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[Eight departments including the State Administration for Market Regulation jointly issued a pilot plan to create a "strong engine of quality" for industrial upgrading] On October 16, eight departments including the State Administration for Market Regulation, the Ministry of Ecology and Environment, the Ministry of Housing and Urban-Rural Development, the Ministry of Water Resources, the Ministry of Agriculture and Rural Affairs, the State-owned Assets Supervision and Administration Commission of the State Council, the National Energy Administration, and the Civil Aviation Administration of China officially issued the "Pilot Work Plan for Inspection and Testing to Promote Industrial Optimization and Upgrading", marking a new stage for China's inspection and testing service industry to move from "single point breakthrough" to "system empowerment". The "Plan" closely follows the dual strategies of "strengthening the country with quality" and "expanding capacity and improving quality of the service industry", with the concept of "innovation-driven, transformation, collaborative linkage, and integrated development", focusing on industrial blockades and difficulties, and deploying three core efforts: First, tackle key technologies and activate the "new engine" of industrial upgrading. Focus on bottlenecks such as "cannot detect, cannot detect accurately, cannot detect quickly", strengthen core technology research and forward-looking reserves; deepen digital intelligence integration and green and low-carbon transformation, and improve full-chain service capabilities such as carbon footprint and water ecology; Accelerate the mutual recognition of international qualifications to help advantageous industries such as photovoltaics and lithium batteries overcome trade barriers; accurately empower, specialize, specialize and other high-quality enterprises to gradually cultivate, create regional characteristic industrial clusters, and promote the county economy to leap from "having" to "excellent". The second is to achieve full-chain collaboration and forge the "resilience" of key industries. In view of the revitalization of traditional industries, the growth of emerging industries, and the cultivation of future industries, inspection and testing institutions are encouraged to be deeply embedded in the supply chain of chain owners, and improve the consistency and reliability of products throughout the chain through joint verification of upstream and downstream, mutual recognition of data, and research on common issues. Promote the extension of inspection and testing to the entire R&D and manufacturing chain, effectively improve the overall collaborative efficiency and risk resistance of the industrial chain, and realize the deep integration of advanced manufacturing and modern service industries. The third is to strengthen departmental coordination and build a "big pattern" of joint efforts and joint management. This pilot is jointly organized by eight departments to open up the application channels for industries, central enterprises and local governments, and implement voluntary declaration and independent implementation. Various departments will coordinate the layout of the national quality inspection center, the construction of quality infrastructure systems, and policy resources in areas such as ecology and energy, and work together to resolutely put an end to formalism and ensure that the pilot results truly serve the optimization of industrial layout. This coordinated linkage between the eight departments is a profound change in inspection and testing from "behind-the-scenes control" to "front-stage empowerment". The pilot application will be launched in November 2026, using the high-end inspection and digital transformation as a lever to accelerate the formation of new quality productivity. The "Plan" and the ongoing "two-wheel drive" of the National Quality Inspection Center's three-year action for quality improvement and optimization form a policy synergy that will accelerate the construction of a modern quality support system with clear positioning, advanced technology, and efficient services.
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[What are the main considerations for the photovoltaic technologies to be added? Ministry of Commerce's response] On October 16, the spokesperson of the Ministry of Commerce answered reporters' questions on the revision of the "China's Catalog of Export Prohibited and Restricted Technologies". Q: What are the main considerations for the photovoltaic technologies to be added? Answer: This time, it is planned to add 12 photovoltaic technologies in polysilicon manufacturing, silicon wafer manufacturing, battery manufacturing and other aspects to the "Catalogue". The main considerations are as follows: The first is to safeguard national security and interests. In recent years, the application of photovoltaic technology in sensitive fields such as aerospace, national defense, unmanned equipment, and high-security infrastructure has continued to expand. The national security risks that may be caused by the export of photovoltaic technology have continued to rise, and it is necessary to implement timely and appropriate supervision. The second is to support the sharing of green technology. The scope of technologies listed this time is limited, and other technologies that do not meet the control indicators can still be exported freely. The announcement lists a small number of key photovoltaic equipment, which is only intended to carry technologies that meet the control indicators. In principle, the requirements of this announcement do not apply to other photovoltaic equipment not listed. The third is to improve the technology export supervision system. The export of key photovoltaic technologies often occurs with the export, installation, commissioning, improvement and upgrading of photovoltaic production lines. Export operators engaging in the above activities should apply for a technology export license in accordance with regulations, and handle relevant procedures such as foreign exchange, banking, taxation, and customs with the certificate.
