and fault magnitude

• Waveform capture

• Equipped with GPS for location

• GPS / PPS-level precision clock for highly accurate time-stamping (thereby allowing collating waveforms with those from other devices to perform a thorough post-even analysis).

3. VOltage control

VC-10 Dynamic VAR compensator

The Sentient Energy Grid Edge Control solution is comprised of VC10 hardware and Ample software. The VC10 is a low voltage dynamic VAR compensator and Ample is software for monitoring, configuration, and peak demand management.

Each VC10 autonomously injects up to 10 kVAR on the low voltage side of the distribution transformer to reduce voltage volatility and boost low voltage points.

Grid Edge Control improves conservation voltage reduction (CVR) to deliver incremental energy savings of 1-3% and increases hosting of solar and electric vehicle (EV) charging.

About the company

Sentient Energy offers an ecosystem of grid-edge devices and data-driven solutions that monitor and analyze the electrical health of overhead and underground assets to proactively alert utilities to potential issues on the grid (e.g., damaged equipment, vegetation overgrowth, etc.). Leveraging the near real-time visibility of anomaly waveform activity, including identification of recurring or trending anomalies, Utilities can implement a risk-based strategy to prioritize outage and maintenance activities. Sentient’s proprietary machine-learning algorithms and intelligent line sensing devices provide grid visibility, outage predictions, real-time situational data, and other valuable insights needed to make impactful reliability and resiliency improvements.

Sentient’s intelligent line sensors can be installed on distribution lines up to 46 kV, and capture load and fault current measurements, as well as line disturbances to identify anomalies indicative of vegetation and equipment maintenance issues. Built-in intelligence in the sensors ensures that only significant anomalies are sent back to the analytics platform (AMPLETM), optimizing data bandwidth costs. The Sentient analytics platform then further analyzes the data to identify adn alert on inspection priorities and potential causes. For example, based on historical disturbance data and temporary fault events data, Sentient can identify if a tree is repeatedly brushing up against a distribution line or if a component (e.g., insulator) is damaged well before the condition results in an outage, minimizing further damage to surrounding grid assets or the risk of a larger outage. Sentient solutions can also identify overloaded feeders, transformers, or other areas of the grid to inform a Utility's system planning strategy.

Differentiators

Visibility

Many utilities lack full system visibility (<60% coverage) and have visibility only to the substation or feeder head

Precision

Many SCADA enabled sensors only detect large disturbances and the majority of anomalies and issues are missed 

Deployment

SCADA/FLISR solutions take 3+ years to roll out and require feeder-by-feeder rollout, GIS integration, power flow, etc. 

Automation

Centralized grid management approach starts at substation level and does not address specific feeder problem areas

Representation and origin

Composite Power Group is privileged to be the nationwide representative of Sentient Energy’s products across Canada.

For pricing, delivery, product information,
or any questions, contact us:

Sentient Energy’s headquarters is in Dallas, Texas. Their sensors are manufactured in either California or Texas. (MM3, MM3AI, ZM1, UM3+ Standard in California, while UM3+ Compact, UM1, VC10, ENGO in Texas.

To learn more about Sentient Energy,
visit their official website:

Tridelta Meidensha is a joint venture company formed by Tridelta and Meidensha Corporation to produce and supply high-quality surge arresters and other electrical equipment for power systems.

Tridelta:
A Germany-based company with a long history of manufacturing electrical and power system equipment, especially surge arresters. They have a reputation for high reliability and quality in their products.

Meidensha Corporation:
A Japanese company that specializes in producing electrical equipment, including transformers, circuit breakers, varistor (MOV) blocks and power system solutions. Meidensha has a global presence and is well known for innovation and quality in the power industry.

Product Range

Surge arresters are electrical devices designed to protect power systems and electrical equipment from high-voltage surges, such as those caused by lightning strikes, switching operations, or other transient overvoltages. They work by safely diverting excessive electrical energy to the ground, thereby preventing damage to equipment like transformers, circuit breakers, and other critical infrastructure.

During normal operation, surge arresters remain inactive and allow the system to function without interference. When a high-voltage surge occurs, the arrester activates, offering a low-resistance path for the excess voltage to safely discharge to the ground. Once the surge subsides, the arrester returns to its high-resistance state, isolating itself from the system and resuming normal operation.

Surge arresters prevent damage to critical power system components by controlling transient overvoltages, enhance the reliability and lifespan of the electrical network by minimizing the effects of surges, reduce downtime and repair costs associated with equipment failure caused by surges and protect personnel and infrastructure from hazards caused by electrical surges.

Tridelta Meidensha offers high voltage surge arresters, medium voltage surge arresters and surge arrestor monitoring to the Canadian market.

High Voltage
surge arresters

Tridelta Meidensha offers a comprehensive range of surge arresters for high voltage applications up to 800 kV, including the reliable SB type arrestors with porcelain housing, and the SBKC and SBKT type arrestors featuring silicone housing.

Medium voltage
surge arresters

Tridelta Meidensha’s SBKW type surge arresters in silicone housing offer protection up to 60 kV for transformers, switchgear and cable terminations in enclosed spaces or in outdoor applications.

Surge arrester
monitoring

Tridelta Meidensha not only provides a variety of surge arresters but also offers a selection of monitoring devices. The DCC series surge counters—available with or without leakage current measurement—along with control spark gaps, enable the early detection of potential faults.

About the company

Tridelta Meidnesha has been manufacturing electrical components since 1889.

Tridelta Meidensha manufactures at its main facility in Hermsdorf, Germany, within a 107,000 square foot factory, 5,000 square foot warehouse and dedicated 7,000 square foot testing lab.

Tridelta Meidensha delivers surge arresters to over 120 countries, including Canada.

Certifications

Tridelta Meidensha is certified to DIN ISO EN 9001 and 14001.

Manufacturing is extensively routine-tested and is in compliance with IEC 60099-4 and IEEE C62.11

Testing capacities

Tridelta Meidensha has a modern and efficient high voltage laboratory dedicated to surge arrester activities which can type test according to IEC 60099-4 and IEEE C62.11. The Tridelta Meidensha development processes are certified to ISO 9001.

The Tridelta Meidensha laboratory is equipped with:

• Impulse generator up to 1,2 MW

• Power frequency transformer 600 kV

• High current impulse generator 150 kA

• Long duration current impulse generator for line discharge class 1-5

• Test facilities 5.000 h weather ageing test

• Climate testing laboratory with capability of -40°C - +100°C

• Mechanical bending and tensile test machine with up to 30.000 Nm bending and up to 50.000 N tensile strength

Differentiators

Tridelta Meidensha combines German engineering expertise and Japanese innovation to supply robust solutions for global power grids. Their products are widely used in utility networks and industrial power systems to improve resilience and protect critical infrastructure from electrical faults.

Their surge arresters and related products are trusted by utilities worldwide due to their high quality, reliability, and performance in harsh operating conditions.

Tridelta Meidensha offers:

• Comprehensive product portfolio

• Stable operation and lowest failure rates ensuring a long service life

• Best protection levels and bending strength

• Efficiency and the highest quality in manufacturing

• Successfully deployed in coastal and desert regions, areas with high industrial air pollution, heavy windloads, seismic zones, and other locations demanding special protection

Metal oxide arresters are designed for system voltages ranging from 1 kV to 800 kV and includes models for specific customer applications. These arresters are successfully deployed in over 120 countries worldwide and have demonstrated their effectiveness even in extreme climatic conditions.

representation and product location

Composite Power Group is privileged to be the nationwide representative of Tridelta Meidensha's products across Canada.

Tridelta Meidensha’s products are manufactured exclusively in Hermsdorf, Germany.

For pricing, delivery, product information,
or any questions, contact us:

To learn more about Tridelta Meidensha,
visit their official website:

Download the full Tridelta Meidensha brochure here:

FulcrumAir is a Calgary-based UAV and robotics company specializing in the design, manufacturing, and operation of unmanned aerial vehicles (UAVs) and robotics systems for electrical utility installation tasks. With offices in the US and Australia, FulcrumAir aims to revolutionize the utility industry by providing efficient and cost-effective solutions for tasks such as bird diverter installation and bundled conductor installation. FulcrumAir’s proprietary UAVs and robotics devices allow for significant challenges facing the electrical grid and the industries that serve them to be mitigated by leveraging advanced technology and expertise.

available Services

1. bird Flight Diverter Installation

Traditional method

Bird flight diverters are devices installed on power lines to prevent bird collisions and reduce the risk of electrocution as per the Migratory Birds Convention Act (MBCA), Species at Risk Act (SARA), Provincial and Territorial Wildlife Protection Legislation and Environmental Assessment Regulations.

• A bucket truck and trained lineman crew are required for the installation.

• Hard-to-reach areas require helicopter assistance, increasing the crew's risk and the operation's cost.

