FCV Demo National Funding, 22 Cities Involved –China Clean Energy Syndicate

New energy, renewable, decarbonized are topics of China’s politics now.

The top authority’s push to achieve an emission peak by 2030 has given new momentum to the Chinese renewable and new energy next-stage development, as a rare statement last week from China’s vice premier Han Zheng indicates.

The Energy Iceberg team is back to bring you the latest updates on the Chinese clean energy industry. Some other highlighted updates of the market from last week:

  • Renewable: Inner Mongolia announce to develop seven green PtG projects (2.2GW renewable power) which could produce hydrogen of 66,900 t/yr.
  • Wind: Ming Yang’s plan to develop a 16MW turbine is progressing.
  • Hydrogen: the long-waited national fuel cell vehicle (FCV) demonstration project have finally confirmed the first batch of three demonstration alliances, which involved 22 cities and are led by Beijing, Shanghai, and Guangdong

Scroll down to check out the 9 updates that we considered noteworthy last week.

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Net Zero

Curbing Energy & Emission Intensive Industries the Top Political Priority, as Vice Premier stressed

Beijing’s top-level Energy & Emission Intensive Curbing Tele Meeting was held last week, where Han Zheng, the Vice-Premier of China, has attended. In the meeting, Han stressed the urgency to resolutely curb the “blind development” of high-energy consumption and heavy-emission projects. New projects failing to meet the energy-efficient and emission requirements should not be approved.

Two months ago, the Ministry of Ecology and Environment (MEE) promulgated the guiding opinions on the prevention and control of the ecological environment toward construction projects with high energy consumption and high emission. The guiding opinion mention that new construction, reconstruction, and expansion of projects with high energy consumption and heavy carbon emissions must meet the peak carbon emission target. Carbon emission impact assessment would also be included in the environmental impact assessment system.

Energy Iceberg’s Note:  emission capping is not the top political issue in China.

In the recent Politburo meeting of the CPC Central Committee, the top authority emphasized the necessity of puttng a major effort to secure the 2030 carbon peaking target. The recent priorities include setting up a 2030 Dual Carbon roadmap execution plan and to “steadily curb energy & emission intensive capacity expansion.”

Renewable

Inner Mongolia Announced Aggressive 2.2GW Renewable PtG Plan for 2021

The Energy Bureau of Inner Mongolia Autonomous Region recently nominated seven demonstration hydrogen projects based on wind and solar power in the cities of Ordos (5 projects) and Baotou (2 projects).

The projects will have the capacity to produce 66,900 t/yr of hydrogen from water, as well as an installed capacity of 369.5MW of wind and 1,85 GW of solar power.

The wind and solar projects built in the demonstration projects are market-oriented grid-connected projects, and the electricity purchased by the grid company does not exceed 20% of the total new energy generation capacity of the project.

The wind and solar projects and the hydrogen production projects are required to start production simultaneously.

MingYang’s 16 MW offshore wind turbine Received Feasibility Statement from DNV

DNV, the independent energy expert and assurance provider, has issued a Statement of Feasibility to MingYang’s 16 MW offshore wind turbine MySE16.0-242. DNV’s Statement of Feasibility is based on a complete plausibility check of the conceptual design loads, the control and safety concepts as well as the conceptual design of the rotor blade, the safety system, the main machinery components, the electrical installations.

MingYang plans to produce the first MySE16.0-242 prototype by the end of 2022 and install it in the first half of 2023. It aims to start commercial production of the turbine in the first half of 2024. MingYang and DNV will cooperate to complete the Type Certificatoin of the MySE16.0-242 wind turbine by the end of 2023.

Energy Iceberg: the design is the world’s largest offshore wind turbine concept so far. The timeline (the end of next year) of producing the prototype is very ambitious.

Hydrogen Storage & Fuel Cells

Beijing, Shanghai, and Guangdong Confirmed as China’s First FCV Application Demonstration Regions

China’s Beijing-Tianjin-Hebei, Shanghai, and Guangdong provinces were approved as the first batch of the national fuel cell vehicle (FCV) demonstration city alliances, according to the Beijing Municipal Finance Bureau.

The approval was jointly green-lighted by China’s Ministry of Finance (MoF), Ministry of Industry and Information Technology (MIIT), Ministry of Science and Technology (MoST), National Development and Reform Commission (NDRC), and National Energy Administration (NEA).

The approval is confirmed, so far, mainly by the Beijing local government.

Zibo City, of Shandong province, also cross-referenced the result. The city–where fuel cell company Dongyue Future Hydrogen is located– is the only city that collaborates with all of the three city alliances. The city’s position is likely due to Dongyue as well.

