Offshore photovoltaics face the difficulty of capital control Philippines Sugar issue

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In the process of promoting the realization of the “dual carbon” goal, offshore photovoltaics, as the key to dynamic transformation, is ushering in an unprecedented development opportunity. The Ministry of Natural Resources, in conjunction with the Ministry of Industry and Information Technology, the Chinese Academy of Sciences, and the National Bureau of Dynamics recently cooperated with the issuance of the “Guiding Opinions on Promoting the Large-scale Application of Local Energy” (hereinafter referred to as “Opinions”), proposing to carry out marine wind, offshore photovoltaics and sea travel in coastal provinces. Demonstration of joint development project trials for Langneng. It is planned that by 2030, the scale of land energy installations in the real world will reach 400,000 kilowatts, and a series of multi-energy interconnected power systems and land energy scale-up demonstration projects will be built.

In the eyes of industry insiders, the release of opinions marks a new stage of scale-based and clustered development in my country’s offshore photovoltaic industry. At present, our country is in the exploration stage of the “Fifteenth Five-Year Plan”, contemplating the grand difference between offshore photovoltaic and mainland photovoltaic capital, and is expected to launch more clear policies and management methods for the new market for offshore photovoltaics in the future.

Ocean photovoltaic assists in dynamic transformation

Under the “dual carbon” goal, offshore photovoltaic has become one of the focal tracks for dynamic transformation. The National Bureau of Dynamics has clearly requested to accelerate the construction of offshore photovoltaics in 2023, and planned to encircle four types of sea use scopes, including marine breeding areas and wind farms, and strictly control the layout of projects outside the provincial-controlled sea areas.

Where is the place where the place is located, is the Sugar daddy Jiang Su can go to this dream in the 14th Five-Year Plan? Is it true or false? Is it true that she is used as a stone for the purpose of the knowledge competition? In the plan for the development of the vitality and the implementation of offshore photovoltaic development and construction, a plan is to build a tens of thousands of kilowatt-level offshore photovoltaic base; Zhejiang has launched a series of geographic and fund combination policies to support the development of offshore photovoltaics; Shandong provides financial support for the “14th Five-Year Plan” floating offshore photovoltaic project completed and online from 2023 to 2025, and is required to provide financial support for the “14th Five-Year Plan” floating offshore photovoltaic project, which will be built and online from 2023 to 2025.ppines-sugar.net/”>Pinay escort plans to achieve a total installation capacity of 42Sugar daddy million kilowatts; Shanghai promotes the development of wind-site photovoltaics through competitive installations.

“In order to support the development of offshore photovoltaic industries, policy innovation has emerged. “Li Na, director of the South East Power Design Institute of the China Power Engineering Consultant Group, said that Jiang Su has explored the three-dimensional use of the sea, Shandong has solved the conflicts in sea areas, and Shanghai has created a maritime photovoltaic guaranteed online form, forming Sugar baby‘s differentiated development format of “one place, one policy”.

Zhang Na, a professor at the Beijing Road Management Institute, said when receiving reporters’ visits, under the promotion of national and industrial policies, offshore photovoltaics, as a new increase in the development of new dynamics, is in the key stage of gradually moving from trial demonstration to commercial operation. Offshore photovoltaics is the integration of dynamic transformation and economic integration between the mainland and the region. baby key loading can be used through application of land and space, usefulSugar baby solves the land tight problem on the photovoltaic surface on the mainland, and is close to the middle of the coastal electricity load, reducing the remote transport electricity consumption and maintaining power consumption. For example, Jiangsu Province plans to build a tens of thousands of kilowatt-level offshore photovoltaic base by 2027, with a network scale of up to 10 million kilowatts, directly serving the long-degree high-energy consumption area.

“Today, our offshore photovoltaic project is located in the leading international location. Zhang Na said that at the end of 2024, the first batch of projects of the National Dynamics Group 1 million kilowatt offshore photovoltaic power station were launched online, becoming the largest offshore photovoltaic project in the world today; the first batch of power generation units of the Dongshan Xingchen 180 MW offshore photovoltaic power station project of the Sanshi Group 180 MW offshore photovoltaic power station project was launched online, becoming the first sea in my country built in high-speed seas. Photovoltaic projects on Escort. These projects have created a valuable experience in the development of offshore photovoltaics.

Industrial experts believe that the clear comparison between offshore photovoltaics and offshore wind, land and geographic industries, offshore scores and divine morals, plus the strongest YurouEscort manila六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六六� As technology and economic costs decline, the economic benefits of offshore photovoltaic projects will significantly increase. Especially in nine provinces and two cities along the coast of China, these areas are both responsible for power use. escortThe Netherlands is also a region with better economic development. The remote market of offshore photovoltaics is not only limited to the Chinese market, but also has the potential for sustainable development in a global scale.

Technical routes open 24% effectiveness era

It is widely believed that new offshore power technology isSugar baby presents four goals to break through the standards: First, the single project is toward a GiGW scale, and reduce costs and increase efficiency through base development; second, floating technology extends to deep and remote seas; third, diversified coupling construction of “offshore power islands”, integrating power generation, decontamination and energy storage; fourth, digital transformation and acceleration, and 5G and three-dimensional visualization technologies have achieved a long-distance and bright operation.

“The development of offshore wind and offshore photovoltaic projects has both shown a scale-up and large-scale developmentSugar baby and a one-piece trend. This unified planning method of large bases aims to reduce investment construction and operational governance costs, and improve overall economic benefits. This also reflects a summary of the sentence: Science needs to be serious, but beauty… is not that important. The development forms of new dynamic areas on overseas travel are evolving towards efficient and concentrated goals. “A business person who did not want to sign said to the reporter that it is worth noting that BC technology routes have exposed their heads in the offshore photovoltaic field. The frontal ratio of its components is sufficient and suitable for high-salt fog environment. The current production efficiency has reached 24.4Sugar daddy3%, more traditional products are more than 15%, providing a higher reliable solution plan for offshore scenes.

Today, our leading component manufacturers have pointed out offshore photovoltaic products, in addition toIn addition to considering components such as frames, adhesive films, connectors, etc., it also designs against the platform and anti-corrosion functions for products such as BC technology routes, as well as optimized for battery sheet-level shading. The industry believes that “a series of technical exploration of offshore photovoltaics has given us the belief that in the future, we will supply the products and technical routes that will be the leading industry in the global offshore photovoltaic new market.”

Cash control, technical innovation and policy support are equally important

Demand concernSugar daddy. babyNote that compared with traditional photovoltaic projects, the cost structure of offshore photovoltaics is different. In the past “Shagohuang” photovoltaic projects, the cost of photovoltaic components accounted for as much as 40%-60%, but as the price dropped, this proportion decreased. However, among offshore photovoltaic projects, the cost of photovoltaic brackets and assembly projects always account for the highest proportion.

Li Na emphasized that in offshore photovoltaic projects, the cost of photovoltaic brackets and their installation rings accounts for a considerable proportion, and the remote ultra-photovoltaic components themselves. This originates from the unique structural system of offshore photovoltaics and has a distinctive difference from the mainland photovoltaics. Challenges fac TC:


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