FulcrumAir LineFly­™

• Can completely eliminate hazardous bucket truck or helicopter tasks.

• Robotic precision ensures accurate and high-quality installation.

• Dramatic productivity increases due to the size of the crew required for the operation, combined with the speed of installation.

• No outages are required, LineFly™ can install BFDs directly on 240kV energized conductors.

• The LineFly™ is placed on the overhead wire with either FulcrumAir’s heavy lift drones (or a bucket truck from every second structure)

• Installs Preformed Line Products BIRD-FLIGHT™ Diverters

• Precision placement with any spacing required 

• Drastically improves safety, as there is no human near the operation

• Live work-friendly, can be used on overhead wires while conductors below are energized

• Environmentally friendly, minimal disruption to powerline right-of-way

• Service available in urban environments

Download brochure here:

2. Line Spacer Installation

Traditional method

The primary purpose of line spacers is to prevent the conductors from touching each other or other parts of the power line infrastructure, thereby reducing the risk of electrical faults, flashovers, and short circuits during new line construction, line upgrades or conductor galloping mitigation.

• Bucket trucks, conductor carts and a highly trained large crew are required for most installations.

• Hard-to-reach areas require helicopter assistance, increasing risk and cost.

FulcrumAir CSR-Twin™

• Completely replaces conductor carts, making the operation significantly safer for the crew.

• Ideal for use in hard-to-reach areas, eliminating the need for costly helicopter assistance.

• Accurate GPS data, applied torque logging during installation, and high-definition camera systems provide unmatched quality control and data collection.

• Performs removal and installation using the same tools and crew.

• Can operate while lines are energized up to and including 240kV as well as on all de-energized systems.

• Automates the installation of PLP CUSHION-GRIP® Twin Spacers

• The CSR-Twin™ is placed on the bundled conductor at the structure with a bucket truck or crane

• Travels along the span installing Twin Spacers at the spacing specified.

• The spacer is installed at precisely a right angle to the conductor and the bolt is torqued precisely as required.

• QC data including torque specs, photos and locations are collected automatically.

• Drastically improves crew safety, no conductor carts required.

Download brochure here:

3. fire mesh installation

Traditional method

Fire mesh installation on wooden power poles involves the attachment of a fire-resistant mesh or barrier to the pole's surface, preventing the spread of fire from nearby vegetation or other sources to the wooden pole.

• Labour intensive operation.

• When wrapping at height bucket truck or pole climbing is required, increasing risk or cost.

FulcrumAir FRM-100™

• No pole climbing or working at heights is required. Operated remotely and safely from the ground.

• The FMR-100™ can operate horizontally to wrap poles prior to them being erected

• On-board sensor allow for for gathering data, such as pole location, wrapped height, amount of mesh used, staple count and spacing

• Programmable for different installation parameters, such as overlap distance, staple position and count, wrap height, etc.

Download brochure here:

4. Lead Line Stringing

Traditional method

Lead line stringing is commonly used in the construction of new power lines, as well as in the replacement or upgrade of existing lines. The installation of a pilot or lead line along the path where the main conductor or wire will run can be challenging over difficult terrain.

• Helicopter assistance is required if crossing areas with great altitude differences, or if the surface is unsuitable to traverse with stringing equipment.

• Aerial support increases cost and risk to the crew.

FulcrumAir E2500HP

• Perfect for difficult-to-access terrain features such as rivers, valleys, wetlands, or marshes.

• Full-service stringing capability with Capstan to pull in lead line to then pull secondary line.

• Easy to combine with other FulcrumAir services for increased savings and efficiency.

Download brochure here:

Future services (in development)

capacity increase of existing services

1. Increase spacer installation capabilities: The development focus is on machines to install both tri and quad spacers, which, in addition to duals, account for a majority of the global spacer market.

2. Develop the next generation of heavy-lift UAVs: Our unique regulatory approvals allow FulcrumAir to build on the success of the E7500™ and develop the next generation of powerline slinging heavy lift UAVs.

3. Advance towards different installation options: FulcrumAir will continue to improve its new and existing spacer installation robot designs to allow for bucket truck, helicopter, and UAV options to be used to place robots on line infrastructure.

Differentiators

• A leader in the design, engineering, manufacturing, and operation of proprietary robotics and unmanned aerial systems, offering some of the safest and most productive solutions available.

• Over 60,000 hours of R&D invested to date and are investing over 10,000 additional hours annually.

• R&D and testing conducted since 2016, and commercial operations since 2021.

• Garnered strong recognition/awareness from some of the largest utilities and service providers in North America.

• A regulatory leader with the FAA and Transport Canada in the areas of UAS and slung loads.

• R&D, manufacturing, and corporate office is in Calgary, Canada.

Regulatory oversight for remote piloted aircraft systems (RPAS) is rapidly evolving to meet today’s demands for the use of unmanned aircraft systems in every sector. FulcrumAir’s team is extremely committed to safety and regulatory compliances. Staying on top of all the latest regulatory developments and being well-positioned with regulators allows us to contribute to ever-evolving regulatory changes with real-time experience and obtain flight approvals due to our proven abilities.

In Canada, FulcrumAir can:

• Fly the E2500HP BVLOS over powerlines outside of an airport environment

• Fly the E2500HP VLOS under part 9 of the C.A.R.s – in controlled airspace and within 5m of people

• Fly the E7500 VLOS anywhere in Canada subject to some restrictions

About the company

FulcrumAir is where ground-breaking technology and industry-transforming solutions combine in the most innovative ways.

FulcrumAir specializes in developing precision-focused aerial robotics for the powerline industry to make working in the high wire environment safer and more efficient. Their in-house engineers invent and create equipment tailored to the needs of the powerline industry, keeping safety, efficiency, and accuracy at the forefront of our focus. They carefully engineer and specifically manufacture their own aerial robotics for maximum performance and practical ruggedness.

FulcrumAir is based in Calgary, Canada, with sales offices in the United States and Australia.

Composite Power Group is the exclusive FulcrumAir sales representative across Canada.

For more information on FulcrumAir services, visit their website:

For more info, product demo or a quote, contact us:

Shemar T&D is a full solution, global manufacturer of insulation technology offering high-quality products at a competitive price. They are fully integrated and focus on innovation and responsiveness to our clients’ needs.

“We are valuable only by creating value.”

product range

Braced Line Post Insulators
115kV to 230kV

High Strength Braced Line Post and Insulated Cross-arms (CICA) up to 765kV

Transmission Suspension Insulators
up to 1000 kV

Distribution Suspension Insulators
15kV to 69kV

Distribution Line Post Insulators
15kV to 69kV

Transmission Line Post Insulators
69kV to 345kV

Differentiators

SHEMAR's insulators stand out in the market due to several key differentiators:

Industry Leadership

As the world's largest producer of external polymer insulators, SHEMAR boasts unparalleled expertise and scale in insulator manufacturing.

Strong R&D Team

With a 155-member R&D team, including 4 doctors, 49 masters, and 12 foreign technical experts, SHEMAR is at the forefront of innovation, continuously developing new technologies and products.

Patent Portfolio

SHEMAR holds an impressive portfolio of 481 patents, demonstrating a commitment to innovation and intellectual property protection.

State-of-the-Art Facilities

Operating across a vast 10 million square feet of production space, SHEMAR's facilities are equipped to handle insulator production for applications up to 1000kV.

Advanced Technology

Utilizing the latest technology, including the innovative CICA system, SHEMAR ensures the highest quality and performance of its insulators.

Compliance with Standards

SHEMAR's insulators meet industry standards such as ANSI, IEC, and CSA, ensuring compatibility and reliability in diverse applications.

Innovative Design Features

Unique design features such as one-piece bonding, chemically bonded interfaces, and triple point moulding geometry enhance the durability and performance of SHEMAR's insulators.

Vertically Integrated

With vertical integration, SHEMAR maintains control over the entire manufacturing process, ensuring quality and efficiency from raw materials to finished products.

Specialized Applications

SHEMAR offers insulators with up to a 5-inch diameter rod for Extra High Strength (XHS) applications, catering to specific and demanding requirements.

Sealing System

The impenetrable triple-point cast sealing system enhances the reliability and longevity of SHEMAR's insulators, providing superior protection against environmental factors and contaminants.

About the company

SHEMAR is a leading global material science company that has been operating for 27 years. It has gained a reputation as a reliable manufacturer of high-voltage insulators. Initially, SHEMAR focused on addressing oil leakage issues in the transformer industry by producing high-quality gaskets. In 1996, the company recruited experienced professionals and expanded its clientele to include reputable companies such as GE, Hitachi, ABB, and Siemens. During this period, transformer ceramic insulators began to fail, resulting in a global issue. SHEMAR responded by developing composite insulators as a replacement for ceramic insulators, which eliminated the problems associated with substation insulators. Furthermore, the company successfully addressed the quality issues and high costs associated with older composite insulator materials.

