On April 1, 2026, the launch ceremony for the Zhongke Liquid Sunshine (Shawan) Green Hydrogen Coupled Zero‑Carbon Liquid Sunshine Methanol Circular Economy Industrial Project was held in Shawan, Tacheng Prefecture, Xinjiang. As a flagship project of China’s 15th Five-Year Plan strategic hydrogen energy layout, the project has officially entered the construction phase. Led by the research team of Academician Li Can of the Chinese Academy of Sciences (CAS) and developed by Zhongke Liquid Sunshine (Shawan) Hydrogen Energy Technology Co., Ltd . , the project will build an integrated zero‑carbon circular economy system centered on wind‑solar power, green hydrogen, and methanol. It comprises three core modules: an annual output of 3.6 million tonnes of methanol, 13.5 GW of photovoltaic hydrogen production capacity, and an annual output of approximately one million tonnes of coal. Compared with conventional coal chemical industry, this model cuts coal consumption by two-thirds while enabling efficient utilization of green electricity and green hydrogen. The project adopts domestically developed oil‑methanol co‑refining technology to produce polyester fiber, supporting high‑value resource utilization in conjunction with Xinjiang’s textile industry. Multiple enterprises have participated in the joint construction, including China National Chemical Engineering Third Construction Co., Ltd. In alignment with national policies such as the West Hydrogen East Delivery pipeline initiative, the project will help upgrade Xinjiang’s wind and solar energy resources. It is expected to create nearly 2,000 jobs, serve as a model for Xinjiang’s green energy transition, and support national energy security and low‑carbon development.

Capacity side, according to incomplete statistics, China’s alkaline electrolyser market remained at 43.77 GW and the PEM electrolyser market remained at 2.7 GW, with no new capacity added. There was no offline delivery information this week. Project-related updates: PetroChina Shenzhen New Energy Research Institute Co., Ltd.: It issued a processing tender for its brine hydrogen production electrolyser. Funding for the tender project was self-raised by the enterprise, with a contribution ratio of 100%. It is understood that procurement of necessary raw materials and components included, but was not limited to, integrated electrolyser materials such as electrodes, end plates, bipolar plates, separators, and gaskets. Suppliers were also required to provide essential auxiliary accessories for the electrolyser, including cooling towers, chillers, and potassium hydroxide, in accordance with the purchaser’s requirements. Guangxi University of Science and Technology: It procured a hydrogen-fuel low-speed hybrid autonomous vehicle experimental system from Hefei Zhongke Shengu Technology Development Co., Ltd., with a transaction price of 844,800 yuan. Dalian Institute of Chemical Physics, Chinese Academy of Sciences: It issued a procurement notice for a 500 W hydrogen fuel cell testing platform. It is understood that the testing platform will be used for performance, efficiency, and durability testing of 500 W-class hydrogen fuel cell stacks and single cells. CGN New Energy Holdings Co., Ltd.: The Jilin Hydrogen Future Energy Factory Integrated Energy Project issued a procurement notice for an energy-saving assessment report. It is understood that the project had successively completed procurement for reports including water resources assessment, feasibility study, land-use pre-examination, hydrogen pipeline design, and power market analysis. Shaanxi Hydrogen Energy Industry Development Co., Ltd.: It released a public notice on the social stability risk assessment survey for Phase I of the 30 GW new energy green hydrogen production and hydrogen pipeline project (Inner Mongolia section). According to the notice, the project is located in Tuke Town, Uxin Banner, Ordos, Inner Mongolia Autonomous Region. It is understood that the hydrogen pipeline route is 19.6 km long, with a design pressure of 6.3 MPa, and uses L290QH steel pipe material (seamless steel pipe). Total project investment is about 449.38 million yuan. Allocated by route length (with the Uxin Banner section accounting for 53.4%), the estimated investment within the area is about 239.97 million yuan. The project construction period is 2026–2028. PetroChina Shenzhen New Energy Research Institute Co., Ltd. : Its hydrogen energy R&D department plans to custom-process one set of MW-class brine hydrogen production electrolyser equipment, with hydrogen production capacity of no less than 200 Nm³/h. Tender scope: procurement of one set of brine hydrogen production electrolyser equipment. Shanghai Electric Group Company Limited: It officially signed the Phase I project of the Inner Mongolia Baofeng coal-based new materials wind and solar power hydrogen production project. According to the agreement, Shanghai Electric will provide eight 1,250 Nm³/h alkaline electrolysers, the world’s largest single-set 5,000 Nm³/h separation and purification system, and an industry-first outdoor three-dimensional layout solution. Suqian Green Energy