Construction and action of wind power system for heat production, storage and supply: The heat accumulator

Thermal accumulator (Thermal storage) is an insulated container with the working fluid, which is characterized by high temperature of boiling, high heat capacity and/or large enthalpy of phase transition. In a simplified case     more...

Construction and action of wind power system for heat production, storage and supply with underground location of water thermal accumulator

Figure 4.21 shows schematic of autonomous wind thermal power plant with underground location of water thermal accumulator. It includes a wind power turbine (a) and multisectional thermal accumulator of underground location (b).     more...

Construction and action of wind power system for heat production, storage and supply

Figure 4.19 illustrates structure diagram of wind power system for heat generation, storage and supply. The schematic uses the following notations: air flow; kinetic energy of molecules; wind turbine     more...

Construction and action of wind power system for heat production, storage and supply

Figure 4.19 illustrates structure diagram of wind power system for heat generation, storage and supply. The schematic uses the following notations: air flow; kinetic energy of molecules; wind turbine     more...

Wind power systems for heat supply of settlements: The general requirements to the systems

The wind power systems for heat supply, must meet the following general requirements (fig. 4.17):     more...

Wind power systems for heat supply of settlements: Technical and economical benefits of WPPs

The main technical and economic advantages of WPPs are     more...

Wind power systems for heat supply of settlements: Wind resources

The production of electricity with the use of wind power resources is characterized by some positive factors (fig. 4.11).     more...

Wind power systems for heat supply of settlements: Wind turbines

The wind power turbine (fig. 4.9 and 4.10) consists of towers, turbine, transmissions and electrical generator. Its work principle is based     more...

Wind power systems for heat production, storage and supply of settlements, industrial and agro-industrial objects

This paper covers a subject, which during the past ten years has undergone an explosive growth. Until now the most common schemes employed for heat power production and supply the traditional heat only boilers on the organics fossil fuel are used. The existent systems for heat supply of settlements have the next restrictions     more...

Damless hydropower technologies and equipments on the basis of semi-submerged and submerged hydro-turbines: Conclusions

The main negative factor limiting the development of large dammed hydroelectric power plants is a violation of the ecological balance of the environment, linked with the necessity to build large dams and create large reservoirs. Large territories suitable     more...
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"Wind power systems for heat supply of settlements: The basis of classical wind power technologies"

Macroscopic wind power technologies and wind power engineering are based on the use of energy of directed macroscopic air flows (wind), interaction of these wind flows
2012-10-10 14:55:57