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About This Product
■What is a cogeneration system?
It is a general term for systems that produce and supply electricity and heat from a heat source, and is called ``cogeneration'' or ``combined heat and power generation'' in Japan, and ``Combined Heat & Power'' or ``Cogeneration'' overseas. There are two methods of cogeneration: generating electricity with an internal combustion engine (engine, turbine) or fuel cell and utilizing the heat generated, and generating electricity with a steam boiler and steam turbine and using part of the steam as heat. there is.
The generated electricity is connected to the commercial grid and supplied, and the steam and hot water generated from the waste heat can be used for processes in the manufacturing industry, absorption chillers for air conditioning, or as a heat source for hot water supply.
■Cogeneration power peak cutting effect
This system contributes to standardizing the power burden on commercial grids by operating during peak power demand times. Even if there is a power saving request from the government, you can cut power peaks by generating your own electricity. Furthermore, by changing from electric cooling to an air conditioning system that is mainly composed of waste heat utilization equipment such as absorption chillers, it is possible to increase the amount of peak electricity cut.
■Contribution of cogeneration to SDGs
Cogeneration generates electricity on-site and supplies the generated electricity and heat, but it is not only economically efficient, but also provides various values such as contributing to the environment, disaster prevention, town development, and regional revitalization. Japan has an important position in various national policies, including energy policy, environmental policy, national land development policy, and regional revitalization policy.
■Strengths of micro cogeneration expanding from large to small facilities
When Japan, a resource-poor country, set the goal of achieving stable and efficient demand for energy and being compatible with the environment, micro cogeneration is being used as a system that combines the optimal conditions, from large facilities to small and medium-sized facilities. Popularization is being promoted. Micro cogeneration systems can support a wide range of power generation from rated outputs of 5kW to 1,050kW by operating multiple small machines in parallel.
By using an advanced multi-control system to control the number of units in operation according to the power load status of the facility, power generation efficiency is higher than that of a cogeneration system with the same output, resulting in energy and cost savings. Furthermore, rotation control allows each piece of equipment to be used to its fullest lifespan.
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Product
Micro cogeneration standard model CP series
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