FIELD: thermal power engineering.
SUBSTANCE: claimed invention relates to the field of thermal power engineering, namely to water heating systems with a closed coolant circulation circuit. Automated hybrid heating plant includes at least one heating boiler, electrolyzer, burner, control unit, has a closed circuit and contains interconnected consumer unit, distilled water preparation unit connected to a hydraulic power source, fuel gas generation unit, including at least one an electrolytic cell connected to an external power source and an electrolyte tank used to generate fuel gas based on the electrolytic decomposition of water, while the tank is additionally equipped with a heat exchanger and a drop catcher. The fuel gas pre-treatment unit is equipped with a cooler and an evaporator and is connected to a gas manifold through which the purified and dried fuel gas enters the combustion reactor, which contains at least one heating boiler with a burner designed to collect condensate, the outer surface of which has a profiled surface. Each of the nodes is equipped with an electronic unit of its own local automation with its own set of sensors of the controlled parameter and a set of automatic control algorithms, which is part of the distributed automated control system (ACS) in which they are combined.
EFFECT: increasing the efficiency of deep utilization of heat and moisture, increasing the efficiency of the installation as a whole, as well as increasing environmental safety.
4 cl, 2 dwg