SHEMAR continues to focus on innovation through their 40-year, sustainable, long-life composite insulators ranging from 15kV to 1000kV, thereby eliminating potential problems and minimizing the cost of owning and operating the Power Grid.  They have revolutionized the industry with their CICA Solutions (Composite Insulated Crossarms and their distribution lines solution called D-CICA Solutions. These products accommodate smaller towers and narrower right of ways, thus making for a more suitable,  compact design.   SHEMAR, with global headquarters in Shanghai and offices all over the world,  is dedicated to reducing carbon emissions, with a global commitment to be “Net-Zero by 2050”.

SHEMAR’s composite insulators and related products are manufactured in Jiangsu Province, China.
Shemar T&D Solutions will have a new manufacturing plant located in the Southeast United States.

We are pleased to represent SHEMAR across Canada, with some exceptions in Quebec

Channell Commercial Corporation is a proud North American Manufacturer, and global supplier of world-class fiber optic solutions, thermoplastic pedestals, and grade level vaults for all your outside plant construction needs. They specialize in end-to-end, full network solutions, and have been at the forefront of industry innovation for over ninety years. They continue to evolve our products to best serve the ever-changing needs and demands of outside plant construction.

Product range

Whatever your type of utility needs, we have a product that will satisfy it–and then some. BULK® is an upgradable, re-enterable cable management vault system series boasting one universal body that can easily achieve the standards of light, medium, and heavy duty applications simply by changing its lid or ring design. You’ll incur no rack expense thanks to embedded, factory-installed racks that deliver optimal cable organization while lightweight HDPE structural foam construction means no crane is required for installation, greatly lowering costs.

BULK®

The BULK® is the first & only plastic grade level box to meet Tier 22, Class C, and other global test load specifications representative of a load baring capacity of up to 22,750lbs. /150 kN. Test load meets or exceeds global market standards.

Shield™

Starting at only 16 pounds or 7kg, the BULK® 2 SHIELD™ cover is less than half the weight of a Tier 15 cover, and 60% lighter than EN124-Class B125, AS3996-Class C or Tier 22 covers. You don’t need to have superhero strength to pick one up. That’s another reason why SHIELD™ is superior to concrete and polymer concrete for safety and strength. You can count on less back injuries when deploying SHIELD™.

High Strength

Safe

Lightweight

Non skid

Corporate Overview

• Channell Commercial Corporation Founded 1922

• Public Offering on the Nasdaq in 1996

• Four Generations of family management and control

• 500 employees worldwide

• Over $100 Million in revenue annually

• Operations in the United States, Canada, Australia and the United Kingdom

About the company

Concast is continually working to find new product solutions that will supply our clients with the best line of precast concrete materials in a timely manner, while still upholding our high quality standards. We have specialized in precast concrete products for the electrical industry since 1969. Our products are also fundamental to the windfarm, utility, and general construction industries. Our trench systems, pull boxes and handholes are utilized for below-ground substation control, communications and power cables, waste water recovery systems and industrial piping distribution. Concast's box pads, flat pads, MGS, and vaults are an ideal underground solution for routing cables to padmount, padmersible and submersible apparatus such as transformers, switchgear, inverters and sectionalizing equipment.

Product range

• Inside depths of 12 inches and 16 inches are available in all trench styles,

• Many traffic rated channels are available as 24 inch deep,

• Standard channel lengths are 4' or 8' long. Other custom lengths available,

• Inside channel widths of 10", 20", 24", 30", 40", and 50" are standard,

• Channels are available in open bottom, solid bottom, universal and transition formats,

• Concast will provide large "D" size drawings for engineering approval, and to assist the construction crew with trench installation; this drawing will show the locations of all trench components and will list a complete bill of materials

To learn more about this vendor click here to visit their website!

For prices, delivery, product demo or other questions click here!

DILO is the world leader in SF6 maintenance equipment with over 50 years of manufacturing SF6 technologies. DILO has a proven track record of commitment to excellence and quality with over 1,500 recovery systems sold world-wide annually.

Product range

Service Carts

DILO is proud to provide their re-engineered service carts, designed to make SF6 gas recovery, evacuation, and filling faster, easier, and quieter than ever before. Decades of research and development have resulted in the most efficient gas carts on the market, able to recover up 1,000l and 5 bar pa gas compartment down to 1 mbar in 38 minutes.

Measuring Devices

After years of innovative research and development, DILO is proud to introduce new and improved SF6 gas analyzers and leak detectors, all featuring rapid response rates, low recovery times and comprehensive diagnostics.

Gas Handling Accessories

Adapter kits for testing and filling, that include self-sealing couplings to fit most breakers and all DILO measuring devices as well as transition pieces for the most commonly used SF6 gas compartment connections

DILO Direct

DILO’s Service Line, offers comprehensive on-site SF6 services performed by their own DILO Certified Technicians. DILO Direct provides full-service gas handling services, including SF6 recovery and filling of GIE and GIS, as well as other gas insulated applications.

Service Carts

Micro Series

• SF6 gas recovery and evacuation of air down to 2 mbar

• Liquid storage

• Menu navigation via 3.5” color touch panel

• Pressure and vacuum unit options

• Practical transport case (trolley)

• Option: automatic function for filling and recovery of SF6 as well as for the evacuation of air

Mini Series

• Device for liquid storage of SF6 gas

• SF6 gas recovery down to < 5 mbar

• Semi-automatic control and 3.5" colour touch panel

• DN20 coupling for recovery, evacuation and filling operations

• Digital weighing scales for SF6 bottles

• Residual gas recovery down to 5 mbar during filter change

• Reduction to transport pressure as integrated special function

• Remote connection ability (w/router and DILO Direct Connect services)

Piccolo Series

• Device for liquid storage of SF6 gas

• SF6 gas recovery down to < 1 mbar

• Semi-automatic control and 3.5“ colour touch panel

• Optional remote control via mobile devices

• Reversing switch for direction of rotation

• Digital weighing scales for SF6 bottles

• Residual gas recovery down to 1 mbar during filter change

• Reduction to transport pressure as integrated special function

Economy Series

• Devices for liquid storage of SF6 gas

• Gas recovery down to < 1 mbar

• Automatic control and 10” capacitive multi-touch panel

• Optional remote control via mobile devices

• Reversing switch for direction of rotation

• Digital weighing scales for SF6 cylinders

• Residual gas recovery down to 1 mbar during filter change

• Automated special functions for emission-free maintenance of the device

• All versions are available with tanks that can be assembled under the device; with CE marking or optionally with SQL or ASME approval

• The service carts can also be mounted onto a trailer, if required

Mega Series

• Devices for liquid SF6 storage (storage pressure up to max. 50 bar).

• SF6 gas recovery down to < 1 mbar

• Automatic control via 10” touch screen

• Reversing switch to correct the direction of rotation

• Digital weighing scales for SF6 cylinders

• Reduction to transport pressure as integrated special function

• All versions are available with integrated tanks, CE marked or optionally with SQL and ASME approval

Measuring Devices

Multi-Analyzer SF6

• No gas emissions

• Modular interchangeability of the sensors

• Easy operation and intuitive menu navigation via high quality 7" color touch panel

• Storage of up to 500 measurement results with name, date, and time

• Remote control and data download via mobile devices and WIFI connection

• Battery operated and/or external power supply

• Adjustable user languages: DE, EN, FR, ES, IT, PT, CZ, PL, CN, JPN, RUS

• Two (2) years of Direct Connect serivce support

Portable Leak Detector

• Advanced Leak Quantification (ALQ™) technology eliminates the need for periodic adjustments to a calibrated reference leak source.

• Utilizes infrared technology to quickly and accurately pinpoint leaks as well as to extend sensor life and eliminate false alarms.

• Automatic calculation of gas concentration regardless of flow rate

• Responds to leaks in less than one second and detects leaks as small as 0.03 oz/yr (0.9 g/yr)

• Smart Probe for handheld controls and display

• Comprehensive diagnostics to keep track of system parameters

• Four SPDT relays rated 2 A at 250 VAC (inductive) 5 A at 250 VAC (resistive) Programmable to energize under 11 different operating conditions

Room Monitor

• Proprietary infrared sensing technology virtually eliminates false alarms and extends sensor life

• No calibration required

• Low detection limits enable SF6 gas buildups to be found quickly

• Fastest sampling rate with the longest sampling distance in the industry at 1,200 feet

• Large Graphic LCD for easy set-up and real-time monitoring

Leak Pointer SF6

• Rapid response rate

• Low recovery time

• Detection of leaks of up to 5g per year

• Temperature compensated

Gas Handling Accessories

DN8 Adapter Kit

This practical testing and filling adapter kit includes DN8 self-sealing couplings to fit most breakers and all DILO measuring devices. The testing and filling kit ensures that no SF6 is released into the atmosphere during coupling and uncoupling. An SF6 regulator with a stainless steel internal diaphragm is also included in the kit.

