Operational reciprocating gas engines (5)
Energy Centre comprising of Lean Burn, Acoustically Treated Natural Gas Reciprocating Engines. (2)
The CMU is a new reciprocating engine based gas fuelled generating unit. (2)
Gas reciprocating engines (2)
1 x Containerised High Speed Gas-fired reciprocating engines with an output of 2.5MW together with transformers, switchgear and associated control gear (2)
1 x Containerised High Speed Gas-fired reciprocating engines with an output of 2.5MW together with transformers, switchgear and associated control gear (2)
16 MW power plant comprising 8 x 2MW gas reciprocating engines. The power plant will be connected to the local distribution and gas network.
16 MW power plant comprising 8 x 2MW gas reciprocating engines. The power plant will be connected to the local distribution and gas network.
Energy facility comprising of reciprocating engine sets.
Gas peaking reciprocating engine
16 MW power plant comprising 8 x 2MW gas reciprocating engines. The power plant will be connected to the local distribution network and local gas network.
Energy facility comprising of reciprocating engine sets.
Reciprocating engines (2)
The auxiliary load is minimal (1MW) and have been removed from the metering assessment when calculating the maximum generating output (3)
Energy facility comprising of reciprocating engine sets.
1 x Containerised High Speed Gas-fired reciprocating engines with an output of 2.5MW together with transformers, switchgear and associated control gear
Energy facility comprising of reciprocating engine sets.
A new build 20MW gas or dual fuel fired generation station for grid support.
Energy Centre comprising of Lean Burn, Acoustically Treated Natural Gas Reciprocating Engines.
1 x Containerised High Speed Gas-fired reciprocating engines with an output of 2.5MW together with transformers, switchgear and associated control gear
A Waste to Energy (WtE) plant delivering a net export capacity of 9.80MW.
Energy Centre comprising of Lean Burn, Acoustically Treated Natural Gas Reciprocating Engines.
The auxiliary load is minimal (1MW) and have been removed from the metering assessment when calculating the maximum generating output (3)
The auxiliary load is minimal (1MW) and have been removed from the metering assessment when calculating the maximum generating output (3)
The CMU will be formed of multiple individual generating units controlled centrally and exporting to the distribution system. (2)
New build power station comprised of multiple reciprocating engines
Gas engine system capable of exporting electricity. (2)
16MW power plant comprising 8 x 2MW gas reciprocating engines. The power plant will be connected to the local distribution and gas network.
The auxiliary load is minimal (1MW) and have been removed from the metering assessment when calculating the maximum generating output (3)
9 x 4.767MVA (3.81MW) gas engines in a peaking plant environment
Energy Centre comprising of Lean Burn, Acoustically Treated Natural Gas Reciprocating Engines. (2)
Energy facility comprising of reciprocating engine sets. (2)