The incomplete statistics of the construction plan policies issued by various provinces for wind power and photovoltaic in 2022 include 17 provinces and cities in Anhui, Guangxi, Guizhou, Hebei, Henan, Hubei, Hunan, Jiangxi, Inner Mongolia, Shanxi, Sichuan, Tianjin, Yunnan, Zhejiang Zhoushan, Shandong, Gansu Jiuquan, and Gansu Longxi. Among them, 15 provinces and cities have specified the scale indicators for wind and photovoltaic power generation, with a total scale of 204492.07MW (approximately 204.49GW), and 9 provinces and cities have specified the requirements for energy storage configuration.
It is worth noting that Zhoushan, Zhejiang has introduced offshore wind power subsidies, with a subsidy period of 10 years. Starting from the second year of full capacity grid connection of the project, subsidies will be provided based on the equivalent annual utilization hours of 2600 hours.
204.49GW! Clear landscape indicators in 15 provinces and cities
According to the International Energy Network/Wind Power Headlines (WeChat: wind-2005s), Anhui, Gansu Jiuquan, Gansu Longxi, Guangxi, Guizhou, Hebei, Henan, Hubei, Hunan, Jiangxi, Shanxi, Sichuan, Tianjin, Yunnan, and Zhejiang Zhoushan provinces have specified the specific scale of wind power construction, with a total scale of 204492.07MW (approximately 204.49GW).
Anhui Province has specified in the "Development and Construction Plan for the First Batch of Wind and Photovoltaic Power Generation Projects in 2022" that there are a total of 13 wind power projects and 21 photovoltaic power generation projects in this plan, with a total installed capacity of 3 million kilowatts. Photovoltaic 2GW, wind power 1GW. Subsequently, in the Announcement on Accelerating the Construction Scale of Wind and Photovoltaic Power Generation Projects in 2022, it was further clarified that on the basis of the first batch of wind and photovoltaic power generation projects in Anhui Province in 2022, an additional 2 million kilowatts of wind and photovoltaic power generation projects were planned, including 1 million kilowatts of wind power projects and 1 million kilowatts of photovoltaic projects.
In the "Notice on Issuing the Construction Indicators for the Second Batch of Wind and Photovoltaic Power Generation Projects during the 14th Five Year Plan" in Jiuquan City, Gansu Province, it is pointed out that the indicators for wind and photovoltaic power generation projects are 4 million kilowatts, including 2 million kilowatts of wind power and 2 million kilowatts of photovoltaic power, all of which are market-oriented consumption projects.
In the "Work Plan for Building a Million Kilowatt Wind and Solar Power Base in Longxi County, Gansu Province", it is pointed out that during the "14th Five Year Plan" period, efforts will be made to achieve a construction target of 400000 kilowatts for photovoltaic projects and 750000 kilowatts for wind power projects.
The Guangxi Zhuang Autonomous Region pointed out in the "Plan to Accelerate the Construction of Existing Land Wind and Photovoltaic Power Generation Projects and Supporting Facilities" that all projects will be completed and put into operation during the "14th Five Year Plan" period. Among them, the scale of newly added grid connected new energy in 2022 and 2023 shall not be less than 4 million kilowatts and 6 million kilowatts, respectively.
Guizhou Province has specified in the "Notice on Optimizing and Reporting the Annual Construction Scale Projects of Wind and Photovoltaic Power Generation in 2022" that each city (prefecture) has reported a total of 57.8996 million kilowatts of installed capacity for the annual construction scale projects of wind and photovoltaic power generation. According to the consumption space of the power grid, the planned scale for 2022 is 14.025 million kilowatts.
In the letter on soliciting opinions and suggestions for the development and construction of wind power photovoltaic projects, Hebei Province pointed out that it plans to issue 14.29GW of wind and solar power projects in 2022, distributed in 14 cities such as Shijiazhuang, Chengde, Zhangjiakou, and Qinhuangdao. Among them, 5.58GW of project carryover scale has been cancelled or reduced, and the new indicators include a total of 10GW of guaranteed grid connection scale and market-oriented grid connection scale. Among them, the guaranteed grid connection scale is about 8GW, and the market-oriented grid connection scale is about 2GW.
