GL 313
Live tank circuit breakers from 145 kV up to 170 kV
Reliable Performance in Low Temperatures
GE Vernova’s GL 313 live tank circuit breaker for outdoor installation is designed for temperatures down to -55°C with gas mixture and -40°C with pure SF6, and feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest double motion technology effectively reduces the opening energy by approximately 65%. The GL 313 live tank circuit breaker provides a high level of reliability, even under extreme conditions and climates, or in highly active seismic areas.
GL 313
Live tank circuit breakers from 145 kV up to 170 kV
Reliable Performance in Low Temperatures
GE Vernova’s GL 313 live tank circuit breaker for outdoor installation is designed for temperatures down to -55°C with gas mixture and -40°C with pure SF6, and feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest double motion technology effectively reduces the opening energy by approximately 65%. The GL 313 live tank circuit breaker provides a high level of reliability, even under extreme conditions and climates, or in highly active seismic areas.
High Quality Components
The GL 313 live tank circuit breaker provides high reliability based in part on high quality components, including:
- Interrupter chamber with integral double motion technology and self-blast system
- Pressure relief system for passive protection of both substation and personnel
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the SF6 filling connection (type DILO)
- SF6 non-return (check) valve on each pole column
- Protected opening springs inside each pole column
- Hot-dip galvanized steel parts
- Mechanism housing made completely of aluminum
- Reliable spring-operated mechanism with position indicator clearly visible from outside
Installation and Maintenance
- Preset at factory before shipping; no adjustments necessary during installation and commissioning
- Pole units pre-filled with SF6 at factory before shipping
- Independent disassembly of the interrupter chamber without having to remove the entire pole column
Testing
Our live tank circuit breakers meet the requirements of national and international standards. This has been confirmed by comprehensive type tests according to the latest IEC and ANSI standards.
Quality
The entire development and production procedures for our live tank circuit breakers are fully compliant with the latest ISO 9001 ISO 14001 and OHSAS 18001 quality standards. This ensures the high quality of our products and services, which is confirmed by regular audits.
Specifications
| Breaker type | GL 313 F1/4031 P / GL 313 F3/4031 P |
|---|---|
| Rated voltage | 170 kV |
| Rated frequency | 50/60 Hz |
| Rated normal current | up to 3,150 A |
| Rated short circuit breaking current | up to 40 kA |
| Rated short circuit making current | 104 kA |
| Rated duration of short circuit | 3 s |
| Opening time | 28 ms |
| Break time | 50 ms |
| Closing time | ≤70 ms |
| Average ambient temperature * | -30 °C up to +40 °C |
| Design altitude * | *1,000 m.a.s.l. |
| * Standard values according to IEC; temperatures down to -55 °C up to +70 °C and/or higher design altitudes available on request. | |
Drawings
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GL 310, GL 311 and GL 312
Live tank circuit breakers from 100 kV up to 145 kV
Reliable Performance in Low Temperatures
GE Vernova’s GL 310, GL 311 and GL 312 live tank circuit breakers for outdoor installation are designed for temperatures down to -60°C with gas mixture and -40°C with pure SF6 and feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest double motion technology effectively reduces the opening energy by approximately 65%.
GL 310, GL 311 and GL 312
Live tank circuit breakers from 100 kV up to 145 kV
Reliable Performance in Low Temperatures
GE Vernova’s GL 310, GL 311 and GL 312 live tank circuit breakers for outdoor installation are designed for temperatures down to -60°C with gas mixture and -40°C with pure SF6 and feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest double motion technology effectively reduces the opening energy by approximately 65%.
