Cogeneration and Trigeneration is an energy system that even heats the waters of a city by utilizing the combined heat power and temperature difference. This system also provides energy efficiency.

This technique is also called cogeneration. For example, let’s consider a cogeneration plant. In this plant, there are combustion chamber, compressor, gas turbine, generator, waste heat recovery boiler and steam turbine.

About Cogeneration and Trigeneration Systems

Cogeneration and trigeneration are known as combined heat and power systems. Therefore, the definition of cogeneration will be given here.

In cogeneration systems, electricity and heat are produced together. This source of electricity and heat is renewable energy sources. Oil, natural gas, landfill gas are examples.

These energy-based fuels are burned. Mechanical energy is also released by an internal combustion engine. From this energy, electricity and heat are produced together. This system information is all about the cogeneration system.

About Trigeneration Plant in Combined Heat and Power Systems
In trigeneration power plants, natural gas or biogas is used as fuel. Electricity, cooling and heat are produced simultaneously.
This power plant connects the cogeneration and trigeneration engine with the cooling system.
Hot water or steam, which is created with electrical energy, is passed through the cooling system. Thus, cold water is produced for cooling purposes.
Meanwhile, electricity, cooling and heat are generated in this way. You can access all information from, which works with expert staff in the field of trigeneration and cogeneration.

Benefits of Cogeneration and Trigeneration Systems

Working as cogeneration and trigeneration power plants, it provides various advantages on a business and macro level.

These advantages and benefits are listed as follows:
It provides efficiency and savings of energy resources.
It eliminates transmission and distribution deficiencies in electrical energy.
It provides fast electrical energy supply and sales.
The contribution of production in industrial consumption places to national security is also included.
On a business basis, it increases the competitiveness of the company.
There will be assurance in the energy supply of the relevant enterprise. Damages caused by production interruptions will be eliminated.
The realization of production according to consumption is another advantage.
Almost 90% efficiency is achieved.
Energy cost is low.
The energy obtained is at an uninterrupted level.
Being environmentally friendly is one of the most important benefits.
Flexibility, high accessibility, variety of fuel types, ease of maintenance and less maintenance time are among the other advantages.