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CHP and autogeneration

6 unique locations (409 components)

The Heat Station Harbour Parade, Southampton, Hampshire, SO15 1BA (48 components)
• 1.0MW Combined heat and Power Plant Plant at the Heat Station is made up of 2 generators totalling 6.7MW however the generator sizes have been inserted pro rata to achieve the overall CMU capacity of 5.430MW as per the 3 highest export peaks
• 1.0MW Combined heat and Power Plant Plant at the Heat Station is made up of 2 generators totalling 6.7MW however the generator sizes have been inserted pro rata to achieve the overall CMU capacity of 6.038MW as per the 3 highest export peaks
• 5.7MW Combined heat and Power Plant Plant at the Heat Station is made up of 2 generators totalling 6.7MW however the generator sizes have been inserted pro rata to achieve the overall CMU capacity of 5.430MW as per the 3 highest export peaks.
Active • 2025-26 (T-4), 2025-26 (T-1) ...
32.05 MW
SIMEC Lochaber Power Lochaber Smelter North Road Fort William PH336TH (65 components)
• Hydro power turbine generator Unit 1 of the Lochaber Smelter hydro power plant, connected to a private network which in turn is connected to the local distribution network. The MPANs relate to the connection of the private network to the distribution network only. They will not be used for settlement purposes. Instead this CMU component will use bespoke net metering.
• Hydro power turbine generator Unit 4 of the Lochaber Smelter hydro power plant, connected to a private network which in turn is connected to the local distribution network. The MPANs relate to the connection of the private network to the distribution network only. They will not be used for settlement purposes. Instead this CMU component will use bespoke net metering.
• Hydro power turbine generator Unit 5 of the Lochaber Smelter hydro power plant, connected to a private network which in turn is connected to the local distribution network. The MPANs relate to the connection of the private network to the distribution network only. They will not be used for settlement purposes. Instead this CMU component will use bespoke net metering.
Active • 2028-29 (T-4), 2027-28 (T-4) ...
443.26 MW
New Galloway, Castle Douglas, Kirkcudbrightshire, DG7 3SF, Scotland (43 components)
• Glenlee hydro power station - Unit 1, part of the Galloway hydroelectric scheme. The registered capacity of the Glenlee hydro power station is 30MVA or 24MW at 0.8PF and each of the 2 identical generating unit components at the station is 12MW.
• Glenlee hydro power station - Unit 1, part of the Galloway hydroelectric scheme. The registered capacity of the Glenlee hydro power station is 30MVA or 24MW at 0.8PF and each of the 2 identical generating unit components at the station is 12MW.
• Glenlee hydro power station - Unit 2, part of the Galloway hydroelectric scheme The registered capacity of the Glenlee hydro power station is 30MVA or 24MW at 0.8PF and each of the 2 identical generating unit components at the station is 12MW.
Active • 2028-29 (T-4), 2027-28 (T-4) ...
78.70 MW
Fiddler's Ferry Power Station, Widnes Road, Cuerdley, Warrington, WA5 2UT (166 components)
• Generating Unit 3
• Genset 1.
• Load Response ? Automated. Dispatch via Proprietary Panel encompassing industrial computer, smart meters, smart I/O &/or serial comms.
Active • 2027-28 (T-4), 2025-26 (T-4) ...
13899.76 MW
Europa Energy Centre, Hills Court Road, Ash, Kent, CT3 2AP (30 components)
• The CMU Component will have a connection capacity of 15MW. Gas-fired reciprocating engine will be the technology used.
• The CMU component BREH01 consists of one CHP engine supplying heat, CO2 and power to the on site Nursery.
• The CMU component BREH02 consists of one CHP engine supplying heat, CO2 and power to the on-site Nursery.
Active • 2028-29 (T-4), 2027-28 (T-4) ...
95.49 MW
Aston University, Aston Triangle, Birmingham, West Midlands, B4 7ET (57 components)
• 1MW Combined heat and Power Plant at Aston University. Total Capacity is 3.000MW, consisting of two generators - 2.000MW and 1.000MW
• 2MW Combined heat and Power Plant at Aston University. Total Capacity is 3.000MW, consisting of two generators - 2.000MW and 1.000MW
• Containerised high speed gas-fired reciprocating engines with transformers, switchgear and associated control gear with a total connection capacity of 9MW.
Active • 2028-29 (T-4), 2027-28 (T-4) ...
13.92 MW
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