High Quality Components
The GL 310, GL 311 and GL 312 live tank circuit breakers provide high reliability based in part on high quality components, including:
- Interrupter chamber with integral double motion technology and self-blast system
- Pressure relief system for passive protection of both substation and personnel
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the SF6 filling connection (type DILO)
- SF6 non-return (check) valve on each pole column
- Protected opening springs inside each pole column
- Hot-dip galvanized steel parts
- Mechanism housing made completely of aluminum
- Reliable spring-operated mechanism with position indicator clearly visible from outside
Installation and Maintenance
- Preset at factory before shipping; no adjustments necessary during installation and commissioning
- Pole units pre-filled with SF6 at factory before shipping
- Independent disassembly of the interrupter chamber without having to remove the entire pole column
- Single-pole operated circuit breakers partially pre-assembled before delivery (base frame with the mounted and wired mechanisms)
Advanced Testing
Our live tank circuit breakers meet the requirements of national and international standards. This has been confirmed by comprehensive type tests according to the latest IEC and ANSI standards.
Certified Quality
The entire development and production procedures for our live tank circuit breakers are fully compliant with the latest ISO 9001, ISO 14001 and OHSAS 18001 quality standards. This ensures the high quality of our products and services, which is confirmed by regular audits
Specifications
| Breaker type | GL 310 F1/4031 P/ GL 310 F3/4031 P | GL 311 F1/4031 P/ GL 311 F3/4031 P | GL 312 F1/4031 P/ GL 312 F3/4031 P |
|---|---|---|---|
| Rated voltage | 100 kV | 123 kV | 145 kV |
| Rated frequency | 50/60 Hz | 50/60 Hz | 50/60 Hz |
| Rated normal current | up to 3,150 A | up to 3,150 A | up to 3,150 A |
| Rated short-circuit breaking current | up to 40 kA | up to 40 kA | up to 40 kA |
| Rated short-circuit making current | 104 kA | 104 kA | 104 kA |
| Rated duration of short-circuit | 3 s | 3 s | 3 s |
| Opening time | 28 ms | 28 ms | 28 ms |
| Break time | 50 ms | 50 ms | 50ms |
| Closing time | ≤70 ms | ≤70 ms | ≤70 ms |
| Average ambient temperature* | -30 °C up to +40 °C | -30 °C up to +40 °C | -30 °C up to +40 °C |
| Design altitude* | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. |
| * Standard values according to IEC; temperatures down to -55 °C up to +70 °C and/or higher design altitudes available on request | |||
Drawings
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GL 310 S, GL 311 S & GL 312 S
Live tank circuit breakers from 100 kV up to 145 kV
Reliable Performance in Low Temperatures
GE Vernova's GL 310 S, GL 311 S and GL 312 S live tank circuit breakers for outdoor installation are designed for temperatures down to -30 °C with pure SF₆. They feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest single-motion technology provides an optimum solution for applications within this range of minimum temperature.
GL 310 S, GL 311 S & GL 312 S
Live tank circuit breakers from 100 kV up to 145 kV
Reliable Performance in Low Temperatures
GE Vernova's GL 310 S, GL 311 S and GL 312 S live tank circuit breakers for outdoor installation are designed for temperatures down to -30 °C with pure SF₆. They feature the latest technologies in interrupter chambers and spring-operated mechanisms. Our latest single-motion technology provides an optimum solution for applications within this range of minimum temperature.
High performance
- Live tank circuit breakers ensure a high level of reliability
- Even under extreme conditions and climates or in highly active seismic areas, customers can count on live tank circuit breakers made by GE Vernova
Right choice for temperatures down to -30 °C
- Three-pole operated mechanism live tank circuit breakers for outdoor installation are designed for temperatures down to -30 °C and feature the latest technologies in interrupting chambers and spring-operated mechanisms
Reduced gas mass/ environmental impact
- SF₆ volume reduced by 15% compared to previous version while optimizing the internal volume
- CO2 equivalence of gas mass reduced by 29 tons
Safety
- Pressure relief device prevents from injuries and damages in case of over-pressure within the circuit breaker
- Support frame design ensures personnel cannot be injured by cinematic moving parts
- Dedicated tools are designed to assemble and disassemble circuit breaker parts in safe condition
Easy Installation and Light Maintenance
- Preset and pre-filled at factory before shipping - no adjustments necessary during installation and commissioning
- Long maintenance intervals
- Easy access to desiccant bags and simple inspections
- Two-stage transducer densimeters are within easy reach, on the front side of the circuit breaker, for periodic/regular check
Quality and Testing
GE Vernova's live tank circuit breakers meet the latest versions of national and international standards, such as IEC 62271-100. The entire development and production procedures are fully compliant with the latest ISO 9001, ISO 14001 and OHSAS 18001 quality standards.
