- SeaWater Heat
- Geothermal
- Solar
- Solar Heat
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A system consisting of a heat exchanger(evaporator, condenser), compressor, expansion valve, and circulation pump that produces hot water by recovering energy with high efficiency using seawater that maintains a constant temperature of 8 to 15 degrees throughout the year. Reduces fuel cost by more than 80% compared to conventional diesel, can utilize unlimited resources such as seawater, prevents corrosion caused by seawater, and is the most suitable heating and cooling system for use in aquaculture.
Installation Example
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Installation Example
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Installation Example
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It is a field of photothermal application of solar energy that utilizes the wave nature of sunlight. It is a system that utilizes heat energy such as a boiler by absorbing, storing, and converting heat through a heat exchanger through a solar heat collector and using a heat storage tank.
Solar thermal energy has a low energy density and varies greatly by season and time, so heat collection and storage technology are the most basic technologies.
System Configration
Heat CollectorIt is the part where solar heat is collected, and the heat collection temperature is determined by the heat loss rate of the condenser
Heat Storage UnitA heat storage tank that can act as a kind of buffer that is needed because the heat point and heat collection amount do not match the point of use and load amount
Using PartThe solar heat stored in the solar heat storage tank is effectively supplied, and when insufficient, it is supplied by an auxiliary heat source
Control UnitA device that effectively collects and stores solar heat and plays an important role in the supply and performance and reliability of the solar system
Installation Example
