System Components

Gas Generator

It consists of engine, alternator and chassis. Electrical energy is obtained from the alternator connected to the engine.

 

Emergency Cooling Radiator

It is used for cooling the gas engine. If the heat energy produced is not used in the operation or if less of it comes back to the gas engine, it is bypassed before coming to the gas engine and cooling is provided in the radiators, and when it decreases to the values accepted by the gas engine, the hot water is directed to the engine.

It is possible to cool the HT (Jacket Water) and LT (After Cooler) circuits in the same dry cooler unit.

 

Radiator

Jacket Water Exchanger

In the heat exchanger, there are two separate fluid circuits that circulate without mixing, but can transfer heat to each other. By using plate heat exchangers, heat energy is obtained from the body of the engine.

Plate Heat Exchanger

Exhaust Exchanger:

The heat transfer surface of tube heat exchangers consists of pipes.

With these heat exchangers, hot water is produced by taking the energy of the waste heat from the exhaust gases of the engines operating with fuels such as natural gas, LPG, diesel and biogas to the water in the second circuit.

Exhaust Exchanger

Gas Path Equipment

It is the equipment that provides the gas used as fuel to be given to the engine by making it suitable for the input values of the engine. It consists of several different equipment.

1. Main Shutoff Valve
2. Ball Valve
3. Filter
4. Manometer _ Rp ½_0-1 bar
5. Test Connection _ Rp ½
6. Gas Pressure Regulator
7. Manometer _ Rp ½_0-160 mbar
8. Minimum Gas Pressure Switch
9. Double Solenoid Valve
10. Maximum Gas Pressure Switch
11. Compensator

Absorption Chiller

It is the part that works with the waste heat obtained from the system and provides cooling energy. There are models that can work with hot water and exhaust gas.

Absorption Freckles

Water Cooling Tower

It is an equipment used for cooling the absorption chillers in the trigeneration system.

Cooling tower

CONTROL PANELS

It is the panel where all the controls of the synchronization system are carried out. It includes generator control system, engine speed control, gas line and lambda control, synchronization system, ignition and knock and vibration controls.