1. Ministry of Finance: 100 billion will be issued this year to support wind power, offshore wind power and other projects

Recently, the Ministry of Finance announced the answer to the recommendation No. 9142 of the Fourth Session of the 13th National People's Congress. Responded from three aspects: suggestions on speeding up the issuance of green bonds to solve subsidy arrears, suggestions on speeding up the issuance of green bonds to solve subsidy arrears, and suggestions on encouraging the development of innovative financial products for stock power stations.

The reply also stated that in recent years, some banking institutions have also carried out active exploration and practice. The China Development Bank formulated the “Work Plan for Supporting the Energy Sector to Achieve the Strategic Objectives of “Carbon Peaking and Carbon Neutrality”, and proposed to set up a total scale of 500 billion yuan in the energy sector “Carbon Peaking and Carbon Neutrality” during the “14th Five-Year Plan” period. "Special loans. Among them, a special loan of 100 billion yuan was issued in 2021 to support photovoltaic power generation, offshore wind power and other projects to help build a clean, low-carbon, safe and efficient energy system.

In addition, the China Development Bank issued the world's first "carbon neutral" green financial bond in March 2021. The funds raised were used for wind power, photovoltaic and other carbon emission reduction projects, effectively promoting the decarbonization of the power system and realizing the transition of the energy system.

Source: Ministry of Finance

2. The main body of my country's largest offshore wind power connection project completed

On August 11, the construction of the main part of the Jiangsu coastal 500 kV power grid project was completed. The project has built a 350-kilometer large electric power channel, which can connect many offshore wind farms along the coast of Jiangsu to the main grid of Jiangsu power grid, realizing the largest scale of offshore wind power in my country. The project is expected to be put into operation as a whole in November this year, with an annual power transmission capacity of approximately 6.4 million kilowatts.

Source: CCTV

3. Three Gorges Rudong: the world's largest offshore wind power converter station completed

Recently, in the Huangshayang area of Rudong, Jiangsu, the offshore converter station of the Rudong Flexible HVDC Project of the Three Gorges with a weight of 22,000 tons completed the millimeter-level precise docking with the jacket under the support of the barge, marking the world’s largest The installation of Asia's first offshore converter station was successfully completed.

The offshore converter station of the Three Gorges Rudong Flexible HVDC Project is coordinated by the Three Gorges Group and relevant units of the industrial chain to complete the construction task. The converter station is currently the world's largest offshore converter station with the highest capacity, the highest voltage level and the largest volume. After completion, it will be responsible for the collection and output of the power produced by the Three Gorges Rudong H6 and H10 projects (a total of 800,000 kilowatts) and the CGN Rudong H8 project (300,000 kilowatts) with a total capacity of 1.1 million kilowatts, which can effectively solve the problem of large-capacity offshore wind farms. Long-distance power transmission problems.

Source: Offshore Wind Asia

4. Hoisting of the first domestic deep-sea 10MW wind turbine is completed

Recently, with the last blade being unhooked, "Haidian Operation and Maintenance 801" successfully completed the hoisting of the first 10MW offshore wind turbine off Changle, marking the realization of the first large-scale offshore wind power installation in the offshore deep water area in China. Some historical leaps!

The hoisting is faced with challenges such as the water depth of the wind field being 45 meters, the mud depth exceeding 22 meters, and the large wind and surge. The wind turbine needs to adopt new equipment, new technology, and new technology to install the "blade prosthesis" for its own weight. The wind turbine used is a Dongfang Electric 10MW wind turbine, the generator weighs 270 tons (excluding the weight of the spreader and bracket), the center height of the hub reaches 118 meters, and the length of a single blade is 90 meters.

Source: Longchuanfeng Power Grid

5. All units of the electric wind power Rudong H5# Yuanhai Project were successfully hoisted

Recently, all 75 wind turbines of the electric wind power Rudong H5# offshore wind farm project were successfully hoisted. This project is one of the offshore wind farm projects with the longest distance from the shore that has been built in China. It is also a key project for electric wind power during the 14th Five-Year Plan period to implement the national carbon peak goal and a representative project for offshore wind farms.

The electric wind power Rudong H5# offshore wind farm project is located in the middle of the electric wind power Rudong planning area and on the northeast side of Puffersha. The wind farm is rectangular in shape. The distance from the center of the site is about 48 kilometers from the shore, the water depth of the site is between 10 and 18 meters, the sea area is 48 square kilometers, the total installed capacity is 300 MW, and the total investment is about 5.5 billion yuan. The project includes 75 electric wind power 4.0-146 offshore wind turbines, a 220kV sea booster station and an onshore centralized control center.

