ENSURING INCREASED RELIABILITY AND EFFICIENCY OF HEAT SUPPLY SYSTEMS DUE TO THE USE OF MICROTURBINES IN CONDITIONS OF UNSTABLE POWER SUPPLY

Research on the effectiveness of using microturbines for reliable energy supply during operation boilers, heat pumps and other small non-traditional systems. In view total global economy fuel resources, difficult situation in Ukraine, issues saving systems, including autonomous ones, come first. The development implementation new technologies field are becoming more relevant. compact size generators, and, accordingly, their mobility, arouse interest research, application modern power generation installations. Thermal plants with different types aggregates can be used as units, each which rational one or another specific type fuel. Today, there number problems that make it possible to organize a supply. Among them: deficit regions, lack high-quality infrastructure, interruptions supply, low efficiency generation, high wear tear thermal plant equipment network centralized remote areas, intensity production. Now consumers obstacles system, so use an source objects various purposes will allow effectively solving this problem. counter-pressure steam boiler rooms boilers is easiest way utilize flow generate electricity further boiler. transfer existing houses mini-CHP these enterprises highly profitable. calculations, DKVR series, predominant today rooms, were taken basic boilers. calculation microturbine impeller based Euler equation plane-parallel flow. After analyzing studies microturbine, conclude about expediency its increase reliability plants.