The investment of ECO Malbork covers the housing of two electric power generators with soundproof rooms.
The building consists of:
- two independent engine halls separated with a wall
- pump station with exchange station
- switchgear 0.4 kV
- switchgear 15 kV
- two rooms with unit transformers
- auxiliary transformer rooms
The engine is powered by natural gas.
Engine properties:
Manufacturer: Jenbacher, type: JMS 612GS-N.LC
Electric power with 100% load: 2004 kV
Heat power to use together with heat reception from the combustion: 1909 kV.
The following technological systems constitute a part of engine’s operation:
- Heat recovery system – it uses the heat from the engine housing, oil and Intercooler (1st stage).
- Emergency heat discharge system – it extracts unused heat by the heating circuit to the environment in order not to exceed the maximum temperature on the engine’s power supply (73 C).
- Intercooler cooling system (2nd stage).
- Oil system – generator is equipped with the system of automatic re-filling with lubrication oil.
- Flue gas removal system – ended with silencers (in this case, they also play the role of vents)
- Heat send-out system – heat received from oil cooling, engine housing and intercooler is directed to plate heat exchangers, but the flue gas is directed to flue gas/water exchanger.
- Gas system – medium provision to the engines
- Ventilation system – generator rooms, pump station (exchange station), electrical rooms.
Cogeneration generator
Exchange station rooms (pump station)
Cold rooms (emergency heat discharge system, Intercooler cooling system)
Ventilation system of the cogeneration generators’ room.
Flue gas removal system. On the picture, there are silencers (on the structures) and heat exchangers (flue gas/water) and diverters.
Electrical rooms (control cabinets and auxiliary transformer).
Cogeneration generator facility in ECO Malbork.
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