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[China has approved the release of more than 600 national standards for clean energy such as hydropower and photovoltaics.] On October 14, reporters learned from the World Standards Day themed event co-sponsored by the State Administration for Market Regulation and other four departments that China is the world's largest energy producer and consumer. The development of clean energy industries such as wind power, photovoltaic, nuclear energy, and ultra-high voltage ranks among the top in the world, and standardization work has played an important supporting role. At present, China has approved the release of more than 600 national standards for clean energy such as hydropower, photovoltaic, solar thermal, and hydrogen energy, more than 1,300 group standards, and 345 foreign language versions of national standards. China has taken the lead in formulating and publishing 174 international energy standards, accounting for about 15% of all published international energy standards. China also serves as the secretariat of 10 technical agencies of international standards organizations, including solar energy and mechanical energy storage, and serves as the convener of 34 working groups, making positive contributions to strengthening international cooperation in energy standards and promoting global green transformation. At the theme event, the National Standards Committee released a batch of national standards for clean energy, announcing the "Practice of Transforming Scientific and Technological Achievements into Standardization in the Field of New Energy and Renewable Energy" and the "Blue Book on Standardization of China's Hydrogen Energy Industry (2026)". (CCTV News)
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[Scale will exceed 300 billion yuan by 2030, and Zhejiang will build a marine clean energy industry cluster across the entire chain] September 27th, according to "Zhejiang Release", the Zhejiang Provincial Department of Marine Economic Development recently issued the "Zhejiang Province Marine Clean Energy Industry Development Guidelines", focusing on the four major industries of offshore wind power, offshore photovoltaic, ocean energy, and coastal nuclear power, accelerating the cultivation of new marine productivity, and building a marine clean energy industry cluster across the entire chain. The "Guidelines" propose that by 2030, the scale of the province's marine clean energy and equipment industry will exceed 300 billion yuan, the installed capacity of offshore wind power will exceed 10 million kilowatts, landmark projects such as tens of millions of kilowatts of offshore wind power bases and wind power home ports will be put into operation, and tidal current energy will be able to achieve hundreds of megawatts of commercial application, offshore photovoltaic has realized the continuous development of "scenery and photovoltaic on the same site", the green hydrogen ammonia alcohol industry has begun to take shape, and more than 50 leading enterprises in the field of marine clean energy and specialized new enterprises have been cultivated, and the country has basically established a national marine clean energy innovation highland, an industrial cultivation gathering place, and a pioneering place for integrated development.
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[The State Administration for Market Regulation unconditionally approves Tongwei Co., Ltd.’s acquisition of the equity of Lihao Qingneng] On September 24, the State Administration for Market Regulation made a review decision and unconditionally approved the acquisition of the equity of Qinghai Lihao Qingneng Co., Ltd. (hereinafter referred to as Lihao Qingneng) by Tongwei Co., Ltd. (hereinafter referred to as Tongwei Co., Ltd.) in accordance with the law. This case is an important merger and acquisition in China's photovoltaic field in recent times. Tongwei Co., Ltd. has a presence in industrial silicon, polycrystalline silicon, monocrystalline silicon wafers, solar cells, photovoltaic modules, etc. Lihao Qingneng mainly produces and supplies solar-grade polysilicon. Through this transaction, both parties hope to integrate polysilicon production capacity and better leverage the synergy of the industry chain. The State Administration for Market Regulation attaches great importance to the review of this case, conducted in-depth research around the photovoltaic industry chain, and fully listened to the opinions and suggestions of industry associations and many key enterprises upstream and downstream of the industry chain. The review found that although the combined shares of both parties in the concentration are relatively high in the global and Chinese solar-grade polysilicon markets, the current solar-grade polysilicon market has sufficient production capacity and many competitors. After the concentration, the entities will still face effective competition constraints, and the transaction will not have the effect of excluding or restricting competition in the relevant markets.
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[Silicon Industry Branch: Polysilicon trading continues to be light this week and production cuts are gradually advancing] On September 16, China Nonferrous Metals Industry Association Silicon Industry Branch reported that the domestic polysilicon market continued to wait and see this week, and the public quotation system of various companies has not yet been restored. In the context of the industry's promotion of supply-side optimization and adjustment, some companies have begun to make arrangements to reduce production burdens based on their own actual conditions. Downstream procurement is still mainly based on rigid demand, and the overall trading volume is basically the same as last week. The reference range of polysilicon transaction prices this week remained at 40-43 yuan/kg. The actual number of orders signed is still small, and the spot circulation in the market remains low. A small number of transactions are completed through OEM and dual distribution methods. Direct spot transactions are rare, and the price game continues. According to statistics from the Silicon Industry Branch, there were seven active companies with polysilicon production capacity of more than 100,000 tons/year in August. The total output of these seven companies was 110,400 tons, accounting for 92.9% of the total domestic production, and the operating rate was 52.7%. The total output of enterprises with an annual production capacity of 50,000 to 90,000 tons is 4,600 tons, accounting for 3.9% of the total domestic output, and the operating rate is 25.1%. As various companies' production adjustment plans are gradually implemented, the supply-side contraction is expected to increase, but the recovery of terminal demand during the peak season still needs to be observed. In the later period, we need to pay attention to changes in the actual start-up of enterprises, the verification effect of spot transactions on prices, and the driving effect of the "Golden Nine and Silver Ten" terminal installation rhythm on the market.