High Quality Components
The GL 310 S, GL 311 S, and GL 312 S live tank circuit breakers provide high reliability based on high quality components, including :
- Interrupter chamber with self-blast system and reliable single-motion technology
- Reliable spring-operated mechanism with position indicator clearly visible from outside
- Pressure relief system for passive protection of substation and personnel
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the SF₆ filling connection (DILO type)
- SF₆ non-return (check) valve on each pole column
- Opening and closing spring in drive
- Steel support frame design prevents corrosion issues and provides high safety for employees and high protection against environmental ingress (e.g. ice)
- Optimum designed cinematic between mechanism and interrupting chamber to increase mechanical energy efficiency and mechanical moving parts reliability
Technical Characteristics
- Spring-operated mechanism / degree of protection : FK 3-1 / IP 55
- Rated operating sequence : O-0.3s-CO-3min-CO resp. CO-15s-CO
- Rated supply voltage : From 24 V up to 250 V dc/ac
Product Options
- CBWatch monitoring system
Specifications
| Breaker type | GL 310 S | GL 311 S | GL 312 S |
|---|---|---|---|
| Rated voltage | 100 kV | 123 kV | 145 kV |
| Rated frequency | 50 Hz | 50 Hz | 50 Hz |
| Rated normal current | 3,150 A | 3,150 A | 3,150 A |
| Rated short-circuit breaking current | 40 kA | 40 kA | 40 kA |
| Rated short-circuit making current | 100 kA | 100 kA | 100 kA |
| Rated duration of short-circuit | 3 s | 3 s | 3 s |
| First Pole to clear factor | 1.3/1.5 | 1.3/1.5 | 1.3/1.5 |
| Opening time | 27-37 ms | 27-37 ms | 27-37 ms |
| Breaking time | 50-60 ms | 50-60 ms | 50-60 ms |
| Closing time | 70 ms | 70 ms | 70 ms |
| Average ambient temperature** | -30 °C up to +40 °C | -30 °C up to +40 °C | -30 °C up to +40 °C |
| Design altitude* | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. |
| Pollution level** | 25 mm/kV | 25 mm/kV | 25 mm/kV |
| * Standard values according to IEC. Higher design altitudes available on request | |||
| ** Other temperatures and pollution levels available on request | |||
Drawings
GL 311 S/312 S – other phase center distance available on request
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GL 309g, GL 310g, GL 311g and GL 312g
g³ live tank circuit breakers from 72.5 kV up to 145 kV
GE Vernova’s GL 309g, 310g, GL 311g and GL 312g live tank circuit breakers for outdoor installation are designed for temperatures down to -30°C. These SF₆-free breakers use GE Vernova’s g³ to replace SF₆ as switching gas. They feature the latest technologies in interrupting chambers and spring-operated mechanisms. They are based on GE Vernova’s latest double motion technology which effectively reduces the needed opening energy.
GL 309g, GL 310g, GL 311g and GL 312g
g³ live tank circuit breakers from 72.5 kV up to 145 kV
GE Vernova’s GL 309g, 310g, GL 311g and GL 312g live tank circuit breakers for outdoor installation are designed for temperatures down to -30°C. These SF₆-free breakers use GE Vernova’s g³ to replace SF₆ as switching gas. They feature the latest technologies in interrupting chambers and spring-operated mechanisms. They are based on GE Vernova’s latest double motion technology which effectively reduces the needed opening energy.
