double action fan

Abstract

A double-acting fan is a wind power generation supporting fan system installation plan for wind energy reuse, which is suitable for supporting utilization in wind power generation devices, ventilation for buildings, supporting power generation in solar buildings, and supporting in other systems Applications such as driving, which mainly include intake grid (1), exhaust grid (7), outer blade (2), inner blade (4), outer blade arm (3), body (5), shaft (6) , empennage horn (10), horn bearing (8), fan bearing seat (9), etc., the double-acting fan realizes the cooperation of wind energy and solar light energy, and converts solar energy into air heat energy and air kinetic energy and is integrated with natural wind energy. Reuse power generation and ventilation, and at the same time can transfer and convert wind energy and solar heat to building power generation system devices and building ventilation and air conditioning systems, realizing the supporting utilization in wind power generation devices and ventilation and power generation on solar buildings And the application of supporting drivers in other systems.

Description

technical field [0001] The invention relates to a double-acting fan, which is a wind energy reutilization supporting fan system device scheme for wind power generation, suitable for supporting utilization in wind power generation devices, ventilation for buildings, supporting power generation on solar buildings, and other systems Do supporting driver applications. Background technique [0002] At present, there is no such type of double-acting fan. The current fan for power generation has many disadvantages: mainly, the ability to collect wind energy is scattered, the area is large, the power to drive power generation is low, the cost is high, the start-up wind speed is high, and the intermittent is relatively large. , is relatively greatly affected by changes in seasonal and non-periodic factors such as day and night, and cannot be used for building ventilation and power generation, especially solar building ventilation and power generation. In order to improve this unfa...

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Problems solved by technology

[0002] At present, there is no such type of double-acting fan. The current fan for power generation has many disadvantages: mainly, the ability to collect wind energy is scattered, the area is large, the power to drive power generation is low, the cost is high, the start-up wind speed is high, and the intermittent is relatively large. , which is relatively greatly affected by changes in seasonal and non-periodic factors such as day and night, and cannot be used for building ventilation and power generation, especially solar building ventilation and power generation.

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