DN20 Adapter Kit

This practical adapter kit contains DILO DN20 transition pieces for the most commonly used SF6 gas compartment connections. The self-sealing couplings ensure that no SF6 is released into the atmosphere during coupling and uncoupling. Carrying case with custom foam inserts included for easy transport and storage.

DILO Direct

With over 50 years of experience working with SF6, DILO is a trusted name in the T&D industry. DILO Direct, DILO’s Service Line, offers comprehensive on-site SF6 services performed by their own DILO Certified Technicians. DILO Direct provides full-service gas handling services, including SF6 recovery and filling of GIE and GIS, as well as other gas insulated applications.

With ever-increasing oversight from local and federal agencies, proper gas handling, accurate reporting, and accountability have never been more critical. DILO Direct’s true mass monitoring service provides exact volume of gas used for SF6 filling and SF6 recovery. In addition, DILO Direct’s nameplate verification service takes the guess work out of how much SF6 is in your GIE. Together, these services make accurate reporting a breeze and eliminate under or over reporting emissions.

Services include:

• SF6 Monitoring via Direct Track Software

• True Mass Monitoring

• Filling for New Equipment

• Recovery, Vacuum, and Refilling

• Testing and Monitoring

• Nameplate Verification

• Power Circuit Breaker Electrical Testing

• Recovery System Repair and Service

• Leak Detection

• Cylinder Maintenance

• Cylinder Consolidation

• Complete SF6 Gas Management

• Alternative Gas Service

• SF6 Gas Supply, Disposal, and Reconditioning

About the company

Our main office and headquarters is in Odessa FL, supporting customers on the Eastern USA and Latin America. Our Western Region Service facility in Casa Grande AZ is supporting our customers on the Western USA including AL and HI. As an intricate part of DILO Company Inc., DILO Direct offers the same level of safe, environmentally conscious & quality on-site services that DILO has provided for over 50 years as a manufacturer of SF6 technologies.

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About the company

Northern Transformer’s Maple Ontario manufacturing facility comprises of 90,000 sq. ft. factory space with another 15,000 sq. ft. of office space for engineering and customer support. Adjacent to the factory is an additional 55,000 sq. ft. of production expansion space. Northern Transformer’s primary focus is the design and manufacture of liquid filled Power Transformers, Grounding Transformers and Specialty Transformers ranging from 5MVA to 200 MVA with a maximum primary voltage of 260kV (1050kV BIL).

Power Transformers 5-200 MVA

Every Northern Transformer liquid filled power transformer is built to the customer’s specific needs taking great care to meet and exceed industry standards applicable for that customer’s region such as CSA C88 M90, ANSI C57.12.00, IEC and IEEE.

Northern Transformer designs, manufactures and tests power transformers in North America up to 200MVA and 260kV. The transformers are customizable with bushings being cover or side mounted with custom junction boxes or bus ducts to match existing and new infrastructure. In tank or compartment style DETCs (De-Energized Tap Changers) or ULTCs (Under Load Tap Changers) are available for either low voltage or high voltage windings depending on your requirements.

Tank

Tank welding is performed to CSA’s W59-M1989 requirements and a dye penetrant leak test is performed on all welds and seams to identify and eliminate any leaks. To ensure a long tank life, tanks are shot blasted with metal beads to a white metal and immediately primed and painted to a minimum of 5 mm thickness using a UV resistant two-part epoxy or powder coated. All tanks are engineered and manufactured to withstand full vacuum.

Coils

All coil winding is performed by hand by our skilled winders with decades of experience. Our experienced winders can detect naturally occurring defects in the conductor and address them prior to the transformer assembly process. Depending on the customer’s preference, we use copper or aluminum conductor and winding types of layer, foil, disc and helical. Each winding type has its own merits and we are happy to explore the different design options with our customers.

Assembly

Great care is taken into our assembly work. All insulation material is of the highest quality and tolerances are selected to ensure longevity and higher BIL withstand than typically found in the market. For paper wrapped conductor insulation, Northern Transformer uses Thermally Upgraded Kraft paper and we offer our customers the option of using premium winding insulations such as Nomex to increase longevity of the transformer.

Core

Northern Transformer’s designs are primarily based upon a three limb cruciform core design. Where customers require lower core losses (No Load Losses) or have noise concerns, higher grade core steel is available. For larger transformers, various core cooling options are available.

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Since 1971, SEFCOR, Inc. has led the electric power industry in innovative solutions to substation power connector applications. With over 25,000 standard and special designs available, SEFCOR already has a connector for most applications. However, when unique situations call for specially designed items we stand ready to serve our customers.

Product range

• Bus Supports

• Tees and Couplers, and Misc.

• Stud Connectors

• Terminals

• Grounding Connectors

• Compression Connectors

Company features

• Finest Quality Power Connectors in the Industry

• Immediate Quotation Response

• Complete Line of Standard Substation Fittings

• EHV fittings available for 230, 345, 500 and 765 kV Applications

• Full Cross-Reference Service

• Special Application Design / Emergency Service Available

• Superior Technical Support

• Competitive Pricing

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About the company

SEFCOR has been the choice for Substation Power Connectors and Accessories since 1971. Included in their product offering are aluminum and bronze connectors for bolted, welded, and compression applications through 765KV EHV service. SEFCOR has built a reputation as a supplier of quality power connectors with short lead times at competitive prices.

With a mission to be “the Industry Leader in Service to our Customers”, SEFCOR offers the most experienced technical support in the industry with fast responses to application questions, connector recommendations, and the simplest approach to special application requirements.

SEFCOR power connectors are designed in accordance with the latest industry NEMA and ANSI standards and utilizing robust design criteria. Production tooling is made in accordance to our exacting standards, and are carefully tested, checked and inspected rigorously to ensure dimensional accuracy before production begins.

Sefcor facts:

• Servicing the market since 1971

• ISO9001:2015 certified

• 100% Made in the USA

• 80,000 sq/ft Manufacturing & Operations Facility

• 100% Employee Owned since 2000

• Engineering and Design is comprised of members​ that are active in the IEEE Substations Committee​

• Bolted, Welded, Compression or specialty fabricated connectors for pipe, cable, IWCB, and UABC ​

Composite Power Group is the official representative in Canada for the provinces of British Columbia, Alberta, Saskatchewan, Manitoba, Ontario and Quebec.

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Southern States products are engineered to the highest technical standards and manufactured from the finest raw materials by craftsmen who share the same commitment to quality and dedication to detail that has been the cornerstone of Southern States since our inception way back in 1916. Our after sales and service team stands ready to assist in installation and operational checkout of the equipment purchased and to ensure maximum product performance for years to come. Southern States’ main focus is its customers and to be there each step of the way, providing the technical guidance, products, service, and support that have customers choosing us for over the last hundred years.

Despite the company name, Southern States LLC has supplied over 1,000 group operated switches to Canadian cold weather customers.

Product range

• Disconnect Switches

• Power Switching and Protection Equipment

• Custom Applications

• Power System Solutions

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Disconnect Switches

Vertical Break Switches

Southern States’ latest innovation, the EV-2H, supports reliability through its unique design. This heavy duty, highly efficient vertical break disconnect switch utilizes independent mechanical and electrical systems to produce the strongest possible design with the easiest accessible maintenance. An over toggle mechanism in both open and closed positions prevents the possibility for the blade to close in extreme weather and increases down force for high fault performance. Metal encased coil spring counterbalances reduce operating effort, are impervious to weather, and prevent catastrophic failure that is possible with linear springs. Using an all stainless steel bearing also ensures a long life in all operating conditions.

Maximum Voltage: 15.5 kV – 800 kV 

Continuous Current: 2000 A – 4000 A 

Center Break Switches

The EC-2 and EC-2V, our latest innovation in center break switches, are robust, highly efficient designs that utilize an independent mechanical and electrical system to produce the strongest possible design with the most efficient current transfer method. The heavy duty hinge utilizes robotically welded aluminum shunts and a one-piece stainless steel rotating pivot with marine grade bushings, providing maximum rigidity and current carrying surface area, ensuring reliable performance. Using a stainless steel bearing also ensures long life in all operating conditions.

Maximum Voltage: 38kV – 362 kV

Continuous Current: 2000 A – 4000 A 

Double End Break Switches

The RDA-1 and RDA-1V aluminum double end break switches are the latest innovations from Southern States. These double end break designs require minimal phase spacing and are ideally suited for applications prone to ice formations and high fault currents due to its rotating blade and reverse loop contacts. In addition, the “V” style configuration allows for mounting on structures that require minimal footprint.