High Quality Components
The GL 3109g, GL 310g, GL 311g and GL 312g live tank circuit breakers provide high reliability based on high quality components, including:
- Interrupter chamber with integral double motion technology and self-blast system
- Composite insulator and pressure relief system for passive protection of both substation and personnel
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the g³ filling connection (DILO type with g3 specific thread)
- g³ non-return (check) valve on each pole column
- Hot-dip galvanized steel parts
- Rust free mechanism housing made completely of aluminum
- Reliable spring-operated mechanism with position indicator clearly visible from outside
- CBWatch gas monitoring available on request (optional)
Installation, Operation and Maintenance
- As easy on-site installation as with SF₆ CB
- Preset at factory before shipping; no adjustments necessary during installation and commissioning
- Pole units pre-filled with g³ at factory before shipping
- Independent disassembly of the interrupter chamber without having to remove the entire pole column
Advanced Testing
Our live tank circuit breakers meet the requirements of national and international standards. This has been confirmed by comprehensive type tests according to the latest IEC standards.
Certified Quality
The entire development and production procedures for our live tank circuit breakers are fully compliant with the latest ISO 9001, ISO 14001 and OHSAS 18001 quality standards. This ensures the high quality of our products and services, which is confirmed by regular audits.
Specifications
| Breaker type | GL 309g F3/4031 | GL 310g F3/4031 | GL 311g F3/4031 | GL 312g F3/4031 |
| Rated voltage | 72.5 kV | 100 kV | 123 kV | 145 kV |
| Rated frequency | 50 Hz | 50 Hz | 50 Hz | 50 Hz |
| Rated normal current | up to 3,150 A | up to 3,150 A | up to 3,150 A | up to 3,150 A |
| Rated short-circuit breaking current | up to 40 kA | up to 40 kA | up to 40 kA | up to 40 kA |
| Rated short-circuit making current | 104 kA | 104 kA | 104 kA | 104 kA |
| Rated duration of short-circuit | 3 s | 3 s | 3 s | 3 s |
| Opening time | 31 ms | 31 ms | 31 ms | 31 ms |
| Break time | 50 ms | 50 ms | 50 ms | 50 ms |
| Closing time | 100 ms | 100 ms | 100 ms | 100 ms |
| Average ambient temperature | -30 °C up to +40 °C | -30 °C up to +40 °C | -30 °C up to +40 °C | -30 °C up to +40 °C |
| Design altitude* | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. |
| * Standard values according to IEC; Higher design altitudes available on request | ||||
Drawings
Other dimensions available on request.
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GL 308 and GL 309
Live tank circuit breakers for 52 kV and 72.5 kV
Highly Reliable Performance
GE Vernova’s GL 308 and GL 309 live tank circuit breakers for outdoor installation are provided with third-generation self-blast interrupter chambers and spring-operated mechanisms. The field-proven interrupter chamber operates on the energy-optimized self-blast principle. This live tank circuit breaker provides a high level of reliability for customers, even under extreme conditions and climates or in highly active seismic areas.
GL 308 and GL 309
Live tank circuit breakers for 52 kV and 72.5 kV
Highly Reliable Performance
GE Vernova’s GL 308 and GL 309 live tank circuit breakers for outdoor installation are provided with third-generation self-blast interrupter chambers and spring-operated mechanisms. The field-proven interrupter chamber operates on the energy-optimized self-blast principle. This live tank circuit breaker provides a high level of reliability for customers, even under extreme conditions and climates or in highly active seismic areas.
High Quality Components
The GL 308 and GL 309 live tank circuit breakers provide high reliability based in part on high quality components, including:
- Third-generation self-blast interrupter chamber
- Pressure relief system for passive protection of both substation and personnel
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the SF₆ filling connection (type DILO)
- SF₆ non-return (check) valve on each pole column
- Protected opening springs inside each pole column
- Hot-dip galvanized steel parts
- Mechanism housing made completely of aluminum
- Reliable spring-operated mechanism with position indicator clearly visible from outside
Installation and Maintenance
- Preset at factory before shipping; no adjustments necessary during installation and commissioning
- Pole units pre-filled with SF₆ at factory before shipping
- Independent disassembly of the interrupter chamber without having to remove the entire pole column
- Circuit breaker completely pre-assembled before delivery
- Three-pole operated circuit breakers: pole columns mounted on base frame
- Single-pole operated circuit breakers: base frame with mounted and wired mechanisms
Advanced Testing
Our live tank circuit breakers meet the requirements of national and international standards. This has been confirmed by comprehensive type tests according to the latest IEC and ANSI standards.
