| 摘要 |
This is a system that converts an energy input, preferably a renewable source generated thrust of a shaft, to useable thermal energy for an efficient non-combustion based central heating system with cogeneration capability. System enables the force applied by the shaft to be multiplied through a Pascal hydraulic link between a small piston and the large piston. The large piston compresses the gas. A static oil thermal stabilization volume facilitates thermal equilibrium condition with the working gas, where heat conduction is established between the gas compressed by the large piston and through the medium of static oil volume, and steam is used to heat residential and/or commercial buildings. After a pre-determined time, the thrust of the shaft is reversed ending a cycle. A non-combustion, hydraulic power generated compression based central heating and cogeneration system is presented as what is new in the art.
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