It is reported that after the project is put into operation, it can produce 940 million kWh of clean electricity, save 287,000 tons of standard coal, and reduce CO2 emissions by 783,000 tons. It will vigorously promote the green development of Rudong's local economy, drive regional economic transformation and upgrading, and promote China's offshore development. The new energy industry has further developed and contributed to the realization of the "dual carbon" goal of electrical wind power.

Source: Electric Wind Power

6. The largest domestic 4,060-ton offshore wind power "Big Mac" booster station was officially shipped

Recently, China Energy Construction Guangdong Research Institute surveyed and designed the first offshore deep-water offshore wind farm in China, which was carried out by Guangdong Thermal Power Corporation-Huadian Yangjiang Qingzhou 3,500 MW offshore wind farm sea booster station completed all construction work, and departed from Nantong to the project. Sea area.

The upper module of the sea booster station shipped this time has overall dimensions of about 52.3 meters × 46.8 meters × 22.9 meters, a single weight of about 4,060 tons, large size, weight, and long transportation distance. The booster station will be used in my country's first An offshore deep-water offshore wind power project with the farthest offshore, deepest water, and largest unit capacity. It is located in the sea area near Shapa Town, Yangjiang City, Guangdong Province. The total installed capacity is 500 MW, and a total of 30 units of 8.3 MW and 37 units are deployed. 6.8 MW wind turbines, supporting the construction of sea booster stations and onshore centralized control centers. After the completion of the project, it can provide 1.547 billion kilowatt-hours of clean electricity every year. Compared with coal-fired power plants of the same scale, it can save 478,000 tons of standard coal and reduce carbon dioxide emissions by 451,000 tons. Speeding up the realization of the "3060" target is of positive significance.

Source: Guangdong Institute, Guangdong Thermal Power

7. All domestic wind farm projects with the largest single capacity have been put into operation smoothly

On June 27, the land-based centralized control center received power successfully. On June 28, H3# Haisheng Boosting Station platform received power successfully. On July 7, the platform of H1# Haisheng Boosting Station received power successfully. On July 17, the H2# Haisheng Boosting Station platform received power successfully.

So far, in 21 days, Qidong H1#, H2#, H3# wind power projects were completed, and the first batch of generating units were successfully connected to the grid, marking the first offshore wind power project in Qidong waters officially entered the stage of wind turbines connecting to the grid.

Qidong H1#, H2#, H3# offshore wind power projects have a total installed capacity of 800MW, which is the largest single-capacity wind farm in China. After the full capacity of the project is connected to the grid, the annual on-grid power is expected to be 2.2 billion kWh, which exceeds Qidong’s annual power consumption. (In 2019, the city’s total electricity consumption was 39.91 kWh), which can save 730,000 tons of standard coal, reduce carbon dioxide emissions by 1.628 million tons, reduce ash and slag by 296,000 tons, reduce soot and dust, and save 709.1 tons of fresh water each year. 10,000 cubic meters, and reduce the corresponding waste water discharge, the economic, social and environmental benefits are obvious.

Source: NARI Sino-German Company

8. The four parties signed a major contract to jointly promote the offshore wind power hydrogen/ammonia industry chain!

Recently, Dalian Shipbuilding Group and the Chinese Academy of Sciences Dalian Institute of Chemical Physics (abbreviation: Dalian Institute of Chemical Physics), China State Shipbuilding Corporation Wind Power Development Co., Ltd. (abbreviation: CSSC Wind Power), Guochuang Hydrogen Technology Co., Ltd. (abbreviation: Guochuang Hydrogen Energy) The Quartet signed a strategic cooperation (framework) agreement on the “Innovation and Industrialization of Offshore Wind Power/Ammonia Industry Chain”.

According to the cooperation agreement, the four parties will use their respective advantages to focus on the development and utilization of marine green energy, and cooperate closely to jointly promote the innovative applications and applications of hydrogen production, ammonia production, fuel cells, and liquid hydrogen/ammonia storage and transportation technologies in the field of shipbuilding and marine engineering. Develop and jointly promote the R&D and industrialization of hydrogen/ammonia production from offshore wind power and its storage and transportation technologies and equipment.

in--

Large Shipbuilding Group takes advantage of localization and the advantages and capabilities of offshore hydrogen/ammonia production, storage and transportation, and application equipment;

The development capabilities and advantages of the key technology of producing hydrogen/ammonia by Dalian Institute of Chemical Technology;

CSSC Wind Power utilizes its capabilities and strengths in the field of wind power development;

Guochuang Hydrogen utilizes its capabilities and advantages in the field of hydrogen fuel cell production and transformation of technological achievements.