Henan Province pointed out in the "Notice on the Construction of Wind Power and Centralized Photovoltaic Power Generation Projects in 2022" that a total of 84 projects comply with the relevant requirements of the "Interim Measures for the Management of New Energy Projects in Henan Province", and the site conditions are basically implemented, with a total scale of 11.94 million kilowatts. Among them, there are 73 wind power plants with a total of 10.2 million kilowatts, and 11 centralized photovoltaic power plants with a total of 1.74 million kilowatts.
In the "Notice on Accelerating the Development and Construction of Wind and Photovoltaic Power Generation Projects" issued by Hubei Province, it is pointed out that relevant power generation enterprises should clarify the construction scale of 10 wind, solar, and thermal complementary million kilowatt bases arranged by E Energy New Energy [2021] No. 53, each with a capacity of 400000 kilowatts, and the new energy power generation construction scale arranged by E Energy New Energy [2022] No. 14, which is 7.38 million kilowatts, to specific projects that meet the construction conditions.
Hunan Province pointed out in the "Notice on the Development and Construction of Wind and Photovoltaic Power Generation Projects during the 14th Five Year Plan" that the installed capacity of wind and photovoltaic power generation in the province is planned to reach over 25 million kilowatts by 2025.
Jiangxi Province has specified in the "Notice on Adjusting the Provincial Wind and Photovoltaic Power Generation Planning Database" that there are 687 new planned wind and solar projects in Jiangxi Province, totaling 41.8164 million kilowatts. Among them, 576 wind and photovoltaic projects total 33593500 kilowatts; There are 111 water surface projects involved, totaling 8.2229 million kilowatts.
Shanxi Province has specified in the "Notice on Further Accelerating the Construction of Wind Power Photovoltaic Power Generation Projects" that the installed capacity of new energy will increase by 10 million kilowatts this year.
Sichuan Province pointed out in the "Several Guiding Opinions on the Development of Photovoltaic and Wind Power Resources during the 14th Five Year Plan" that by the end of 2025, the installed capacity of photovoltaic and wind power generation will each be over 10 million kilowatts. Wind power projects are configured with grid electricity prices as the main competitive factor.
In the "Announcement on the Development and Construction Plan for Wind and Photovoltaic Power Projects in Tianjin in 2022", Tianjin pointed out that there are a total of 46 projects in the development and construction plan for wind and photovoltaic power projects in Tianjin in 2022, with a total project scale of 7340.27MW. Among them, there are 30 wind power projects with a total scale of 2621.2MW, and 16 photovoltaic projects with a total scale of 4719.07MW. In the reserve project library, there are a total of 9 projects with a total scale of 135MW. Among them, there are 2 offshore photovoltaic projects with a total scale of 30MW, and 3 onshore photovoltaic projects with a total scale of 45MW; There are 4 onshore wind power projects with a total scale of 60MW.
In the "Notice on Issuing the New Energy Construction Plan for Yunnan Province in 2022", Yunnan Province clearly stated that in 2022, it will accelerate the construction of 355 new energy projects with an installed capacity of 32.054 million kilowatts, including 350 photovoltaic projects with an installed capacity of 31.6504 million kilowatts; 5 wind power projects with an installed capacity of 355000 kilowatts; Except for Diqing Prefecture, other states and cities in the province have a layout* The annual development scale of new energy is over 15 million kilowatts, striving to reach 20 million kilowatts.
Zhejiang Zhoushan clearly stated in the "Notice on the Development and Construction of Wind Power and Photovoltaic Projects in 2022" that offshore wind power will start at 300MW and be approved at 1000MW; The photovoltaic power generation project started at 610MW and was connected to the grid at 500MW.
Energy storage comes first, and 9 provinces and cities require energy storage configuration
The International Energy Network/Wind Power Headlines (WeChat: wind-2005s) have been sorted out, and nine provinces and cities in Guangxi, Hubei, Inner Mongolia, Shandong, Tianjin, Anhui, Jiuquan, Gansu, Hunan, and Sichuan have identified wind and solar energy storage facilities.
Guangxi: We will carry out a new type of energy storage demonstration application with a focus on centralized and shared electrochemical energy storage, improving the flexible regulation ability of the power system. By the end of 2023, the electrochemical energy storage capacity will be completed and put into operation with no less than 1.5 million kilowatts/3 million kilowatt hours.