Certified Quality
The entire development and production procedures for our live tank circuit breakers are fully compliant with the latest ISO 9001, ISO 14001 and OHSAS 18001 quality standards. This ensures the high quality of our products and services, which is confirmed by regular audits.
Specifications
| Breaker type | GL 308 F1/3120/ GL 308 F3/3120 | GL 308 F1/3120/ GL 308 F3/3120 | GL 309 F1/3120/ GL 309 F3/3120 | GL 309 F1/3120 /GL 309 F3/3120 |
|---|---|---|---|---|
| Rated voltage | 52 kV | 52 kV | 72.5 kV | 72.5 kV |
| Rated frequency | 50 Hz | 60 Hz | 50 Hz | 60 Hz |
| Rated normal current | up to 2,000 A | up to 2,000 A | up to 2,000 A | up to 2,000 A |
| Rated short-circuit breaking current | up to 31.5 kA | up to 25 kA | up to 31.5 kA | up to 25 kA |
| Rated short-circuit making current | 80 kA | 65 kA | 80 kA | 65 kA |
| Rated duration of short-circuit | 3 s | 3 s | 3 s | 3 s |
| Opening time | 38 ms | 38 ms | 38 ms | 38 ms |
| Breaking time | 50 ms | 50 ms | 50 ms | 50 ms |
| Closing time | ≤70 ms | ≤70 ms | ≤70 ms | ≤70 ms |
| Average ambient temperature* | -30 oC up to +40 oC | -30 oC up to +40 oC | -30 oC up to +40 oC | -30 oC up to +40 oC |
| Design altitude* | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. |
| * Standard values according to IEC; temperatures up to +70 oC and / or higher altitudes available on request | ||||
RATINGS
| Breaker type | GL 309 F1/4031 P |
|---|---|
| Rated voltage | 72.5 kV |
| Rated frequency | 50/60 Hz |
| Rated normal current | up to 3,150 A |
| Rated short-circuit breaking current | up to 40 kA |
| Rated short-circuit making current | 104 kA |
| Rated duration of short-circuit | 3 s |
| Opening time | 29 ms |
| Breaking time | 50 ms |
| Closing time | ≤70 ms |
| Average ambient temperature* | -30 oC up to +40 oC |
| Design altitude* | 1,000 m.a.s.l. |
| * Standard values according to IEC; temperatures down to -40 oC up to +70 oC and / or higher altitudes available on request | |
Drawings
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GL 107X
Live tank circuit breaker from 36 kV up to 40.5 kV
Highly Reliable Performance
GE Vernova’s GL 107X live tank circuit breakers for outdoor installation are provided with third-generation self-blast interrupter chambers and spring-operated mechanisms. The field-proven interrupter chamber operates on the energy-optimized self-blast principle. This live tank circuit breaker provides a high level of reliability for customers, even under extreme conditions and climates or in highly active seismic areas.
GL 107X
Live tank circuit breaker from 36 kV up to 40.5 kV
Highly Reliable Performance
GE Vernova’s GL 107X live tank circuit breakers for outdoor installation are provided with third-generation self-blast interrupter chambers and spring-operated mechanisms. The field-proven interrupter chamber operates on the energy-optimized self-blast principle. This live tank circuit breaker provides a high level of reliability for customers, even under extreme conditions and climates or in highly active seismic areas.
