| 摘要 |
FIELD: power engineering. ^ SUBSTANCE: wind power generator thermal power plant (WPGTPP) comprises a furnace, a channel to supply solid fuel, air ducts, a fuel nozzle, an overn, an ashpit, an ashbin, an ash-removing channel, chimney flues, the furnace has a shape of a hopper from a heat conducting thin-walled body, which is tightly covered with an upper edge in an overhead cover or in the wall of the oven along the contour and open at the top towards chimney flues, and in the lower part - to the ashpit, the oven and the furnace form an ashpit cavity between each other, with which aiducts that are placed and heated in the furnace communicate. Air arrives via horizontally arranged windwheels, for instance, of drum type with power generators on shafts, plenum air headers, which girdle the oven at two tiers along the height, working holes in the oven wall, and then via air ducts into the ashpit cavity and the ashpit to sustain burning. At the same time windwheels are joined to working holes. The working fluid is a mixture of hot gases produced in the furnace and heated in the same furnace, supplied from external sources of hot air and developing draught in chimney flues. Quantity of chimney flues at each side of the rectangular furnace is made as multiple of two. Chimney flues have a common cleaner in the form of a through box with a sorbent having inlet and outlet nozzles. The channel to supply fuel and the ash-removing channel have an auger drive with the reducer. ^ EFFECT: invention makes it possible to produce power based on wind generation. ^ 5 cl, 2 dwg |
