FIELD: power industry.
SUBSTANCE: irrotational thermal-mechanical converter comprises heating and cooling zones, a bimetallic cylinder (instead of the rotor), rollers arranged around the outer circle deforming it, among which at least one is connected with it kinematically, for example, by friction gearing and has a shaft for drive of the connected equipment, as well as a system for supplying heating and cooling heat carriers, wherein heat-exchange chambers are equipped with heat recuperation channels with its application both for preheating segments of the working cylinder shell and for other purposes (household and others), i.e. to ensure converter operation in a cogeneration mode.
EFFECT: simplicity of design, flexibility in using various sources of thermal energy, its high operational characteristics, low cost of manufacture, installation and operation, safety and quietness of the converter ensure its global demand.
4 dwg
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Authors
Dates
2017-11-29—Published
2016-07-05—Filed