High Quality Components
The GL 107X live tank circuit breaker provides high reliability based in part on high quality components, including:
- Third-generation self-blast interrupter chamber
- Operating linkages in one common gas enclosure forming part of the base frame
- Only one seal is dynamically stressed
- Insulator flanges sealed with Portland cement
- Pressure relief system for passive protection of both substation and personnel
- Compact design in line with considerations of current transformers
- Field-proven, temperature-compensated density monitor with two-stage transducer and three-color dial
- Easy access to the SF₆ filling connection (type DILO)
- Extruded aluminum base frame
- Reliable spring-operated mechanism with position indicator clearly visible from outside
Installation and Maintenance
- Preset at factory before shipping; no adjustments necessary during installation and commissioning
- Pre-filled with SF₆ at factory before shipping
- Circuit breaker completely assembled before delivery (pole columns, base frame and spring-operated mechanism
Advanced Testing
Our live tank circuit breakers meet the requirements of national and international standards. This has been confirmed by comprehensive type tests according to the latest IEC and ANSI standards.
Certified Quality
The entire development and production procedures for our live tank circuit breakers are fully compliant with the latest ISO 9001, ISO 14001 and OHSAS 18001 quality standards. This ensures the high quality of our products and services, which is confirmed by regular audits.
Specifications
| Breaker type | GL 107X F1/3120 | GL 107X F1/3120 | GL 107X F1/3120 |
|---|---|---|---|
| Rated voltage | 36 kV | 38 kV | 40.5 kV |
| Rated frequency | 50 Hz | 60 Hz | 50 Hz |
| Rated normal current | up to 2,000 A | up to 2,000 A | up to 2,000 A |
| Rated short-circuit breaking current | up to 31.5 kA | up to 25 kA | up to 31.5 kA |
| Rated short-circuit making current | 80 kA | 65 kA | 80 kA |
| Rated duation of short-circuit | 3 s | 3 s | 3 s |
| Opening time | 29 ms | 29 ms | 29 ms |
| Breaking time | 50 ms | 50 ms | 50 ms |
| Closing time | 58 ms | 58 ms | 58 ms |
| Average ambient temperature* | -30 oC up to +40 oC | -30 oC up to +40 oC | -30 oC up to +40 oC |
| Design altitude* | 1,000 m.a.s.l. | 1,000 m.a.s.l. | 1,000 m.a.s.l. |
| * Standard values according to IEC; temperatures up to +70 oC and / or higher altitudes available on request | |||
Drawings
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SF₆-free g³ Gas-Insulated Lines
SF₆-free g³ Gas-Insulated Lines
For electrical networks up to 420 kV
Better for the grid, better for the planet
- SF₆-free with g³, GE Vernova's game changing alternative to SF₆ as insulating medium enables a reduction of 99% of global warming potential
- First-in-class gas sealing system
- g³-420 kV GIL is a dual gas busbar system also compatible with SF₆.
SF₆-free g³ Gas-Insulated Lines
SF₆-free g³ Gas-Insulated Lines
For electrical networks up to 420 kV
Better for the grid, better for the planet
- SF₆-free with g³, GE Vernova's game changing alternative to SF₆ as insulating medium enables a reduction of 99% of global warming potential
- First-in-class gas sealing system
- g³-420 kV GIL is a dual gas busbar system also compatible with SF₆.
Positive impact of 100 meters SF₆-free GIL
Calculate the CO2e reduction of my project with GE Vernova's g³ CO2 equivalent calculator
g³ gas GIL Specifications
| RATINGS | |||
| Voltage | kV | 362 | 420 |
| Standards | IEC/IEEE | IEC/IEEE | |
| Frequency | Hz | 50/60 | 50/60 |
| Withstand voltages, to earth - Short-duration power-frequency - Switching impulse - Lightning impulse | kV kV (peak) kV (peak) | 650 1050 1425 | 650 1050 1425 |
| Continuous current | A | 4,000/5,000 | 4,000/5,000 |
| Short-time withstand current | kA | 63 | 63 |
| Peak withstand current | kAp | 170 | 170 |
| Temperature | °C | -30 | -25/-30 |
Applications
NATIONAL GRID, UK - Sellindge Substation, 230 m of 420 kV GIL, 63 kA, 4000 A, The world first SF₆-free g³ GIL
SP ENERGY NETWORKS, UK - Kilmarnock Substation, 177 m of 420 kV SF₆-free g³ GIL, 63 kA, 4000 A
SSEN TRANSMISSION, UK - New Deer Substation, 1020 m of 420 kV GIL, 40 kA, 4000 A, The longest SF₆-free g³ GIL in operation
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T210
Gas-Insulated Substations up to 800 kV
GE Vernova's T210 GIS is a field-proven solution with high availability that meets the challenges of networks up to 800 kV for power generation, transmission, distribution, tertiary and heavy industry applications. The T210 is one of the most compact GIS solutions available at 800 kV with a footprint 65% below the market average. It is comprised of small, light components making it easy to handle.
