Wind power systems for heat production, storage and supply of animal farms

To resolve the problems of livestock development it is necessary to implement the following measures     more...

Schematic of wind power system for heat production, storage and supply of vegetable storage facilities

Figure 4.47 shows scheme of wind system for power supply of vegetable storage facilities. Figure uses the following     more...

Wind power systems for heat production, storage and supply of vegetable storage facilities: Existing technology and facilities to store vegetables – background of the project

Vegetable growing, horticulture and viticulture are important sectors of agriculture. Potatoes and vegetables are raw materials for the food industry and a valuable fodder for animals     more...

Renewable energy in agro-industrial complex: Power parameters of wind power system for heat production, storage and supply of granary. Part 3

Figure 4.43,a illustrates the heat consumption versus drying productivity of granary during a day. Figure 4.43,b shows quantity of dried grain during 3 months of operation versus drying productivity of granary     more...

Renewable energy in agro-industrial complex: Power parameters of wind power system for heat production, storage and supply of granary. Part 2

Figure 4.43,a illustrates the heat consumption versus drying productivity of granary during a day. Figure 4.43,b shows quantity of dried grain during 3 months of operation versus drying productivity of granary     more...

Renewable energy in agro-industrial complex: Power parameters of wind power system for heat production, storage and supply of granary. Part 1

Consider the main parameters of wind power system for heat supply of granaries that could replace a typical grain drier working on organic fossil fuel     more...

Renewable energy in agro-industrial complex: Scheme of wind power system for heat production, storage and supply of granary

Figure 4.42 shows schematic of of wind power system for energy supply of granary. It includes as the components the wind turbine and thermal storage unit.     more...

Wind power systems for heat production, storage and supply of granaries: Existing technology, facilities and equipment for grain storage - introduction to the project

Satisfaction of internal needs of the state in food grain, seed grain and fodder grain, as well as growth of its export could not be achieved without the measures concerning grain storage, which include receiving, storage, and shipment of grain     more...

Renewable energy in agro-industrial complex: Parameters of the wind power systems for heat production, storage and supply of green houses. Part 3

Figures 4.38,a,b illustrate heat losses versus area of green house buildings accordingly during a day and a heating season. Figure 4.38,c shows intensity of heat losses versus area of green house buildings.     more...

Renewable energy in agro-industrial complex: Parameters of the wind power systems for heat production, storage and supply of green houses. Part 2

Figures 4.38,a,b illustrate heat losses versus area of green house buildings accordingly during a day and a heating season. Figure 4.38,c shows intensity of heat losses versus area of green house buildings.     more...
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In The News

"The cause of gravity fingers - the surface tension of water"

MIT researchers have found a solution to a scientific problem in fluid mechanics: Why water doesn't soak into soil at an even rate, but instead forms what looks like fingers of fluid flowing downward.
2009-09-16 23:03:22