-
• Grain B CCGT Unit 6 Grain B power station provides heat to the Grain LNG regasification facility.
-
• Grain B CCGT Unit 7 Grain B power station provides heat to the Grain LNG regasification facility.
-
• Grain B CCGT Unit 8. Grain B power station provides heat to the Grain LNG regasification facility.
4000.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU component is a combined cycle gas turbine
(3)
2492.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Little Barford 1 CCGT MSID: 4052
(2)
-
• Little Barford 1 OCGT . fuel type is distillate MSID: 4052
2060.9 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Killingholme Module 1 converted to open cycle operation
(2)
-
• Killingholme Module 2 converted to open cycle operation
1775.7 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Ratcliffe U2 OCGT fuelled on Diesel as defined by BS EN590
(2)
-
• Ratcliffe U4 OCGT fuelled on Diesel as specified by BS EN590
472.9 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
Indian Queens Power Station
(3)
396.2 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Cowes 1 - OCGT, fuel is distillate MSID: 4548
(2)
-
• Cowes 2 - OCGT, fuel is distillate MSID: 4548
396.2 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Taylor's Lane OCGT GT Unit 2 Unit fuelled by Diesel as specified in BS EN590
(2)
-
• Taylor's Lane OCGT GT Unit 3 Unit fuelled by Diesel as specified in BS EN590
395.6 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Didcot 1 OCGT - Power factor used for conversion of kVA to MW is 1 Fuel type is distillate MSID: …
-
• Didcot 2 OCGT - Power factor used for conversion of kVA to MW is 1 . Fuel type is distillate …
-
• Didcot 3 OCGT - Power factor used for conversion of kVA to MW is 1 . Fuel type is distillate …
283.0 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
1 x OCGT
(3)
177.1 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
Existing OCGT.
(3)
153.1 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Continuously operating, maximum output GE gas turbine driving a 47.020MVA Alstom generator at 0.85 power factor.
(2)
-
• Continuously operating, maximum output GE gas turbine driving a 47.020MWA Alstom generator at 0.85 power factor.
119.6 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
21MW power plant comprising of reciprocating engines. The power plant is connected to the local distribution network and local gas network.
(3)
58.9 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• 16MW Power plant comprising reciprocating engines. The Power plant is connected to the local distribution and gas network.
(2)
-
• 16 MW power plant comprising gas reciprocating engines. The power plant is connected to the local distribution network and local …
44.7 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
16MW power plant comprising of reciprocating engines. The power plant is connected to the local distribution network and local gas network.
(3)
44.7 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• 16MW Power plant comprising reciprocating engines. The Power plant is connected to the local distribution and gas network.
(2)
-
• 16 MW power plant comprising reciprocating engines. The power plant is connected to the local distribution network and local gas …
44.5 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• 16MW Power plant comprising reciprocating engines. The Power plant is connected to the local distribution and gas network.
(2)
-
• 16MW Power plant comprising reciprocating engines.The Power plant is connected to the local distribution and gas network.
44.4 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
28.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
28.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
28.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
28.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
28.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
27.9 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
27.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Operational gas reciprocating engine.
(2)
-
• Operational Reciprocating Engine
22.6 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
Containerised High Speed Gas-fired reciprocating engines with transformers, switchgear and associated control gear with a total connection capacity of 8MW.
(3)
22.6 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
Containerised High Speed Gas-fired reciprocating engines with transformers, switchgear and associated control gear
(3)
21.2 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU component comprises of three 2MW Reciprocating Gas Engines
(3)
16.9 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
16.9 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
14.9 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
Gas reciprocating engines.
(3)
13.7 MW
Inactive -
2028-29 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
Gas reciprocating engines
(3)
11.4 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
Operational reciprocating gas engines
(3)
11.3 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• Reciprocating gas engines running on natural gas
(2)
-
• Additional reciprocating gas engines running on natural gas returned to service
10.2 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2024-25 (T-1)
(and 2 more)
The CMU will be formed of multiple individual gas generating units controlled centrally and exporting to the distribution system.
(3)
9.5 MW
Inactive -
2026-27 (T-4),
2025-26 (T-4),
2024-25 (T-4)
(and 2 more)
Containerised High Speed Gas-fired reciprocating engines with transformers, switchgear and associated control gear with a total connection capacity of 5MW.
(3)
9.5 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
Containerised High Speed Gas-fired reciprocating engines with transformers, switchgear and associated control gear with a total connection capacity of 5MW
(3)
9.5 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
-
• 3 x 2MW OCGT gas reciprocating engines
-
• 4 x 2MW OCGT gas reciprocating engines
-
• 5 x 2MW OCGT gas engines The CMU will using the existing grid connection point use ty the connected CMUs …
9.4 MW
Inactive -
2027-28 (T-4),
2021-22 (T-4),
2020-21 (T-4)
Containerised High Speed Gas-fired reciprocating engines with transformers, switchgear and associated control gear
(3)
8.1 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
Gas reciprocating engines
(3)
6.0 MW
Active -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
A generating station consisting on multiple reciprocating engines and alternators located on a single site
(3)
5.4 MW
Inactive -
2028-29 (T-4),
2027-28 (T-4),
2025-26 (T-4)
(and 2 more)
Existing Gas Engine
(3)
4.8 MW
Active -
2028-29 (T-4),
2027-28 (T-4),
2026-27 (T-4)
(and 2 more)
-
• A new build diesel or gas grid support plant
-
• An Existing diesel grid support plant
-
• An Exiting diesel grid support plant
4.7 MW
Inactive -
2025-26 (T-1),
2024-25 (T-1),
2021-22 (T-4)
(and 2 more)
-
• Gas fired reciprocating engines
-
• New Build Generating CMU comprising of battery storage and associated plant.
2.8 MW
Inactive -
2026-27 (T-4),
2021-22 (T-4)
Gas reciprocating engines
(3)
1.9 MW
Inactive -
2027-28 (T-4),
2026-27 (T-4),
2025-26 (T-4)
(and 2 more)
-
• Generating Unit 1
-
• Generating Unit 2
-
• Generating Unit 3
Inactive -
2025-26 (T-4),
2024-25 (T-4),
2023-24 (T-4)
(and 2 more)
Gas peaking reciprocating engine
(3)
Inactive -
2024-25 (T-4),
2023-24 (T-4),
2022-23 (T-4)
(and 2 more)
CMU will be formed of multiple individual gas reciprocating engine units
(3)
Inactive -
2025-26 (T-4),
2024-25 (T-4),
2024-25 (T-1)
(and 2 more)
-
• Aux. load separately metered
-
• GT5
-
• GT8
Inactive -
2025-26 (T-4),
2024-25 (T-4),
2023-24 (T-4)
(and 2 more)
-
• A new 299MW Open Cycle Gas Turbine (OCGT) power peaking plant
(2)
-
• A new Open Cycle Gas Turbine (OCGT) power peaking plant
Inactive -
2024-25 (T-4),
2023-24 (T-4),
2022-23 (T-4)
(and 2 more)