Although the five ministries have not yet released an official announcement of the result, the industry has been concluding the finalists based on recent dealmaking among these cities. The three approved city alliances are:

  • Beijing-Tianjin-Hebei: six districts of Beijing (Daxing) will be the leading city in this alliance, the other participants include Tianjin’s Binhai New Area, Hebei’s Baoding and Tangshan cities, as well as Shandong’s Binzhou and Zibo cities.
  • Shanghai: Shanghai is the leading city, the alliance is joined by Jiangsu province’s Suzhou and Nantong cities, Jiaxing city in Zhejiang province, Zibo city in Shandong province, the Ningdong Energy-chemical Industry Base in Yinchuan, Ningxia Hui Autonomous Region, and Ordos City in Inner Mongolia Autonomous Region.
  • Guangdong: capital city Guangzhou is the leader in this group, where the other players include Yunfu, Foshan, Shenzhen, Zhuhai, Dongguan, Jiangmen, Yangjiang and Yulin of Shaanxi Province, etc.

Energy Iceberg: Hebei and Henan alliances do not seem to pass the final round review yet. These three alliances are likely the only winner of the national funding program. It seems doubtful that there would be more alliances to be approved within the next 2-3 years.

First Green Hydrogen Power-to-Ammonia has been Quietly Launched

Liao Kuo, general manager of China Machinery Engineering Corporation (CMEC), announced at the China-Arabic Energy Cooperation Summit Forum that a subsidiary of CMEC will develop the first ammonia production project based on green hydrogen. Products of the project (“Green ammonia”) would be exported to the international market.

Currently, the development of relatively mature ports and routes provides a good logistics basis for the trade of green ammonia, the GM said. Due to the development potential of green ammonia as a fuel and chemical raw material, green ammonia projects are currently being actively developed at home and abroad, most of which are small-scale pilot projects, with an estimated production capacity of 20,000 to 60,000 tons/year. Most projects are located in Australia.

Check out our Monthly Subscription on Green Hydrogen in China

China’s Hydrogen Intellectual Property Trend Summary

As of August 23, 2021, the number of patent applications in the fuel cell field in China (excluding Hong Kong, Macao and Taiwan) reached 59,362, of which:

  • 34,569 cases were invention patent applications, accounting for 58% of the total application.
  • 8456 cases were utility models.
  • 15,823 cases were invention authorizations.
  • 514 cases are appearance designs.

Three domestic applicants rank among the top ten fuel cell-related patent applicants:

  • Dalian Institute of Chemical Physics, Chinese Academy of Sciences (1475 cases, ranking the 2nd in terms of case numbers).
  • Tsinghua University (759 cases, raking the 6th).
  • Shanghai Shenli High-Tech (649 cases, ranking the 10th).

The rest applicants are from the United States, Japan and South Korea. Toyota ranks first with 2,955 patent applications.

 At present, Shanghai has the largest number of patent applications in the fuel cell field in China, with 4888 patents. Beijing and Jiangsu rank second and third respectively, with the number of patent applications reaching 4482 and 4453 respectively.

Energy Storage & Battery

Five Ministries Jointly Promoted Tiered Battery Recycling

MIIT, MoST, MEE, Ministry of Commerce (MoC), and the State Administration of Market Supervision and Administration (SAMSA) jointly published a new policy about tiered battery utilization for NEVs.

The new policy:

  • Encourages retired battery utilization enterprises to cooperate with NEV producers and enterprises related to power battery production and scrap motor vehicle recycling and dismantling.
  • Encourages the use of existing recycling channels to efficiently recycle used power batteries for echelon utilization and use existing recycling channels to efficiently recycle and reuse retired power batteries.
  • Encourages EV battery manufacturers to participate in the recycling and reusing of retired power batteries.
  • Points out that the enterprises are encouraged to develop and produce tiered/recycled products suitable for telecommunication station backup power, energy storage, charging and battery swapping.
  • Urges business models that facilitate the recycling of products such as leasing and large-scale application.

Energy Iceberg’s Note: Check our previous comments on these tiered battery administration measures.

China to Promote the Full Commercialization Of Sodium-Ion Batterie, said MIIT

MIIT recently issued a reply to the proposal made by Gao Yaguang, a member of the National Committee of the Chinese People’s Political Consultative Conference and Vice Mayor of Wuxi City, Jiangsu Province.

The reply clearly stated that MIIT will strengthen the development of sodium-ion batteries in policy documents related to the 14th Five-Year Plan and promote the full commercialization of sodium-ion batteries. Notably, MIIT also stated that:

  • Sodium-ion batteries with high cost-efficiency are expected to become an important supplement to lithium-ion batteries. They will have good development prospects especially in the field of stationary energy storage.
  • Relevant departments will support the accelerated application of sodium-ion batteries with excellent performance and qualified conditions in new energy power stations, vehicles, communication base stations and other fields, so as to promote the full commercialization of sodium-ion batteries.
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