A binary power generation system that can generate electricity with water at around 70 degrees Celsius.
The rotary heat engine is a system that incorporates a Wankel-type rotary expander (developed in-house) into a Rankine cycle system's expander. Unlike conventional expanders, the Wankel-type rotary expander utilizes static pressure to convert it into rotational power, allowing it to operate efficiently even at low pressures. The waste heat, which is low-temperature and has low energy value, can be converted into high-value energy by transforming it into electricity. This technology is patented in Japan, China, the EU, and the USA.
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basic information
RHE 10 kW System Specifications Input Heat Source: Rated 85°C, Flow Rate 3.8 L/s Input Cold Source: Rated 25°C, Flow Rate 4.0 L/s Required Pressure Difference: Rated 450 kPa Power Output at Generator Terminal: Rated 12 kW Self-Consumption Power: 1.8 kW Working Fluid: HFC245fa Maximum Pressure Resistance: 1 MPa Thermal Efficiency: Engine Alone 5.5% (Measured Value) * Overall System 8% (Achievement Target for FY 2015) Remarks By selecting a heat exchanger suitable for the input heat source, maximum performance can be achieved.
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Delivery Time
※Separate meeting.
Applications/Examples of results
Power generation using waste heat from factories, geothermal and biomass power generation, etc.
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Company information
While it is easy to 'transfer heat,' it is very difficult to 'transport heat.' We propose methods and technologies to transport heat from the heat source to where it is needed. Additionally, we are working on thermoelectric generation as a research project within our company.
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