Other large-scale renewable energies

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Cogeneration
Also known as combined heat and power (CHP), it is a process based on the use of residual heat produced during electricity generation for additional thermal uses, such as heating or hot water.

There are various cogeneration technologies, such as gas engines and turbines. They can be used in different sectors, such as hospitals, industries, commercial and residential buildings, among others.

Trigeneration
Trigeneration combines the simultaneous production of electricity, heat and cooling from a single primary energy source. The trigeneration process can be achieved by several technologies, such as:

Gas turbines or internal combustion engines: These devices produce electricity and heat by burning fuel and can be coupled with absorption or compression systems to generate finland phone data refrigeration through an absorption cycle or a compression cycle.
Absorption systems: These systems use heat to generate refrigeration by absorbing water vapor in an absorption solution and then releasing the heat into the environment to produce cold.
Compression systems: These systems use electricity to compress a refrigerant, which absorbs heat and produces cold. The electricity needed for the compressor can be provided by the cogeneration system.


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