Water, wind and sun - the most accessible and inexhaustible source of energy that nature gives to man. It is no accident to them in recent years, re-drawn the most attention as a science and industry, and creativity enthusiasts, amateur designers. Some of them created by «home» devices using wind and solar, we have already described in our publications section KDM and «Low mechanization». Today, introduce you to the heating of solar installation designed Bulgarian engineer Stanisław Stanilovym.
Solar water heater: 1 - avankamery ball valve, 2 - drain pipe drive 3 - a pipeline to bring cold water to avankamere, 4 - heat-insulating box for storage, 5 - enter the cold water pipe, 6 - trumpet bring cold water to the mixer; 7 - trumpet a supply of hot water to the mixer, 8 - trumpet to bring hot water to drive, 9 - solar thermal, 10 - drain valve, 11 - valve system for the Gulf, 12 - «hot» tube solar collector, 13 - tube feeding drive 14 — avankamera, 15 - avankamery drainage pipe.
Hydraulic scheme of solar water heater: 1 - solar collector, 2 - «hot» tube solar collector, 3 - coarse pipe hot water to exit from the drive, 4 - sough avankamery, 5 - drainage pipe storage, 6 - avankamery ball valve, 7 — avankamera, 8 - trumpet bring cold water to avankamere, 9 - a pipeline feeding the drive, 10 - water-supply input, 11 - supply of cold water to the mixer, 12 - supply of hot water to the mixer, 13 - «cold» tube solar collector.
Solar Collector: 1 - glass, 2 - frame (steel corner), 3 - bottom (orgalit 5 mm thick), 4, 7 - the walls of the collector box (plaque cross-section 120X25 mm), 5 - steel lining (lane cross-section 2,5 X20 mm), 6 - lining corner, 8 - Strengthening the bottom (a wooden block section of 30X50 mm), 9 - Connection, 10 - tube heater, 11 - receiving pipe cooler, 12 - clamp mounting radiator, 13 - teplootrazhatel (galvanized iron roof or tin), 14 - heat insulator (polystyrene, glass or shlakovata).
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