Encourage the construction of shared energy storage facilities in various ways. Marketization grid connection projects included in the construction plan. It is necessary to configure corresponding adjustment capabilities or purchase corresponding proportion of energy storage services according to the requirements, and complete the service agreement before the project is completed and put into operation or connected to the grid.
Promote the commercial operation model of energy storage. Establish a purchasing mechanism for energy storage services. After the energy storage project is put into operation, energy storage services can be provided to wind power and photovoltaic power generation projects for a fee. The service fee is based on the premise that the comprehensive cost of energy storage construction is not higher than the proportion specified in the construction plan and the reasonable income of the energy storage construction enterprise is guaranteed. The investment subject of market-oriented grid connected new energy projects and the energy storage operator negotiate and pay in a lump sum or annually. Continuously improve the peak valley time of use electricity price policy, build a user side energy storage profit model, and promote the accelerated development of user side energy storage.
Hubei: Simultaneously promoting the construction of supporting regulatory capacity. The flexibility transformation of coal fired power units, ongoing coal fired power projects, and centralized (shared) chemical energy storage power stations that have clearly defined the requirements for matching regulatory capabilities should be accelerated in accordance with the requirements of synchronous planning, construction, and production with new energy power generation projects. For new energy power generation projects that do not have clear requirements for matching regulation capacity, the power generation enterprise shall bear the regulation responsibility in accordance with the supporting standards specified in the E Energy New Energy [2021] No. 44, utilizing the surplus regulation capacity of the centralized (shared) chemical energy storage power station that has been included in the construction plan or the flexibility transformation project of the newly started coal electric generator set this year.
Inner Mongolia: Build new energy projects with self built energy storage or peak shaving capabilities. Projects with newly added consumption space can adopt self built, purchased energy storage, or peak shaving capacity to build new energy projects. By adding energy storage or peak shaving capabilities such as pumped storage, chemical energy storage, air energy storage, gas power, and solar thermal power plants, we aim to increase the scale of renewable energy grid connection through multiple channels. The annual electricity consumption of the newly added load should not be less than 80% of the annual power generation of the corresponding new energy project, and the remaining new energy power generation should occupy the guaranteed consumption space of the league city.
Newly built market-oriented grid connected new energy projects, with a capacity of no less than 15% of the installed capacity of the new energy project, and a storage time of more than 4 hours; Newly built affordable grid connected new energy projects, with an energy storage capacity of no less than 15% of the installed capacity of the new energy project, and an energy storage duration of more than 2 hours.
Shandong: prioritizing energy storage and increasing efficiency. Make the allocation ratio of energy storage capacity a priority condition for grid connection of wind and solar projects, and ensure grid connection in order according to unified sorting rules, activate consumption space, and improve the scale and efficiency of project development. The project development enterprise independently determines the allocation method and scale of energy storage, and includes it in the annual development and construction capacity through policy guarantees or market competition to carry out project construction.
Offshore wind power projects that are connected to the grid before the end of 2023 and floating offshore photovoltaic projects that are connected to the grid before the end of 2025 are exempt from the construction or leasing of energy storage facilities. Other offshore wind power and offshore photovoltaic projects are allocated energy storage facilities by the project development enterprise according to their commitments, fully ensuring grid connection. Each project development enterprise promises to construct (or lease) energy storage facilities no later than the completion and grid connection deadline of the wind and solar project. Projects that fail to implement energy storage according to the promised standards will not be grid connected.
Tianjin: Promote the application of centralized shared energy storage. In order to ensure the safe and stable operation of energy storage facilities and avoid safety hazards in equipment, management, operation, and other aspects caused by decentralized construction of energy storage, at present, Tianjin's renewable energy supporting construction of energy storage facilities prioritizes the use of centralized shared energy storage. Introduce professional energy storage investment operators through market-oriented methods to provide energy storage services. Renewable energy power generation enterprises sign energy storage service contracts with their selected energy storage investment operators to meet the energy storage configuration requirements of their power generation projects through leasing equipment or purchasing services. For wind and photovoltaic power generation projects that are included in the 2021-2022 development and construction plan and require energy storage facilities, the energy storage demand can be calculated based on the original commitment to halve the low energy storage ratio and continuously store energy for 2 hours.
