Increased durability and harmonic tolerance with ratings of 25 to 1,000 kVAR and 2.4 kV to 25 kV.

Increased durability and harmonic tolerance with ratings of 25 to 1,000 kVAR and 2.4 kV to 25 kV.
GE Vernova's high voltage capacitors provide simple and reliable reactive power to improve system performance, quality and efficiency. They are designed and manufactured using advanced technology and high-quality materials, and are all-film dielectric units impregnated with biodegradable dielectric liquid.
GE Vernova's high voltage capacitors provide simple and reliable reactive power to improve system performance, quality and efficiency. They are designed and manufactured using advanced technology and high-quality materials, and are all-film dielectric units impregnated with biodegradable dielectric liquid.
GE Vernova provides solutions for high voltage PFC (Power Factor Control) and filtering. GE Vernova’s high voltage capacitor bank equipment is offered in three primary types of fusing schemes: internally fused, externally fused and fuseless. GE Vernova can analyze your network thoroughly and help you to choose the design that best fits your specific requirements.
Shunt bank capacitor bank provided optionally with accessories including surge current limiting reactors and switches.
Detuned filter is a power factor solution for networks with harmonics. Series connected capacitor bank and reactor increase the impedance of the circuit at network harmonics reducing capacitor overload.
Tuned harmonic filter provides power factor solutions at fundamental frequency and filters harmonics at a specific frequency. Series connected capacitor bank and reactor create a low impedance path for specific network harmonic(s).
For more information on our shunt bank, detuned filter & tuned harmonic filter solutions, view the brochure and application guide.
Mechanically Switched Capacitor with Damped Network (MSCDN) mitigates undesired network resonances by adding a damping circuit in series with a capacitor bank. For more information view the brochure.
Open stack rack capacitor banks are applicable where a large amount of reactive power is required at high voltage. Capacitors and auxiliary equipment are installed in welded aluminum or galvanized steel racks and shipped ready for field installation.
Features:
For more information view the brochure and application guide.
GE Vernova’s pole mounted capacitor products are pre-wired, factory assembled and shipped ready for installation with single-phase capacitor units. Racks are made of welded structural aluminum suitable for mounting switches, junction box, cable assembly, lightning arresters and/or potential transformers.
Features:
For more information view the brochure and application guide.
GE Vernova’s metal enclosed capacitor banks provide modular small footprint solution for power factor controlling and harmonic filtering at medium voltages. Capacitors, reactors and auxiliary equipment are installed in a welded galvaneal enclosure and shipped ready for installation. Banks are designed to meet extreme conditions from marine conditions to desert and from artic to tropic.
Features:
For more information view the brochure.
GE Vernova’s High Voltage WeatherTight (HWT) capacitor banks are suitable for use on primary circuits where small amounts of kVAR are required. They may be installed at various load centers or directly at the terminals of 2300 and 4000 volt motors. Equipment is suitable for indoor and outdoor applications.
Features:
For more information view the brochure.
GE Vernova’s HV reactive power compensation solutions have extensive experience in FACTS and HVDC, with a large installation base on both. Needs for compensation and filtering equipment in these solutions vary depending on overall design of the equipment, and is typically a combination of different kinds of capacitor banks and filters including:
Visit GE Vernova’s FACTS and HVDC webpages for more information on these solutions for challenges that the modern power grid faces today.
GE Vernova’s surge capacitors protect the winding insulation of medium voltage rotating machines and transformers exposed to transient overvoltage or surges. GE Vernova’s non-PCB power capacitor is an environmentally acceptable product with superior performance and reliability. GE Vernova’s protective capacitors contain an all film dielectric system and hermetically sealed bushings, which permits flexible mounting configurations.
For more information view the brochure.
Applications for power generation, renewable generation and offshore wind farms:
Applications for FACTS, HVDC, transmission substations and distribution networks:
Applications for buildings and cities, oil and gas, and industry and infrastructure:
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GE Vernova manufacturing plants are highly automated digital factories that use the GE Vernova Predix platform for machine learning and modeling.
Our Clearwater Factory converts raw data to useful insights. Data from RFID and sensor enabled machines are converted to traceable CTQs, design specification and test results that provide useful information for engineering and modeling. Our Clearwater factory is ISO 9001 certified.
Products manufactured in Clearwater, FL:
Our Itajubá factory supplies a broad range of engineered equipment for all segments and commercial regions, by means of state-of-the-art machinery and design criteria, first class raw material, strict production and quality controls, and very experienced staff.
Products manufactured in Itajubá, Brazil:
GE Vernova provides HV capacitor solutions and support to +1,000 customers in 80 countries. With more than 50 years of experience, GE Vernova is an industry leader with its all-film, extended foil design and robust manufacturing process. Our capacitors are installed globally in a variety of environmental conditions including extreme temperatures, highly corrosive dessert and offshore environments, and high level seismic zones. Below are a selected representation of our projects, a complete reference list is available upon request.
1. Canada (2013)FSC, 735kV, 659MVAr, 60Hz |
2. USA (2014)Peterson Flats FSC |
3. USA (2010)Mojave Desert Shunt bank 533kV 226 & 170MVAr |
4. Brazil (2012)Rio Madeira HVDC |
5. Chile (2017)Sic Sing FSC |
6. Canada (2017 -2018)Lower Churchill HVDC |
7. Canada (2014)SVC, 315kV, -100/+300MVAr, 60Hz |
8. Scotland (2015)MSCDN 150kV 60MVAr |
9. Germany (2013 - 2018)MSCDNs |
10. Nigeria (2014)Kano Substation, Shunt bank 330kV 50MVAr |
11. Namibia (2016)C-type filter 220kV 40MVAr |
12. Russia (2007)Shunt bank 121kV 42MVAr |
13. Saudi Arabia (2016)Jeddah North SVC |
14. South Korea (2016)KEPCO HVDC |
15. Hong Kong/ China (2012)Shunt bank 145kV 100MVAr |
16. Australia (2015)Black Range FSC |