Maximum Voltage: 38 kV – 362 kV 

Continuous Current: 1200 A – 4000 A 

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Power Switching and Protection Equipment

Capacitor Switches

The Southern States CapSwitcher®, a capacitor switching device specifically designed to meet the power quality needs of today’s electrical systems, has become a prefered switching method for medium and high voltage capacitors. This special purpose SF6 capacitor switcher is available for application on single bank or back-to-back banks. Its closing resistors provide transient mitigation to minimize the detrimental effects of voltage transients, including voltage magnification, on sensitive equipment such as computers, CNC machines, and variable speed drives. It also minimizes the detrimental effects of current transients on utility equipment such as circuit breaker contacts, power transformer cores and coils, etc.

Reactor Switches

Southern States’ success has recently led to the development of our new RLS38T, an RLSwitcher® designed specifically for transformer Tertiary connected shunt reactors rated 15.5kV and 38kV. The RLS38T’s unique contact set helps address the need for high switching current (up to 3000A) required at lower voltages. By minimizing re-ignitions and maintaining contact life, it provides increased life and reliability for utilities.

Renewable Inertie

The Southern States TranSwitcher® is a renewable intertie solution designed specifically for switching and protection of power transformers. Its unique design makes it ideally suited for distribution systems that intertie with solar farms as well as other distributed energy resources. The use of a “soft close” helps to minimize system voltage drops and potential ferro-resonance issues caused by the high inrush currents associated with DER transformer energization. Employing the TranSwitcher® can help utilities increase the life of their transformer as well as maintain system power quality.

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Custom Applications

Mobile Substations

Leveraging our partnership with various ISO certified transformer manufacturers, Southern States has the resources to design or retrofit mobile substations that can be outfitted with Southern States’ or your preferred switchgear brands. Available up to 230 kV and 65 MVA, our mobile products are manufactured with stringent specifications, ensuring the design is robust, durable, and to the utility’s expectations. For additional applications, Southern States also offers auxiliary mobile solutions to support reactive power compensation, switchgear failures, as well as other utility resiliency initiatives.

Substation in the Sky

For unique transmission application challenges, Southern States offers specialized solutions. Substation in the Sky is a totally customized application, addressing system protection, sectionalizing, and isolating needs of our customers. Equipment can be tailored to meet a wide range of applications. The Substation in the Sky offers the ability to monitor, communicate system information, and switch transmission lines and taps. When space is at a premium, Southern States can engineer a more economical solution than the traditional practice of building a small substation.

MACI

Verifying proper blade depth and rotation of a high voltage disconnect switch closure has created challenges for ground level operators. Southern States MACI® introduces patented magnetic technology to provide highly-visible, foolproof indication of a proper switch closure. By providing this assurance, the potential for unwanted costs associated with unplanned power outages is minimized. Additionally, MACI®’s reflective “closed” pattern provides visibility up to 100 ft and will not interfere with operation, even in icy conditions.

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Power System Solutions

Both the utility and the business end of the power grid are increasingly employing power electronic energy conversion to increase efficiency. The desire to “decarbonize” power generation has led to the ongoing shift towards renewable distributed energy resources (wind, solar, storage, etc.) coupled to the grid through power electronics. The result is more harmonics and a weaker system. Businesses pursuing increased efficiency and productivity are increasingly relying on harmonic producing power electronic converters and loads that vary energy consumption rapidly.

The result of a weakening grid and an increase in harmonic producing, rapidly varying loads is a reduction in power quality and consequentially more negative impacts on the system and the components, such as transformers, motors, and capacitors.

About Southern States LLC

Just a short 45 minutes south of the world’s busiest airport, Atlanta’s Hartsfield-Jackson International Airport, down US Highways 19/41 you will find Hampton, Georgia, home of Southern States: the largest switch manufacturer of high voltage disconnect switches in the world. Inside our doors beats the heart of a vibrant, thriving business that continues our long standing history of over 100 years. Our Main Office and headquarters, Mitchell Building, is only one of our four locations dedicated to the design and manufacturing of high voltage disconnect switches and SF6 products. As a result of rapid growth throughout the past two decades, Southern States has expanded our operations to include three additional facilities. Our Power Switching Division’s recent additions include the McGarity Building, a 15,000 square foot climate controlled facility designed for manufacturing, as well as the Spencer Complex, home to the division’s sales, engineering, and assembly team. In 2012, the Service Building was also acquired to provide the space and resources needed for our Service Division to expand their operations into new markets and products.

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Valmont Industries, Inc. is a leading producer and distributor of products for the infrastructure and agricultural markets. Valmont began in 1946 when founder, Robert B. Daugherty, combined his $5,000 savings with a wholehearted belief that business could and should be done better.

PRODUCT RANGE

Tubular Steel Poles

The unique attributes of steel give Valmont’s engineers ultimate flexibility to create steel transmission poles that meet load requirements, industry standards and your expectations.

Spun Concrete Poles

When spinning and pre-stressing are combined, you get concrete poles with the highest density, lowest weight and best strength-to-weight ratio available.

Composite Utility Poles

Shakespeare Tuff-Pole® composite utility poles are stronger, lighter, and longer lasting than ever.

Tubular Substation Structures

While traditional structural shapes (square and rectangle) have a history of strength and a place in low-profile or low-voltage situations, their complexity and bulk can be unwieldy. However, tubular structures (circular) provide the same strength with significantly less weight, fewer bolts and lower costs.

Substation Composite Fence

The SafeFence™ substation perimeter system is a non-conductive, composite fence that provides safety and security. The fiberglass wall deters would-be vandals and wildlife, while keeping substation equipment from view.

Rapid Response™ Distribution Pole

The Rapid Response™ pre-engineered product line offers the most comprehensive pre-engineered steel structures in the industry. Rapid Response™ V-Series is the ideal solution for standardized structures larger than H10 and are available in round or 12-sided steel. Complete catalogue poles from Class 5 to V-20 are available in PLS-POLE for use in quick line design and emergency project response engineering.

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ABOUT THE COMPANY

From those modest beginnings, the company grew into a global leader of engineered products and services for infrastructure, and water-conserving irrigation equipment for agriculture. From lighting and traffic structures to guide the way, to communication towers that keep people connected, to utility structures that power homes and businesses, to irrigation equipment that helps grow the world’s food, we are committed to Conserving Resources. Improving Life®.

Four primary business segments comprise Valmont: Engineered Support Structures; Coatings; Irrigation and Utility Support Structures. Valmont manufactures products in over 85 different facilities spread across 6 continents and do business in over 100 different countries. Valmont is publicly traded on the NYSE under the symbol (VMI).

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About the company

Cerisol was founded in 1912 and operated until 1945 dedicated to the production of miscellaneous electrical components.

During the following decades, as a Division of ElectroCerâmica, Cerisol focused its activity on the production and distribution of low, medium and high voltage insulators and cap and pin insulators, which were exclusively sold to the Portuguese Utility Industry.

Cerisol currently is located in the north of Portugal, in Vila Nova de Gaia, and is only 11 km away from the city of Porto (the 2nd largest city in Portugal). The Porto international airport is only 26 km away from our factory.

ISO9001:2008

Cerisol has implemented a Quality Environment many years ago and is certified to comply with ISO9001, for Product Development and Production of Porcelain insulators of high, medium e low voltage, since 1996.

Products

Over the years Cerisol evolved significantly, and is now much more focused on the external markets (95% of sales), competing with larger players in a much broader range of products that include:

• Solid core Post insulators to the following requirements

  • IEC

  • IEEE TRs

• Hollow core insulators

• Distribution line insulators

With the help of Composite Power group, Cerisol now has station post insulators approved at Hydro-Quebec.

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Coil Innovation specializes in the design, manufacture and sales of aircore, dry-type reactors that are utilized in the generation, transmission and distribution of electrical power as well as industrial applications such as electric arc furnaces.

Product range

CURRENT LIMITING AND NEUTRAL GROUNDING REACTORS

Current limiting reactors are needed to limit short-circuit currents to a level compatible with the capability of other system components. The product range includes load flow control, load balancing and bus-tie reactors. They can be installed up to the highest system voltages (765 kV). The Company supplies neutral grounding/earthing reactors that are connected between the neutral of the transmission network and ground/earth in order to limit the line-to-earth fault current.

HARMONIC FILTER AND CAPACITOR REACTORS

Harmonic filter reactors are used in combination with capacitors and resistors to form filter circuits that reduce the harmonic content in power systems. The Company’s capacitor damping or inrush current limiting reactors are installed in series with the capacitor bank, while its discharge reactors are connected to the bypass circuit.