T210
Gas-Insulated Substations up to 800 kV
GE Vernova's T210 GIS is a field-proven solution with high availability that meets the challenges of networks up to 800 kV for power generation, transmission, distribution, tertiary and heavy industry applications. The T210 is one of the most compact GIS solutions available at 800 kV with a footprint 65% below the market average. It is comprised of small, light components making it easy to handle.
Customer Benefits
Main Characteristics
Environment friendliness
- Lowest gas weight on the market
- First-in-class SF₆ sealing system
High availability
- Design grounded by 50 years of experience
- Current transformers outside SF₆
Low costs of land and civil works
- Most compact GIS: footprint 65% below market average
Shortest site works
- Light and small components, easy to handle
Smart grid features
- full-digital monitoring, control and protection
Specifications
| General ratings | |
| Reference electrotechnical standards | IEEE/IEC |
| Voltages | 765/800 kV |
| Withstand voltages | |
| - Short-duration power-frequency, phase-to-earth / across isolating distance | 960/1270 kV |
| - Switching impulse, phase-to-earth / across open switching device | 1550/1200 (+653) kVp |
| - Lightning impulse, phase-to-earth / across isolating distance | 2100 /2100 (+460) kVp |
| Continuous current | 5000 A |
| Short-time withstand current | 50 kA |
| Peak withstand current | 125 kAp |
| Circuit-breaker ratings | |
| First-pole-to-clear factor | 1.3 |
| Short-circuit breaking current | 50 kA |
| Short-circuit making current | 125 kAp |
| Breaking time | <45ms |
| Pre-insertion resistor rating | >340 Ω |
| Mechanical endurance | M2 class |
| Disconnector ratings | |
| Bus-transfer current switching capability | 1600/40 (3200/300 option) A/V |
| Mechanical endurance | M2 class |
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T168
Gas-Insulated Substations up to 550 kV
GE Vernova makes the most of 50 years of experience in design, material selection, development, engineering, manufacturing and servicing of gas-insulated substations. GE Vernova's T168 GIS meet the challenges of networks up to 550 kV for all applications: power generation, transmission and heavy industry.
The T168 is compact and accessible, with a bay footprint 12% below previous version.
T168
Gas-Insulated Substations up to 550 kV
GE Vernova makes the most of 50 years of experience in design, material selection, development, engineering, manufacturing and servicing of gas-insulated substations. GE Vernova's T168 GIS meet the challenges of networks up to 550 kV for all applications: power generation, transmission and heavy industry.
The T168 is compact and accessible, with a bay footprint 12% below previous version.
