ВІТРОЕНЕРГЕТИЧНИЙ КОМПЛЕКС ДЛЯ ЗАРЯДЖЕННЯ АКУМУЛЯТОРНИХ БАТАРЕЙ

Abstract

Urgency of the research. One of the directions of modern world strategies is the development of renewable energy. This is especially true for those regions where there is no access to modern energy systems, or for developing countries with growing energy needs. Analysis of the achievements of modern energy shows that decentralized energy systems using distributed gen- eration sources can be an extremely profitable area for investment, if it is possible to place energy sources near consumers. Usually the cost of energy transfer reaches 30 % of its production. Actual scientific researches and issues analysis. The problem of this work is the layout and structure of the wind power complex for charging batteries. Existing methods for designing the power supply system for remote consumers are mainly considered as an alternative to centralized power supply, electricity supply through electricity generation based on renewable energy sources, and not enough attention has been paid to their additional functionality. Uninvestigated parts of general matters defining. The authors substantiate the need for the introduction of autonomous energy sources based on renewable energy in a number of previous studies. Meanwhile, wind energy is distinguished among other sources of renewable energy, which has a number of advantages both according to the results of theoretical research and from the practical implementation. The research on these scientific and practical topics continues, and acquires new meanings, taking into account aspects of modern science and technology. The research objective. Thus, the urgent scientific and practical task is to develop the structure of the wind power complex for charging batteries in the conditions of impossibility of connection to the centralized power supply. The statement of basic materials. In order to ensure the continuity of their electricity supply in the face of real restrictions on fuel reserves available to a particular autonomous facility, it is proposed to use renewable energy sources, which are always and all of which emit wind energy. Therefore, taking into account the above aspects of the layout of wind power systems, the development of the control system aims to provide consumers with a stable DC voltage regardless of changes in parameters in any part of the system and battery charging. Conclusions. The necessity of introduction in the structure of an autonomous stirrup of power station on the basis of a wind power complex of a link for a back of accumulator batteries is proved. The structure of a wind power complex for charging of accumulator batteries in the conditions of impossibility of connection to the centralized power supply is offered.