Cogeneration systems are combined energy systems where electricity and heat are produced by burning natural gas and other fuels in an engine or turbine. In other words, cogeneration is the production of energy from the same system simultaneously in both forms of electricity and heat, and the use of enterprises. In this context, we can say that the biggest goal in cogeneration is to make the most use of primary fuel energy.
Cogeneration Systems
Generally, the electricity and heat energies are independently supplied, while in cogeneration the energies are simultaneously generated. In this sense, the basic logic of cogeneration is to utilize the waste heat of the machine that produces power, and in this way, both energy efficiency and diversity are increased and the two forms of energy are produced independently and the results of separate processes are more economical.
Cogeneration Systems
In cogeneration systems, while the turbine or engine is operating the generator to generate electricity, on the other hand, a significant amount of heat is generated by means of exhaust gases and engine coolant. The produced heat is converted to steam, hot water, hot water, hot oil or hot air by using waste heat boiler or heat exchangers.
In the trigeneration systems, energy; It can be used simultaneously in three different ways as electricity, heating and cooling.
The difference of trigeneration from cogeneration is that by means of the cooling system included in the system, the heat produced can be converted and used for cooling needs as well. Trigeneration systems are applied to businesses in need of seasonal or continuous cooling and provide savings and efficiency.
Prefer Yapar Paslanmaz for your cogeneration systems in order to minimize the energy consumption of your company and get the maximum efficiency from the energy used.
0 Comments