REACTORS FOR SHUNT AND FACTS APPLICATIONS

Coil Innovation’s shunt reactors are used to compensate capacitive reactive power generated by lightly loaded transmission lines or underground cables. They can be connected to the transformer tertiary winding or directly to the high-voltage (HV) bus or transmission line with system voltages up to 500kV. Flexible alternating current transmission systems (FACTS) application includes several types of reactors thyristor-controlled shunt reactors (TCR), thyristor-switched reactors (TSR), thyristor-switched capacitor reactors (TSC), thyristor-controlled series capacitor reactors (TCSC), and mechanically switched shunt reactors (MSR).

REACTORS FOR MECHANICALLY SWITCHED CAP BANKS

The concept of mechanically switched capacitors with damping network (MSCDN) represents a cost-effective solution to provide reactive power compensation and harmonic control. A typical installation consists of large capacitor banks, large reactors and damping resistors, arranged as a C-type harmonic filter directly connected to the high-voltage system. Reduced losses are achieved at fundamental frequency by means of a resonance between the reactor and an auxiliary capacitor.

REACTORS FOR HVDC AND UHVDC APPLICATIONS

High and ultra-high voltage direct current (HVDC / UHVDC) transmission schemes are used for bulk power transmission. The systems are also used for back-to-back and sea cable interconnections, as well as for the grid connection of renewable energy facilities such as offshore windfarms. Depending on the converter technology, LCC (line-commutated converters) or VSC (voltage source converters), these schemes include smoothing or converter reactors, AC and DC harmonic filter reactors and PLC-noise filter reactors. Smoothing reactors reduce the ripple current magnitude that is present in a DC system. Smoothing reactors are installed in HVDC schemes with system voltages up to 1100kV and may reach 250MVAr equivalent power ratings (50Hz equivalent power) per coil unit.

REACTORS FOR INDUSTRIAL AND MOBILITY APPLICATIONS

Reactors for industrial applications may be, for example, smoothing reactors used in power electronics applications such as variable speed drives and uninterruptible power supply systems (UPS). Smoothing and converter reactors are further used for mobility applications, such as for railway converters. Typical industrial applications are Static Var Compensation (SVC) and STATCOMs employed in steelworks or smelting operations with electric arc-furnaces (EAF). In the power supply of electric arc-furnaces (EAF) series reactors may also be installed, called arc-furnace reactors or sometimes buffer reactors. The function of these reactors is to help optimize the power factor for the purpose of stabilizing the electric arc during the melting process and to reduce the electrode consumption. They are typically equipped with taps for inductance adjustment.

POWER LINE CARRIER REACTORS (LINE TRAPS)

Power line carrier (PLC) technology is a traditional, economical and reliable method of power systems communication. When connected in series with the transmission line, PLC reactors (line traps) present low impedance at power frequency and maintain high impedance at power line carrier frequencies (30kHz500kHz). The international sales of line traps produced by Coil Innovation are handled by the company ARTECHE located in Spain, which has an exclusive agreement with Coil Innovation.

Advantages

CERTIFIED

Coil Innovation is built on an effectively integrated, ISO-certified management system which satisfies all requirements on quality and environmental protection as well as employee health and safety aspects. This integrated management system has been certified according to:

• ISO 9001: 2015 Quality Management System

• ISO 14001: 2015 Environmental Management System

• ISO 45001: 2018 Occupational Health and Safety Management Systems

PATENTED

The R&D vitality of Coil Innovation is verified by a number of patented innovations:

• Patented winding manufacturing technology (online-conductor-processing)

• Patented low-noise design (silent coil technology)

• Patented seismic design for heavy coils (pendulum suspension mounting)

• Patented 3-phase arrangement of thyristor-controlled reactors (TCRs)

TESTED

Coil Innovation has invested in modern test laboratories, such as a high-voltage test laboratory and an industry leading acoustic test laboratory. These testing facilities include:

• Impulse voltage test system

• AC high voltage test system

• Test system to perform AC load tests, consisting of a transformer aggregate, a rotary power converter system, a capacitor bank and precision instrument transformers

• Test system to perform DC load tests, consisting of a transformer aggregate, a rectifier and precision current shunts

• Fibre optic temperature measurement system and thermovision camera

• Programmable AC power source, high precision watt meter and high precision microohmmeter

• Sound and vibration measurement systems, including harmonic current excitation and laser vibrometers

Reference Projects

More than 95% of the high quality reactors manufactured by Coil lnnovation are exported to customers all over the world. Existing Canadian customers include: Altalink, BC Hydro and Hydro Quebec.

About the company

Coil Innovation was founded in July 2004 as a private limited company (GmbH) by a team of three persons, all of whom possessing a wealth of industry experience and product knowledge. Together they hold the majority of the Company’s shares, with the remainder being controlled by two strategic partners, both of which are key suppliers of Coil lnnovation.

The headquarters of Coil lnnovation is situated in Eferding, a village in the heart of Upper Austria, in a facility built on a site approximately 32,500 m² (350,000 ft² or 8 acres) in area.

Since the start of production in May 2005, the company has undergone multiple expansions and improvements and now houses 5,000 m² (54,000 ft²) of production area and 1,000 m² (11,000 ft²) of office space where more than 100 highly qualified employees are engaged in the development, design, manufacture and sales of air-core dry-type reactors.

Factory Location:

Nikola-Tesla-Strasse 1
4070 Eferding, Austria

North American Office:

125 Edinburgh South Drive, Suite 201
Cary, NC 27511, USA

Composite Power Group is the national representative of Coil Innovation in Canada. We are happy to assist you with any inquiries regarding the technology, the product or the application outlined above.

Visit the Coil Innovation website

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Pricing, delivery, more info

Product Range

Copperweld is a leading manufacturer of bimetallic products, specializing in power and grounding conductors for building construction, power grid, utilities, communications, and transportation. For over 100 years, Copperweld’s mission has been to create the most reliable and innovative wires on the market.

Copperweld’s metallurgical expertise and value engineering approach have resulted in the production of bimetallic products that have revolutionized various industries. Their facilities, located in the mid-south of the USA, manufacture bimetallic power and grounding conductors, which are distributed worldwide.

The culture of excellence and innovation that inspired Copperweld’s first products over a century ago continues to drive them today. Their team of engineers is constantly seeking better ways to test, manufacture, optimize, customize, and support the products they deliver.

The Power Grid Portfolio

Composite Power Group represents Copperweld’s Power Grid portfolio in Canada, which is specialized for the utility market.

Century Grid

High-strength CCS conductor

Century is Copperweld’s flagship family of grounding conductors and structural cables, installed in the harshest environments for over 100 years. With twice the strength of copper, Century is used in applications where high tensile strength, corrosion resistance, and theft deterrence are required.

ArcAngel

Flexible, High-Performance CCS Grounding

ArcAngel is an IEEE-compliant CCS grounding conductor for substation grounding applications where electrical performance is critical, and flexibility is needed while still offering all the benefits of Century products.

Stingray

Flexible, Covered Stinger Wire for Pole-Top Transformers

Designed to reduce wildlife and incidental contact, Copperweld® Stingray™ wire is an easy-to-install, covered, CCS high-voltage cable for use between phase conductors and equipment bushings.

Sunray

PV inter-panel power conductor

Sunray is the most energy-efficient, cost-efficient photovoltaic (PV) wire on the market. These premium CCA conductors offer 3% greater efficiency than standard cables, which means more money in your pocket.

About the company

Copperweld®’s story is one of American innovation and determination. Throughout their 100 plus years, the one constant has been their workforce- dedicated and determined, they are the heartbeat of Copperweld®.

Since ancient times, mankind has been trying to combine the strength of steel with the non-corrosive properties of copper. In 1915, that idea became a reality.  Copperweld® engineers discovered a molten-weld process for permanently bonding copper to steel.  Ever since, their company has been considered the leader in innovation in the bimetallic industry. The original process was replaced by a solid cladding process in 1979.

Genuine Copperweld® Copper-Clad Steel (CCS) wire and strand have been utilized and relied upon for over 90 years as strong, non-corrosive, efficient grounding conductors. Combining the strength of steel with the conductivity and corrosion resistance of copper, Copperweld® provides a long-lasting, low impedance path to earth.

Copperweld® delivers outstanding reliability and performance in a variety of applications at every step in the power utility process: generation, transmission, and distribution of current. 

Why choose copperweld?

Advantages of choosing copper clad steel over pure copper wire:

- Theft deterrent
- Greater fatigue life – lasts longer
- Excellent current carrying capability (skin effect)
- Lower cost than copper
- Lighter weight than copper
- Installs the same as copper
- Improves safety management

Copperweld® wire is less susceptible to theft than solid copper because it is a bimetallic product and does not have the high scrap value of pure copper.  The copper layer in our Copperweld® CCS cannot be removed, and so it is practically worthless to would-be black marketers.

CCS- PHYSICALLY STRONGER THAN COPPER

Copper clad steel actually performs better on the fatigue tests than pure copper wire.

