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Abstract: Technical reform and policy drives will become evacuation-type guns, have the authors of distributed wind energy technology and a series of policy logic? Under the driving force of Red Riding, evacuation risks will usher in a period of rapid development, and the future is expected.
At a global scale, evacuation wind and distributed photovoltaics are two mainstream distributed applications for renewable power. However, in the past few years, due to the high construction cost, the complicated approval process, the ground market, financing, and network consolidation, the evacuation style has still developed slowly compared to centralized wind and distributed photovoltaics.
Sugar daddyEvacuation-style wind has emerged in Europe, especially Denmark and Germany, with both technological and business forms mature. In China and american, the relatively vigorous photovoltaics are slightly lonely.
But recently, some countries including China have begun to encourage the development of distributed risks in terms of policies; technical breakthroughs have also been achieved. This has opened up a huge space for the development of distributed wind.
In contrast, Katrick from the UK and Aeromine from Sugar daddySugar babyamerican respectively announced distributed wind energy technologies that are different from traditional leaf-filled gear machines, and there is no hope of changing the game rules for evacuation wind. In addition, China and the United States have also provided greater support for evacuation of evacuation in the policy level. evacuation of evacuation is slowly entering the stage of high-speed growth, and there is no hope of becoming the main force in promoting the growth of ventilator machines in the future.
01 Potential and policy support for evacuation wind
In previous years, the National Bureau of Dynamics formally proposed the “Thousand Country Village Wind Plan”, which opened the market space for evacuation wind. In September 2021, many cities and wind enterprises in China launched the “River Partner Action·Zero Carbon City Fumei Village” plan, and took the lead in proposing the goal of a total wind-down urban installation scale of 50GW during the 14th Five-Year Plan period.
From the planning situation of projects in various provinces, the total scale of evacuation-type radioactive power planned at the end of the 13th Five-Year Plan has reached nearly 20GW. “Changjiang Securities” is expected to implement the 13th Five-Year Plan during the 14th Five-Year Plan, and it will be 50.The standard of GW evacuation installation is relatively high, with an average annual increase of 10GW.
In the long run, according to the Chinese wind energy association calculations, according to the national administrative village calculations, if 100,000 villages can find 200 square meters of 2-stage 5 megawatt (MW) wind turbines on fragmentary floors, fronts and backs of villages, and country roads. The country can realize 1,000 GW of evacuation style. href=”https://philippines-sugar.net/”>Sugar daddyMotor SizeEscort manila. If a 4-5MW wind turbine is installed on a single village bank, the potential market size will also reach thousands of gigawatts (GW). On this basis, if the permeability of evacuation wind increases one step further, or the number of evacuation winds increases one step further, the potential market space of evacuation winds is expected to rise, supplying more increments for evacuation winds.
In 2017, the National Bureau of Dynamics issued the “Notice on Accelerating the Promotion of the Construction of Evacuation-Type Wind Projects” for the first time, and the industry believes that the “spring” of the development of evacuation-Type Wind has arrived. However, in the early stages of policy deployment, due to problems such as long verification cycle, large-scale construction land restrictions, high financing and construction capital, and difficult operation management, the promotion of evacuation-style risks has been carried out step by step.
Now, evacuation wind has passed that period of old training and is moving towards a mature stage.
Since the 14th Five-Year Plan, the policy side has continued to promote evacuation and the National Dynamics Bureau in 2021 discussed the leadership of the fourth wind energy development enterprise and also had some expectations for the downtown area, pointing out that the key promotion of wind power in the southeast region will be launched nearby, and the “Thousand Countryside Village Wind Plan” will be implemented in Guangda Agricultural Villages.
This year, the National Bureau of Dynamics issued the “Implementation Opinions on Accelerating the Transformation and Development of Agricultural Power to Help the Revitalization of Villages”, proposing to promote the self-distribution and use of thousands of villages and support areas with resource conditions, especially the key county for rural revitalization, and build distributed wind and photovoltaic power generation. On May 30, the National Development and Reform Commission and the National Dynamics Bureau issued the “Notice on Promoting the High-Quality Development and Implementation Plan for New Era”. The document proposed that the radio project will be adjusted from the verification system to the preparation system, and will actively promote the evacuation-type radio development in rural and industrial enterprises, and purchase the past evacuation-type radio project targets.
Soon after, the surface of the site was extremely responsive. The Jilin Provincial Power Bureau released the “Jilin Provincial Power Bureau’s 2022 Annual Promotion of New Power Country Revitalization Project Mission Plan”, Yucheng’s first provincial “New Power + Country Revitalization” plan.The Sichuan Provincial Development and Reform Commission and the Bureau of Dynamics issued the “Notice on Improving a Step-by-Step Policy on the Management of Wind Construction and Governance”, and the centralized wind project was also clearly approved by the Provincial Development and Reform Commission, while the evacuation wind project was approved by the Municipal Development and Reform Commission, and the promotion of wind project was adjusted from the verification system to the preparation system.
Overall, the authorities in the authorities are in a very positive way to drive the national level policy, and there is no potential demand for evacuation-type risks in the economic situation. In addition to China, american, which is located on this shore of the ocean, also has rich evacuation risk potential and has made good efforts in the recent coming of politics.
According to new analysis from the National Renewable Dynamics Laboratory (NREL), american will potentially provide nearly 1,400 GW of distributed wind capacity tomorrow and profit from it. At the same time, NREL researchers analyzed the effects of distributed winds in realizing 100% clean power targets by 2035. They confirmed that american has sufficient distributed wind power potential to supply half of the power used by american this year. In terms of policy, the “Inflation Reduction Act” that has just been legislation recently stipulates that a 10-20% tax benefit will be added to the appropriately standardized risk and photovoltaic facilities in low-spending communities, which will further promote the development of distributed risk and photovoltaics in american.
02 New breakthrough in rooftop wind technology
In addition to policy assistance, recently, evacuation wind has also attracted new breakthroughs in technical reform. Researchers have turned their attention to leafless wind-energy devices that are different from traditional wheel-windlers.
Katrick Technologies, a British renewable power company, has designed a unique wind-powered electric panel system that can be used in the air and at high altitudes.The wind of the environment produces continuous force. Compared with traditional wheels, these panels apply a wider range of frequency and speed, using a single-independent airfoil to capture and convert it into green power. The wind-evolving plate includes multi-layer wings, and the divergent size wings add an overview of the application’s dynamic energy. When the wind passes through the panel, they will independently vibrate, generating energy, which can then be converted into sustainable power.
In practice, panels can be installed around the runway, on the road or on the top of a building. Due to their smaller size and module-setting installation, they can also complement newly built sites such as existing on-road wind farms, which will most restrict the power generation potential of the site. The company is currently conducting a wind measurement project with Glasgow Airport to determine how much power the panels installed on site can generate. The research and discussion revealed that the technology can generate electricity up to 22,000 kW per year for every 10kW of panel array. Today, Katrick has applied its wind power panel system to Silverburn shopping and Howard Tenens storage facilities.
Compared with traditional leaf wheels, Katrick Technologies’ wind-drive panels have the following key advantages:
1 is small in size, easier to build and install, while maintaining a larger overview within the mission space, which also means they can be installed into existing structures, even in urban and indoor environments.
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