Customer Benefits
Characteristics
Environment friendliness
- Gas mass reduced by 6% compared with previous version
- First-in-class SF₆ sealing system
- Advanced gas management systems
High availability
- Reliability is founded on GE Vernova’s extensive experience at 550 kV
- Current transformers outside SF₆
- Outstanding accessibility: drives and accessories at easy reach
Low costs of land and civil works
- Bay volume reduced by 12% compared to previous models
Smart grid features
- Full-digital monitoring, control and protection
Ratings
| Bay | ||
| Reference electrotechnical standards | IEC/GB | |
| Voltage | kV | 550 |
| Withstand voltages | ||
| Short-duration power-frequency, phase-to-earth/across open switching device | kV | 740 / 740 (+315) |
| Switching impulse, phase-to-earth / across isolating distance | kVp | 1 300 / 1 175 (+450) |
| Lightning impulse, phase-to-earth / across open switching device | kVp | 1 675 / 1 675 (+450) |
| Frequency | Hz | 50 / 60 |
| Continuous current | A | up to 6300 |
| Short-time withstand current | kA | 63 |
| Peak withstand current | kAp | 170 |
| Duration of short-circuit | s | 3 |
| Installation | indoor/outdoor | |
| CIRCUIT-BREAKER RATINGS | ||
| First-pole-to-clear factor | 1.3 | |
| Short-circuit breaking current | kA | 63 |
| Short-circuit making current | kAp | 170 |
| Operating sequence | O-0.3s-CO-3 min-CO/CO-15s-CO | |
| Capacitive switching | Class | C2 |
| DISCONNECTOR AND LOW-SPEED EARTHING SWITCH RATINGS | ||
| Capacitive current switching | A | 0.5 |
| Bus-transfer current switching capability | A / V | up to 4000 / 100 |
| MAKE-PROOF EARTHING SWITCH RATINGS | ||
| Making current capability | kAp | 170 |
| Switching capability-electromagnetic coupling | A / kV | up to 200 / 25 |
| Switching capability-electrostatic coupling | A / kV | up to 50 / 50 |
| other data available on request. | ||
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B105
Gas-Insulated Substations up to 245 kV
GE Vernova's B105 GIS is a compact, field-proven solution with high availability that meets the challenges of networks up to 245 kV for power generation, transmission, distribution, tertiary and heavy industry applications. The B105 is available in several ratings:
B105
Gas-Insulated Substations up to 245 kV
GE Vernova's B105 GIS is a compact, field-proven solution with high availability that meets the challenges of networks up to 245 kV for power generation, transmission, distribution, tertiary and heavy industry applications. The B105 is available in several ratings:
Customer Benefits
Main Characteristics
Environment friendliness
- Low gas weight
- Advanced SF₆ sealing system
- Smart grid features including full-digital monitoring, control and protection
High availability
- One of the best experiences and high data reliability
- Current transformers outside SF₆
- Pure-spring circuit breaker drives
- State-of-the-art maintenance isolating device: major repair and HV tests with no more than 1 bay down
- Drives and accessories at easy reach
Low costs of land and civil works
- One of the most compact GIS with single-phase enclosures only: bay footprint up to 50% below market average depending on kV rating
- Complete bays assembled, wired, tested and shipped
- Light and small single-phase components, easy to handle
Specifications
| General ratings | |
| Reference electrotechnical standards | IEC/IEEE/GB |
| Voltages | up to 245 kV |
| Withstand voltages | |
| - Short-duration power-frequency, phase-to-earth / across isolating distance | 460/530 kV |
| - Lightning impulse, phase-to-earth / across isolating distance | 1050/1200 kVp |
| Frequency | 50/60 Hz |
| Continuous current | 3150/4000 A |
| Short-time withstand current | 50/63 kA |
| Peak withstand current | 135/170 kAp |
| Duration of short-circuit | 3s |
| Installation | Indoor/outdoor |
| Ambient temperature range | down to -25 / up to +55 °C |
| Circuit-breaker ratings | |
| First-pole-to-clear factor | 1.3-1.5 |
| Short-circuit breaking current | 50/63 kA |
| Short-circuit making current | 135/170 kAp |
| Operating sequence | O-0.3s-CO-3 min-CO/CO-15s-CO |
| Drive type (three-phase or single-phase) | Pure-spring |
| Breaking time | <50 ms |
| Closing time | <100 ms |
| Mechanical endurance | M2 class |
| Capacitive switching | C2 class |
| Disconnector and low-speed earthing switch ratings | |
| Capacitive current switching | 0.25 A |
| Bus-transfer current switching capability | 1600 A / 20 V |
| Mechanical endurance | M2 class |
| Make-proof earthing switch ratings | |
| Making current capability | 135/170 kAp |
| Switching capability - electromagnetic coupling | 80 A / 2 kV |
| Switching capability - electrostatic coupling | 3 A / 12 kV |
| Mechanical endurance | M1 class |
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