• ASTM B-193, ASTM B-452, ASTM B-227, ASTM B-228 and ASTM B-910 certified

• RUS (Rural Utilities Service) listed

• All bimetallic products are processed at the Copperweld®’s ISO9001 and ISO14001 certified facility in Fayetteville, TN

PROPER PRODUCT SIZING FOR COPPER CLAD STEEL GROUNDING APPLICATIONS

PHYSICAL AND ELECTRICAL PROPERTIES

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About the company

Circa Hydel has over 35 years of experience in the service entrance products industry, providing the highest quality customer service in the residential, commercial, industrial, and utility markets. Our vast product line ranges from meter sockets to poleline and grounding equipment. The Hydel customer service team is continually striving to improve stock availability and technical assistance, and all Hydel products are approved and tested before leaving our modern design and manufacturing facility in Vaughan, Ontario.

Product Range

• Anchors

• Braces

• Cable Guards

• Clamps

• Communication Hardware

• Cutout Arrester Bracket

• Crossarms

• Clevises

• Fasteners

• Meter Enclosures

• Meter Cabinets

• Meter Boxes

• Pull Top Brackets

• Secondary Racks

• Side Port Brackets

• Strain Yoke

• Transformer Mount

• Underground Cable Rack

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About the company

Keltour has been in business for over 50 years, in the early years we specialized in control panel manufacturing but now we have diversified and expanded to provide a larger offering, included Engineering, Design, Control Systems Integration, Programming, Onsite commissioning, Relay and Protection Racks and E-house Integration. We have been setting the standard as a leader in this unique and specialized market. Our highly skilled team of electricians, designers, programmers and specialists are trained to efficiently carry out complete manufacturing of electrical control systems and enclosures to your exacting specifications. With thousands of control system installations around the globe, including such clients as Toyota, Subaru, GE, Hydro One, ABB and Siemens, we ensure that only the highest quality products leave our facility before they reach yours. To answer your needs and exceed your expectations, we are continuously seeking out new products and techniques to stay ahead of the rapidly advancing pace of technology. We are continuously striving to improve our expertise and design flexibility by working in close partnership with you, our customer. Innovation is how we continue to deliver on your product needs while at the same time improving our quality, performance, reliability and customer service.

Product Range

• Custom panels

• Protection and Control Panels

• IT/SCADA Infrastructure

• Power Distribution

• E-Houses

• Pneumatic Panels

CUSTOM PANELS

Keltour offers full service panel design, fabrication and programming for projects of all sizes. Wiring personnel and test technicians follow rigid company fabrication guidelines and testing procedures for guaranteed quality and on-time delivery. Custom test equipment is used and also built for customers. PLC's Allen Bradley SLC/CL Platforms, G.E.Fanuc, Omron, Siemens, Schneider(Modicon), B&R and many more.

PROTECTION AND CONTROL PANELS

Keltour is a leader in this specialized market. Our designs/engineers and wiring technicians have the expertise and training in trouble-shooting, system debugging, programming and systems integration. We can build a standalone system or fully integrate into an E-House. Designated onsite FAT can also be offered. RELAYS SEL (Schweitzer), Ge Multilin, Schneider,Alstom and many more

IT/SCADA INFRASTRUCTURE

Keltour has been building rack solutions for over 30 years. IT Infrastructure Racks include rack mounted servers, UPS's, routers, HMI,switches, storage solutions and the cables to connect them all together. Keltour also offers SCADA engineering services for utility, waste water, commercial, industrial and renewable energy projects helping you indentify problems before they even start.

POWER DISTRIBUTION

Keltour offers full service design, fabrication for projects of all sizes. Wiring personnel and test technicians follow rigid company fabrication guidelines and testing procedures for guaranteed quality and on-time delivery. 

E-HOUSES

Keltour offers a single contact point for design, fabrication for projects of all sizes. We have the partners and experience to deliver a completely Wired and tested house. We follow rigid company fabrication guidelines and testing procedures for guaranteed quality and on-time delivery.

PNEUMATIC PANELS

Keltour offers full service Pneumatic panel design, fabrication and programming for projects of all sizes. Wiring personnel and test technicians follow rigid company fabrication guidelines and testing procedures for guaranteed quality and on-time delivery.

PROTECTION & CONTROL ENGINEERING DESIGN

Keltour provides complete services in Protection & Control Engineering Design, including drawing creation, system design, and protection coordination. Specializing in both AC/DC system design and Protection & Control Design, we offer comprehensive solutions tailored to your needs.

PROTECTION & CONTROL EQUIPMENT CONFIGURATION

Keltour provides comprehensive Protection & Control Equipment Configuration services, including Relay Settings for various brands, HV Breaker Control Logic, SCADA/RTU Settings, HMI Programming, IEC 61850 Design & Integration, and Time Synchronization options like IRIG-B and PTP.

TESTING & COMMISSIONING

Keltour provides thorough Testing & Commissioning services, covering visual inspections, point-to-point checks, network and power-up tests, communication checks, time synchronization verification, and snag lists. Their services include detailed Factory Acceptance Testing (FAT) procedures, relay tests, and configuration verifications. For Site Acceptance Testing (SAT), they conduct relay functional tests, integrated SCADA tests, bay control checks, and IEC 61850 testing.

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Established on December 22, 1897, Meidensha Corporation has more than 120 years of manufacturing and service capabilities. With the shift from the previous emphasis on the economy to a society more conscious of the global environment and diversity, Meidensha is contributing to resolving issues faced by society and customers by realizing “the creation of a carbon neutral, resilient society” in the power infrastructure businesses and public, industrial and commercial sector businesses.

Meidensha in Japanese means ‘group of Meiden companies.’ Meiden American Switchgears (MAS) is a part of Meidensha Corporations.

PRODUCT RANGE

Meiden’s dead tank vacuum circuit breakers (VCB) was born of superb technology and abundant production experience of Meidensha Corporation. They are engineered with the climate in mind; dry air is the insulating medium, eliminating the need for potent SF6 or other greenhouse gases.

Available in the following ratings:

Benefits of Vacuum Circuit Breakers

• Greenhouse Gas Free – No SF6 Gas - Contribution to global warming prevention

• Virtually Maintenance Free – Noninvasive, 20-year operation

• Capable of 40 Full Fault Interruptions or 7,000 Switching Operations

• Sufficient capability against multiple strokes and evolving faults

• - 50C = No Tank Heaters

• Spring/Spring Mechanism

• 3 Cycle Interrupting Time

• Composite or Porcelain Bushings

• Over 1500 CBs In Service in NA Since 2007

Download the corresponding documentation here:

Total Lifecycle Cost Comparison

• 40-60% overall lifecycle cost savings Vs. SF6 GCB

• VCB does not require internal inspections

• VCB Lifecycle cost surpasses GCB at first major maintenance point

• Changing regulatory environment and restrictions on handling SF6 gas will further drive the migration away from SF6 devices

ABOUT THE COMPANY

The environment surrounding companies is currently undergoing significant change and based on such changes in the business environment, Meidensha has drawn up the “Medium-term Management Plan 2024” starting in FY2021 that establishes the ideal state of being and vision to “work to build a new society through honesty to the planet, society and people, and through the power of co-creation.”

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Meiden’s dead tank vacuum circuit breakers are the optimal switching equipment for the green grid. These breakers utilize dry air as an insulating medium in place of SF6, a potent greenhouse gas. Sustainably designed and emissions-free, these high-performance VCBs are capable of approximately five times more mechanical operations and four times more interruptions of rated breaking current than standard gas-insulated circuit breakers.

With the founding of Meiden America Switchgear (MAS) in Greenville, South Carolina, Meiden’s DT VCB products will now be assembled in the United States!

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Worldwide supplier of the highest quality aluminum products.

Product range

Midal Cables, established in 1977 in Bahrain, is a leading manufacturer specializing in aluminum rods, wires, and overhead conductors for electrical transmission. The company was founded as a collaborative effort between Intersteel, Bahrain, and Olex Cables, Australia. Over the decades, Midal Cables has expanded significantly, becoming one of the top producers of aluminum rods globally, with a capacity exceeding 350,000 metric tons.

Midal Cables operates multiple manufacturing plants in locations including Bahrain, Saudi Arabia, Mozambique, and Turkey. It has also embraced innovative practices, such as integrating a 4.7-megawatt solar power plant in partnership with Imerys Al Zayani Bahrain and Yellow Door Energy, highlighting its commitment to sustainability. The company continues to lead in the manufacture of high-voltage overhead electrical conductors and aluminum and alloy rods, playing a pivotal role in advancing industrial self-sufficiency in the Middle East.

Composite Power Group represents Midal Cables’ Overhead Line Conductor portfolio and offering in Canada, specialized to the utility market.

