Building distribution combined type wind generating set

Abstract

A building distribution combined type wind generating set achieves wind power generation by using a perpendicular shaft, an upper vane wheel, a lower vane wheel and a wind driven generator. A marsh gas engine is further used for generating mechanical energy to drive an air compressor to compress air, and compressed air directly drives the upper vane wheel and the perpendicular shaft to rotate to achieve the wind power generation. In addition, hot air in a building elevator shaft enters a barrel body to drive the upper vane wheel and the lower vane wheel to rotate to achieve the wind power generation. Furthermore, a solar cell panel on the outer surface of a mounting base converts solar energy into electric energy to ensure the electricity demand of a controller. Therefore, the building distribution combined type wind generating set achieves the purpose of power generation through multiple kinds of energy sources with the wind power as the main source, improves power generation efficiency and reduces cost. The building distribution combined type wind generating set further overcomes the defects that a traditional draught fan set cannot generate electricity when wind power is small and needs to be halted when the wind power is too large, electricity generation can be achieved from force one wind to force twelve wind, and the utilization rate of the wind power can be improved to 60%-80%.

Description

technical field [0001] The invention belongs to the technical field of wind power generation, and in particular relates to a building distributed composite wind power generating set. Background technique [0002] Energy is the driving force and basic element for human survival and social development. With the rapid development of social economy, energy has increasingly become a bottleneck affecting the continued healthy development of the economy. [0003] At present, wind power generation is increasingly becoming the main means of renewable energy generation. However, the horizontal-axis wind turbine used in the prior art has defects such as high cost and low power generation efficiency. In addition, due to the defects of traditional wind turbines, they cannot be installed on the roofs of buildings and places close to people. At the same time, only wind energy is used for power generation, and the function is too single. In addition, traditional wind turbines cannot gene...

AI Technical Summary

Problems solved by technology

However, the horizontal axis wind turbines used in the prior art have defects such as high cost and low power generation efficiency.

In addition, due to the defects of traditional wind turbines, they cannot be installed on the roof of buildings and places close to people. At the same time, only wind energy is used for power generation, and the function is too single

In addition, traditional wind turbines cannot generate electricity when the wind is low or the wind is too strong

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