Microcosmic location selection system of high-altitude mountain wind power plant

Abstract

The invention discloses a microcosmic location selection system of a high-altitude mountain wind power plant. The microcosmic location selection system is formed in a way that a data input module, a preprocessing module, a scheme database, a microcosmic location selection module, a power generation amount calculation module, a technical economy module and a data output module are connected in sequence, wherein the microcosmic location selection module is also independently connected with an electronic module and a civil engineering module; and the technical economy module is also independently connected with the electronic module and the civil engineering module. The microcosmic location selection system integrates professional templates of specialties including a technology specialty, an electronic specialty, a civil engineering specialty, a techno-economic specialty and the like in a wind power plant engineering design specialty, can lower a manual intervention rate while convenience is brought for coordinated management, minimizes human factor influence, improves the consistency and the accuracy of the microcosmic location selection design achievement of the high-altitude mountain wind power plant, realizes the intellectualization, the systematization and the high efficiency of microcosmic location selection work, and solves the difficulty that microcosmic location selection can not be accurately and reasonably carried out in the design of the high-altitude mountain wind power plant.

Description

technical field [0001] The invention belongs to the technical field of wind farm engineering design, and in particular relates to a microscopic site selection system for high-altitude mountain wind farms. Background technique [0002] The supply of energy is undoubtedly one of the greatest challenges facing mankind in the 21st century. A large amount of pollution and greenhouse gases produced by traditional energy have caused incalculable damage to the environment on which human beings depend, and with the depletion of traditional energy, people are increasingly placing high hopes on renewable energy. [0003] As an efficient and clean renewable energy technology, wind power generation has significant social and environmental benefits. Vigorously developing wind power is an inevitable choice to ensure the security of energy supply and sustainable development in our country. The development of China's wind power industry has been strongly supported by government policies. T...

AI Technical Summary

Problems solved by technology

However, the average altitude of high-altitude mountain wind farms is high, with large fluctuations and complex topography. Difference

At present, the wind farm micro-site selection system in the industry only has single-function data analysis or power generation calculation functions, which cannot meet the needs of intelligent, systematic and efficient design, and the unique and complex construction conditions of high-altitude mountain wind farms Under the current situation, more manual intervention by engineers is still required, and the design results depend on the design experience of engineers, there are many uncertainties, and the consistency and optimization of design results cannot be guaranteed.

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