Water-taking power generation method of solar water-taking power generation device

Abstract

The invention discloses a water-taking power generation method of a solar water-taking power generation device. The solar water-taking power generation device comprises a solar module, a storage battery, a controller, an inverter and a water pump. The water-taking power generation method of the solar water-taking power generation device comprises the following steps of firstly, installing the solar module, specifically, selecting an open land for installing the solar module in a region needing water-taking power generation, and determining the inclination angle and direction of the solar module according to solar radiation; secondly, installing a solar bracket, reinforcing the bracket through a fixed part; and then, sequentially installing the storage battery, the controller and the inverter to obtain the installed solar module. According to the water-taking power generation method of the solar water-taking power generation device, power generation is conducted at the water-taking speed by installing the solar module, wiring, connecting the water pump and testing, and meanwhile, the situation of insufficient supply in the power generation process is avoided by combining the solar module.

Description

technical field [0001] The invention belongs to the technical field of adhesive tape preparation, and in particular relates to a water intake power generation method of a solar water intake power generation device. Background technique [0002] According to different geographical locations, the distribution of water resources is different. Therefore, many large-scale thermal power plants are mostly circulating water supply systems with natural ventilation cooling towers. The water sources for production and living are often taken from nearby reservoirs or self-built reservoirs. Leading to the power plant, if only water is taken, the energy is not fully utilized, and it is easy to cause waste. In order to further achieve comprehensive utilization of energy, a small water turbine generator is installed on the water purification station in the plant or the low water intake pipeline of the reservoir dam to make full use of its water head and The flow of water is used to generate...

AI Technical Summary

Problems solved by technology

[0002] According to different geographical locations, the distribution of water resources is different. Therefore, many large-scale thermal power plants are mostly circulating water supply systems with natural ventilation cooling towers. The water sources for production and living are often taken from nearby reservoirs or self-built reservoirs. Leading to the power plant, if only water is taken, the energy is not fully utilized, and it is easy to cause waste. In order to further achieve comprehensive utilization of energy, a small water turbine generator is installed on the water purification station in the plant or the low water intake pipeline of the reservoir dam to make full use of its water head and The flow of water is used to generate electricity, and the advantages of energy saving, emission reduction, environmental protection, and comprehensive energy utilization are maximized;

[0003] However, the traditional method of water intake and power generation has deficiencies in use. The traditional method of water intake and power generation provides power generation for small equipment while providing water supply to the region, resulting in insufficient supply of power resources sometimes, which brings inconvenience to use. For this reason, we Propose a method for water intake and power generation of solar water intake power generation device