ORC integrated power station

The liquid organic working fluid enters the heat exchanger through circulation, absorbs the heat of waste heat, and generates organic working fluid steam with a certain pressure and temperature. The steam drives the screw expander to do work, and the output kinetic energy drives the generator to generate electricity. The low-pressure organic working fluid exhaust steam discharged from the expander enters the condenser to release heat, condense into liquid organic working fluid, and then re-enter the heat exchanger through the circulation pump. This reciprocating cycle achieves the conversion of thermal energy and kinetic energy.

Characteristics of ORC integrated power station

Oil free system, no need for complex and expensive oil separators;

● Small size and low noise;

● Wide range of heat sources;

Strong adaptability to different working conditions;

Adopting SRM line technology for higher mechanical efficiency;

High sealing performance and low failure rate;

● Reliable grid connection;

Compact equipment, minimal land occupation, and low construction volume;

Low maintenance costs and easy to operate;

● Stable performance and high heat recovery rate;

● Implement remote control and unmanned operation.

Working principle of ORC integrated power station

Main structure of ORC integrated power station