Test method and test platform for performance of wind-photovoltaic-hydrogen comprehensive energy power generating system

Abstract

The invention discloses a test method and a test platform for performance of a wind-photovoltaic-hydrogen comprehensive energy power generating system. The method comprises the following steps: establishing mathematic models of three parts, namely a windmill generator, a photovoltaic cell and a hydrogen cell; making the mathematic models into software modules and presetting the software modules and attribute parameters together into an industrial computer to design controllable simulation natural environment and test and calculate to obtain a performance theory curve of various parts of the power generating system; making a performance actual curve of the various parts through actual performance of the various parts; and comparing the curves to judge whether the performance of the comprehensive energy power generating system meets the requirement. The test method and the test platform can provide convenience for technicians to detect, analyze and study the working condition of the wind-photovoltaic-hydrogen comprehensive energy power generating system so as to perform optimization design on the wind-photovoltaic-hydrogen comprehensive energy power generating system, wherein the adopted novel mathematic model of the windmill generator can make analysis results more accurate and reliable.

Description

technical field [0001] The invention relates to a performance test method of a wind-solar-hydrogen comprehensive energy power generation system and a special test platform thereof. Background technique [0002] Wind-solar hydrogen integrated energy power generation system is a kind of power generation system that comprehensively utilizes the electric energy generated by solar panels and the electric energy generated by wind generators to electrolyze water to produce hydrogen, and finally obtain hydrogen fuel cells, so that solar energy and wind energy are converted into hydrogen It can be stored to realize the utilization of natural energy. In the prior art, the patent with publication number CN101024883A once disclosed a method and equipment for producing hydrogen by wind and light and refining heavy water. It consists of 5 parts: 1. Solar power generation part, 2. Wind power generation part, 3. Water electrolysis hydrogen and oxygen part, 4. General hydrogen storage part,...

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Problems solved by technology

[0003] The above-mentioned existing patents only disclose a wind-solar-hydrogen integrated energy power generation technology or system, but none of them disclose the design process of this wind-wind-hydrogen integrated energy power generation system

In the field of generator technology, many generators have corresponding performance test methods and test platforms during design, which can be used to detect whether the design of the generator is reasonable, and then optimize and improve the generator according to the test results, but the existing There is no special method and platform for performance testing and analysis of the wind-wind-hydrogen integrated energy power generation system in the technology, which restricts the utilization and development of the wind-wind-hydrogen integrated energy power generation system

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