The most popular new installed capacity continues

  • Detail

The new installed capacity continues to rise. At present, distributed wind power accounts for less than 1% of the total installed capacity of wind power in China. While the development level lags behind, it also indicates its huge development potential. With the technological progress promoting the increasing competitiveness of wind power in the cost of kwh, the decentralized wind power industry will undoubtedly usher in a new era

the new installed capacity continues to rise, and the key hub of decentralized wind power growth

the wind power industry, which has been in its infancy, has ushered in a new evolution again: under the dual background of the "Three North" region's consumption difficulties and the faltering of low wind speed centralized wind power in the south, the emerging growth pole represented by decentralized wind power has long been regarded as the "next field". Encouraged by a series of adjustment policies, it is expected that 2018 will usher in another peak period of decentralized wind power construction

2018 is called the first year of decentralized wind power. With the continuous development of technologies such as the increase of wind turbine diameter, the intellectualization of control mode, and the application of ultra-high towers, wind power projects in low wind speed and mountainous areas in the Middle East and South have begun to blossom everywhere, and decentralized wind power development is thus ready. At the same time, the cost of wind power in China is gradually declining. The energy administration requires the wind power industry to gradually withdraw from the subsidy mechanism by type, field and region, and basically realize the development independent of subsidies in

with the development of centralized resources exhausted and the trouble of "abandoning wind and limiting power", decentralized wind power has attracted the attention of the industry. In the context of wind power competitive allocation of resources and accelerating towards the "parity era", the advantages of decentralized wind power are obvious compared with the traditional wind power model. Distributed wind power generally refers to a distributed power generation system that uses wind turbines as the source of distributed electricity and converts wind energy into electric energy. Compared with centralized wind power, the distributed wind power single project is small in scale and decentralized in layout, so the management needs to be more intelligent. With the relaxation of the access voltage level conditions, decentralized wind power can obtain a larger consumption range and larger installed growth space

due to the nearby consumption mode of distribution, the development of decentralized wind power is not restricted by wind curtailment, which is also a major advantage of its current implementation. It is closely combined with the demand side, and is a development model that truly conforms to the endowment of wind energy resources. At the same time, decentralized wind power projects can not participate in competitive configuration and gradually be included in the scope of market-oriented transactions of distributed generation, which will further stimulate the enthusiasm for decentralized wind power development. For the central and eastern regions, the characteristics and advantages of decentralized wind power projects can also be closely combined with the Rural Revitalization Strategy, as an important part of the construction of beautiful villages

statistics show that since 2017, 15 provinces in China have issued notices on the planning and construction of decentralized wind power, with a total planned capacity of more than 9gw. According to statistics, from 2018 to 2020, the scale of decentralized construction in Henan, Hebei and Shanxi provinces alone has exceeded 7gw. Referring to the development law of the installed scale of distributed photovoltaic and distributed natural gas, the organization predicts that by 2020, the electrical performance of terminals and aluminum alloy cables will not match, and the installed capacity of decentralized wind power will exceed 18.87gw, and the growth rate of the newly added installed capacity of decentralized wind power will be more than 100% every year. Attach importance to original innovation. According to the prediction of industry experts, the new installed capacity of distributed wind power in China will be between 1-2 GW in 2018

for the future development space of wind power, the industry generally believes that decentralized wind power is becoming a new growth point of the industry in the future. When the fan enters the urban and other distributed application scenarios, the traditional fan product standards will change. Due to the particularity of the application environment, the safety of the fan is the most important consideration. In terms of operation and maintenance, can the quality of wind power equipment in China be guaranteed under the mode of remote monitoring and decentralized maintenance

however, the development of decentralized wind power lags behind that of distributed PV. Decentralized wind power itself has no economies of scale. How to select the location to achieve the return on investment, the innovation of business model and the corresponding management technology need to be changed. Secondly, decentralized wind power projects still use the approval requirements and processes of centralized development, resulting in low efficiency and increased initial costs. In addition, the development cost of decentralized wind power is high, which requires Lean Project Design and construction process. How the guidance at the national level can be translated into detailed measures to promote industrial development remains to be done by local governments

Copyright © 2011 JIN SHI