POWER PLANT & COGENERATION SYSTEM
Cogeneration Driven Engine-Generator
Typically, thermal efficiency of an engine-based power plant ranges from 25-45%, while the 55-75% of fed fuel energy is converted to waste heat, which is mainly in the form of engine exhaust and cooling water. Utilizing the waste heat in the cogeneration model improves its thermal efficiency up to 80%.
Containerized GENSET Cogeneration System with Heat Recovery Steam Generator (HRSG)
Work Principle
           Fuel and air are burned in the engine, and generated the mechanical power for driving a generator. The flue gas high temperature from the engine is directed to HRSG as heat source to generate steam for process applications.
Containerized GENSET Cogeneration System with Absorption Chiller
Work Principle
           Fuel and air are burned in the engine and generated the mechanical power for driving a generator. The flue gas high temperature from the engine and hot water of engine cooling circuits are directed to absorption chiller. These waste heats became a heat source driving the absorption chiller circuits to generate chilled water for air conditioning