Source: Dalian Hydrogen Energy Industry Development Promotion Association

9. China's first offshore wind power primary frequency modulation test was successfully implemented in the National Energy Group

Recently, the National Energy Group Longyuan Power Jiangsu Sheyang Offshore Wind Farm, in cooperation with the Automation Department of Jiangsu Control Center, completed a dynamic test of a 405 MW offshore wind turbine primary frequency regulation, becoming the first offshore wind farm in China with primary frequency regulation.

The primary frequency regulation function is an important part of the safety evaluation of the grid connection of generators. It can ensure that the wind turbines can be connected to the grid in a safer, higher quality and more economical manner to a certain extent, so as to realize the optimal allocation of electric energy resources. Compared with the onshore wind farm units, the wind farm units are farther away from the onshore centralized control center, reaching more than 70 kilometers, which to a certain extent caused the problem of long communication delay between the centralized control center and the offshore wind turbines. The initial test results show that the response of offshore wind turbines has a long lag time for primary frequency modulation, and it is difficult to meet the requirements of the power grid. The successful completion of the test this time provides a comprehensive and accurate reference for my country to formulate relevant industry standards for offshore wind power primary frequency modulation.

Source: China Coal Net

10. Huaneng Jiangsu Guanyun 300,000 kW offshore wind power project connected to the grid for power generation

Recently, with the gradual rotation of the No. 34 wind turbine, Huaneng Jiangsu Guanyun Offshore Wind Farm has successfully achieved full-capacity grid-connected power generation of 300,000 kilowatts.

Jiangsu Guanyun Offshore Wind Farm is located in the revolving tidal sea area of Guanhekou, Guanyun County, Lianyungang. It is the first offshore wind power project in Lianyungang area. The sea area is about 48 square kilometers and the center of the site is 14 kilometers away from the shore. The project started in November 2018. A total of 48 units of the main model are offshore wind turbines with a single unit of 6.45 MW. The impeller diameter is 184 meters, which is the largest in the Asia-Pacific region!

After the project is fully put into operation, it is estimated that it can deliver 860 million kilowatt-hours of clean electricity each year, which is equivalent to saving 264,000 tons of standard coal and reducing carbon dioxide emissions of 722,500 tons. The social and environmental benefits are significant.

Source: China Huaneng

11. The global offshore wind power market is expected to reach 31.8 billion U.S. dollars in 2021

According to a research report recently released by Markets and Markets, an international market research organization, the global offshore wind power market will reach 31.8 billion U.S. dollars in 2021. As technology continues to innovate and costs continue to fall, it is expected that this figure will increase to 568 by 2026. Billion US dollars, the compound annual growth rate reached 12.3% during the period.

In terms of components, the turbine segment market will dominate the wind power market during the forecast period.

According to the installation location, the shallow water area will dominate.

On the other hand, in the electrical infrastructure market segment, substations and wires and cables, as the two major sub-markets, will witness strong growth during the forecast period.

For example, China, Japan, South Korea, Taiwan, India and other countries and regions are accelerating the installation of offshore wind power in order to achieve the diversification of energy structure and carbon emission reduction targets. In addition, favorable support plans and huge amounts of power for grid infrastructure Investment to maximize wind power generation, and foreign direct investment will attract investors into the wind power industry.

Source: Cable Network

12. Applicable to self-installing artifacts for onshore and offshore wind turbines to complete prototype testing

Recently, the British SENSEWind company also announced that the SENSE wind turbine self-installation system developed by it has completed the prototype test and successfully installed a modified Vestas V27 nacelle on the tower.

According to the official website of SENSEWind, the use of the SENSE wind turbine self-installation system can effectively reduce the construction costs and risks of wind power projects, because there is no need for particularly expensive ships and cranes. According to SENSEWind's calculations, the SENSE wind turbine self-installation system is used, and the offshore shallow water 500MW offshore wind power project LCOE ( Leveling the cost per kilowatt hour) can be reduced by 1.2%, the LCOE of offshore deepwater 1.2GW offshore wind power projects can be reduced by 12%, and the LCOE of onshore 450MW wind power projects can be reduced by 6%.

Source: SENSEWind