AAAC

Aluminium Alloy
Conductors

Concentric lay stranded Aluminium Alloy Conductors (AAAC) are made of high-strength Aluminium-Magnesium-Silicon Alloy. Midal manufactures and supplies AAAC with different variants of electrical-grade alloy types 6101 and 6201, utilizing one or more strands of hard-drawn 1350 aluminium alloy.

AAC

All Aluminium
Conductor

The Conductors made of concentric stranded Aluminium (AAC) are composed of one or more strands of hard drawn 1350 aluminum alloy. These conductors are widely used in low, medium, and high voltage overhead lines. AAC has been extensively used in urban areas where the spans are short but high conductivity is required.

AACSR

Aluminium Alloy
Conductor Steel Reinforced

AACSR is a conductor made up of one or more layers of Aluminum-Magnesium-Silicon Alloy wire stranded around a high-strength coated steel core, either a single wire or stranded multi-wire. The steel core can be of Class A, B, or C galvanizing, or Aluminum clad (AW).

ACSR/TW

Aluminum Conductor
Steel Reinforced Trapezoidol

Shaped Wire Compact Concentric-Lay-Stranded Aluminum Conductor, Steel-Reinforced (ACSR/TW) is a type of conductor made by stranding trapezoidal-shaped 1350-H19 aluminum wires around a high-strength steel core.

In one design, the ACSR/TW conductor has the same aluminum cross-sectional area as standard ACSR, resulting in a smaller conductor diameter but maintaining the same ampacity level and reducing wind loading.

In the second design, the conductor diameter is the same as standard ACSR, resulting in significantly lower conductor resistance and increased current rating with the same conductor diameter.

ACCC

Aluminum Conductor
Composite Core

The new generation ACCC® (Aluminum Conductor Composite Core) is a highly energy-efficient and cool conductor. It consists of one or more layers of trapezoidally shaped hard-drawn and annealed 1350-0 aluminum wires on a central core made of lightweight carbon-glass fiber composite.

The ACCC® Conductor utilizes a carbon fiber core that is 25% stronger and 60% lighter than a traditional steel core. This, coupled with the trapezoidal-shaped aluminum strands, increases the aluminum content in ACCC® by over 28% without increasing the overall diameter or weight of the conductor.

A Worldwide player

Midal Cables has multiple manufacturing facilities:

• Bahrain,

• Mozambique,

• Saudi Arabia,

• Turkey,

• Australia.

Midal Cables has several branch offices to service the globe:

• Seoul,

• Kuala Lumpur,

• Nairobi,

• London,

• Toronto.

Focus on quality

Midal Cables is strategically located next to ALBA (Aluminium Bahrain) to receive molten aluminum, a full load every 20 minutes. ALBA produces ~936,000 MT (~2.06 billion lbs) per year of primary aluminum with state of the art technology.

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Certifications

Midal Cables is committed to maintain, support, check and improve quality systems to meet and exceed the industry specifications and quality standards demanded by clients. Right from the inception of Midal, a well documented quality management system has been implemented and practiced at each and every stage of its operations. The main focus is on the process control through a dynamic quality assurance system, product development and continuous improvement in the manufacturing line. Quality has been and still remains our top priority at Midal.

Midal Cables is a fully ISO certified manufacturing facility, and has the following certifications:

MEETING ALL STANDARDS

As global supplier, Midal Cables meets all required specifications, including ASTM, CSA and IEC. Please find a full list of international specifications Midal is capable of producing the highest quality of aluminum products:

• ASTM - American Standard

• AS - Australian Standard

• BS - British Standard

• CSA - Canadian Standard

• NFC - French Standard

• DIN - German Standard

• IS - Indian Standard

• IEC - International Electro-technical Commission

• SS - Swedish Standard

• CS - Customer Standard

• EN - European Standard

company History

Midal Cables Limited was established in 1977 conceived between Intersteel, Bahrain and Olex Cables, Australia to manufacture aluminum rod and overhead electrical transmission cables, conductors. Since then, the company has developed into a significant player in the aluminum and electrical transmission industry in Kingdom of Bahrain. Its growth has contributed to the industrialization of Bahrain and Gulf countries while promoting a national skilled workforce within the company. Midal supplies the world market with rod cast from the molten aluminum delivered directly from Aluminium Bahrain (ALBA) smelter adjacent to its manufacturing plant. The liquid aluminum is exceptionally pure which allows Midal to cast rod and further production of wires an exceptionally high conductivity in various grades of transmission cables. Midal's EC grade and 6201 alloy rod are sold around the world as well as being used in-house to manufacture a full range of overhead electrical conductors and aluminum wires.

Test facilities

A well equipped Product Testing Facility is available at Midal Cables to take care of the product validation and quality test requirements. The Quality Control Laboratory of Midal Cables Bahrain has been accredited by International Accreditation Service ( IAS ) for its conformance to the requirement of ISO/IEC 17025 standard. Midal's Quality Laboratory can boast to have the capability to carry out all the mechanical and electrical tests according to specification standards like ASTM, IEC , EN and various other international standards prevailing in the industry. Multiple number of state of the art Metal Analyzers, Universal Tensile Testing machines , Tensile Torque Testing equipment , Temperature compensated Resistance bridges , portable conductor measuring equipments are the few key equipments to name. Midal Quality Control Laboratory is also geared up to carry out and certify all major type testing requirements of over head transmission line conductors.

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Preformed Line Products (PLP) is a worldwide designer, manufacturer and supplier of high quality cable anchoring and control hardware and systems, fiber optic and copper splice closures, and high-speed cross-connect devices.

PRODUCT OFFERING

The COYOTE™ Closure Family features durable high-density thermoplastic shells that weigh less than their stainless steel counterparts.  For loose tube buffer type fiber, the 6.5" x 22" COYOTE™ Closure handles up to 144 splices and the 8.5" x 22" COYOTE™ Closure handles up to 288 splices.

CUSHION-GRIP™ Suspensions are intended for use on all aluminum based conductors, and are designed to reduce the static and dynamic stresses at the support point so that the conductor is protected against the effects of oscillations. The conductor is cushioned by field proven, integral elastomer inserts, which guard against abrasion, wear, and fatigue.

The FIBERLIGN® Downlead Cushion secures Optical Ground Wire (OPGW) downleads or ADSS cable downleads to structures while minimizing compressive clamping forces which could be transferred to the optical elements.

The FIBERLIGN® Suspension provides superior cable and fiber protection at the support point.  The combination of Structural Reinforcing Rods, Outer Rods, boltless housing and resilient inserts reduces compression, clamping, and bending stresses on cable.  Negative weather related cable motion, such as aeolian vibration, galloping, and wind sway are also minimized.

PLP's Spiral Vibration Damper reduces Aeolian Vibration (the high frequency, low amplitude vibration caused by horizontal wind passing across the line. It it designed to be used on OPGW and conductors with an outside diameter less than 0.75".

VORTX™ Dampers respond to wind induced line vibration that is characterized by high frequency, low amplitude motion a.k.a. aeolian vibration. The VORTX™ damper with Large and Small weights can achieve greater power dissipation and frequency response performance than “symmetrical weight” Stockbridge damper designs.  Wider frequency coverage translates into better protection as energy is more effectively dissipated over the entire range of conductor/cable frequencies.

View the PLP product overview catalogue to see their complete product offerings.

ABOUT THE COMPANY

Preformed Line Products (Canada) Limited has been manufacturing in Canada since 1985. Our ISO 9001 certified facility serves communications, transmission and distribution power utilities, solar, tower and antenna, metal building and agricultural customers across Canada.

Our core markets are divided into four distinct categories: communications, energy, special industries and solar. Through those categories, we serve a wide range of customers

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About the company

Since in 1993, the driving force behind Primax Technologies has been its team of professionals.  Our team has extensive experience in designing and manufacturing state of the art AC and DC backup solutions for industrial and utility applications. Our goal is to exceed the expectations of our customers in a modern environment where ongoing technological evolution is a day to day challenge.

Product Range

• Utility type battery chargers

• AC UPS and Inverters

• Industrial systems

In today’s world, Utilities are facing a whole new array of challenges. These challenges are budgetary, operational, regulatory and even professional. In order to help deal with this situation Primax technologies has developed a charger that can reduce your long term cost of ownership, increase battery life, reduce your maintenance expenditure by automating some maintenance functions and increase your system’s reliability.

With the Utility Type P4600 you get:

• Proven reliability

• Reduced interaction time with the P4600’s digital display.

• Battery monitoring and testing functions that will help you control your maintenance budget and increase your system’s reliability.

• Access to the charger’s Log which will keep up to 250 downloadable events.

• Better control over your system with over 25 monitoring points and alarms.

• The possibility to cut back on unnecessary visits to the substation because of our communication card. Available in either: Modbus, Modbus over Ethernet, DNP3 or IEC61850

• The possibility to match your battery to one of our multiple charge modes, will help increase performance and expected life.

• Reduced spare inventory because of our single control card.

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