Anhui: Encourage the centralized configuration of electrochemical energy storage power stations through cooperative construction or purchase of services. The electrochemical energy storage power station promised by the project should be put into operation simultaneously with the project after passing the acceptance inspection. The continuous energy storage duration of the electrochemical energy storage power station in the project is 2 hours. The wind power is equipped with an electrochemical energy storage capacity of 265.3MW, and the photovoltaic power generation project is equipped with an electrochemical energy storage capacity of 263.9MW.
Jiuquan, Gansu: Encourage the adoption of an integrated construction model of "solar thermal+wind power", with simultaneous construction of power and energy storage facilities; The provincial power company needs to simplify the grid connection process, accelerate the handling of grid connection procedures for new energy projects, fully promote the construction of grid supporting projects, and synchronize the construction of new energy projects and grid connection projects to achieve "full integration".
Hunan: The development and construction plan should specify the project name, construction location, construction scale, development mode, start of construction, and full capacity grid connection time. The project construction can adopt development models such as multi energy complementarity and integration of source, network, load, and storage to promote the coordinated development of new energy and traditional energy.
Sichuan: Scale development, multiple complementary capabilities. Adhere to scale, base, and intensification. By utilizing the complementary regulation of hydropower stations and their channel delivery, we aim to promote the integration of source, network, load, and storage, as well as the complementary development of multiple energy sources.
Subsidies of 3 points and 1.5 points for 600MW and 1.5GW respectively!
Clearly define the "provincial subsidy" for offshore wind power in one place
The International Energy Network/Wind Power Headlines (WeChat: wind-2005s) found that among the construction plan documents issued by various provinces, only Zhoushan City, Zhejiang Province, has issued offshore wind power subsidies.
Zhoushan City, Zhejiang Province stated that the offshore wind power grid electricity price will temporarily follow the provincial benchmark price for coal-fired power generation, while also providing certain provincial-level financial subsidies. In 2022 and 2023, the province will enjoy provincial-level subsidies for offshore wind power, with a scale of 600000 kW and 1.5 million kW respectively, and subsidy standards of 0.03 yuan/kWh and 0.015 yuan/kWh, respectively.
Determine the corresponding subsidy standards based on the year of full capacity grid connection of the project, and determine the projects that enjoy provincial-level subsidies according to the "build first serve" principle until the subsidy scale is exhausted. The subsidy period for the project is 10 years, starting from the second year of full capacity grid connection of the project, with a subsidy of 2600 equivalent annual utilization hours. The project has been approved before the end of 2021, and if it fails to achieve full capacity grid connection by the end of 2023, it will no longer enjoy provincial financial subsidies.
According to the International Energy Network/Wind Power Headlines (WeChat: wind-2005s), in November last year, Zhejiang Province revealed for the first time that it would provide financial and financial support for offshore wind power, but did not disclose the detailed subsidy standards. So far, the introduction of wind power subsidies in Zhoushan, Zhejiang Province has boosted the offshore wind power market in Zhejiang Province and will effectively promote the transition of offshore wind power to comprehensive parity.
In addition, the document also points out that each district should explore new models for the development of offshore wind power, encourage offshore wind power+hydrogen production+marine ranching, and encourage offshore wind power to directly supply power to nearby industrial parks or enterprises. Encourage offshore wind power to increase project returns by participating in market-oriented trading, green power trading, and applying for green finance loans.
The scale of indicators for Inner Mongolia and Shandong has not been released
The International Energy Network/Wind Power Headlines (WeChat: wind-2005s) found that among the construction plans issued by various provinces, Inner Mongolia and Shandong provinces did not specify the scale of construction indicators.
Inner Mongolia has made it clear in the "Opinions on Promoting the High Quality Development of the Wind, Photovoltaic, and New Energy Industry in the Whole Region" that, under the premise of ensuring safe and stable energy supply and smooth transition of energy structure adjustment, it will vigorously promote the construction of national large-scale wind and photovoltaic power generation base projects with a focus on deserts, Gobi, and desert areas, focus on increasing the proportion of new energy electricity in the external transmission channels, and continue to expand the local space for new energy consumption, Further increase the proportion of new energy in energy consumption and help achieve carbon peak and carbon neutrality goals.
The key layout of centralized wind power projects is in desert areas and along the border, while the key layout of centralized photovoltaic power generation projects is