Hydrogen Innovation Technology Co., Ltd.: During the 5th China International Hydrogen Energy and Fuel Cell Industry Exhibition, Suqian Green Energy Hydrogen Innovation Technology Co., Ltd. and China Power Engineering Consulting Group Northwest Electric Power Design Institute Co., Ltd. held a strategic cooperation signing ceremony at the China National Convention Center in Beijing for a domestic MW-class AEM electrolyser testing project. Shenneng Northern Energy Holdings Co., Ltd.: It issued procurement for the preparation of a feasibility study report for the Etuoke Banner wind power hydrogen production integration green application project (Phase II), covering hydrogen production by water electrolysis and SAF synthesis. It is understood that the Etuoke Banner 505 MW wind and solar power hydrogen production integration green ammonia synthesis project (Phase I) was successfully selected in October 2025 as one of the first batch of hydrogen energy pilot projects in China’s energy sector, and is planned to be fully completed and put into operation in August 2026. Policy Review​ 1. Notice of the Ministry of Industry and Information Technology and three other departments on issuing the Implementation Plan for the High-Quality Development of Energy-Saving Equipment (2026–2028). The document stated that by 2028, mass-produced water electrolysis hydrogen production equipment should achieve DC power consumption of less than 4.2 kWh/Nm³ under rated operating conditions. 2. Notice of the General Office of the National Energy Administration on issuing the Guidelines for the Establishment of 2026 Energy Industry Standard Plans. The key areas for the 2026 energy industry standard plan include eight items. In the hydrogen energy field, key directions include fundamentals and general applications, hydrogen production and conversion, hydrogen storage and transportation, hydrogen refuelling, hydrogen power and power generation, and hydrogen equipment. 3. Ministry of Commerce Announcement No. 18 of 2026: announcement of the launch of a trade barrier investigation into US practices and measures that hinder trade in green products. Preliminary evidence and information obtained by the Ministry of Commerce showed that the US had implemented multiple practices and measures in trade-related areas that hinder trade in green products, including but not limited to restricting exports of green products to the US, slowing new energy deployment, and restricting technology cooperation related to green products. Enterprise Updates​​ Xieqing (Shanghai) New Energy Technology Co., Ltd.: Its hydrogen-powered drone H100 was officially put into use for material transport by China Post in Suibin County/Bayan County, Heilongjiang, entering the stage of regularised operations. Henan Junheng Industrial Group Biotechnology Co., Ltd. : Five reactors for its 1 million mt/year waste oil and fat processing sustainable aviation fuel project were successfully hoisted into place. Hubei Yingteli Electric Co., Ltd.: The two sets of thousand-cubic-metre-class IGBT hydrogen production power supplies it provided were successfully applied in South Korea’s first off-grid green hydrogen production project. Ordos Hanxia New Energy Co., Ltd. : At the hydrogen production plant of the Narisong PV hydrogen production industry demonstration project in Jungar Banner, Ordos, Inner Mongolia Autonomous Region, the first truckload of 99.999% national-standard high-purity green hydrogen in 2026 was successfully dispatched after filling operations were completed. Hydshine Energy (Shenzhen) Co., Ltd.: It announced the completion of its Pre-B round of financing. This round was exclusively strategically invested by the Shenzhen Energy Storage Fund. It is understood that the funds will be mainly used for global market expansion, next-generation product R&D, and industrialisation capabilities. Shanghai Hydrogen Energy Group Co., Ltd.: It was successfully recognised as a “Shanghai Specialised, Sophisticated, Distinctive and Innovative SME” in the first batch list of Shanghai specialised and sophisticated small and medium-sized enterprises. Tianneng Battery Group Co., Ltd. : During the Tianneng 2026 Spring New Product Launch held in Tianjin, Tianneng signed strategic cooperation agreements with multiple partners on hydrogen fuel cells and solid-state batteries. In hydrogen energy, Tianneng joined hands with Guangdong Vision Holding Group and Tianjin Weida Space Technology to deepen the deployment of hydrogen-powered shared bicycle scenarios and promote the rollout of this model in more cities. ​​Patent Applications​​ 1. Shanghai Institute of Ceramics, Chinese Academy of Sciences​​ (China) disclosed patent CN2025110028, developing a ceramic-based anion exchange membrane with a laboratory-tested lifespan of 80,000 hours. ​​2. Johnson Matthey​​ (UK) filed patent WO2025109876, disclosing an Fe-Ni-Mo ternary non-precious metal catalyst formulation with activity close to platinum-based materials. Technology Footprint/Technical Specifications​​ 1. Professor Yu Ying’s team at Central China Normal University developed a three-dimensional graded nanostructured catalytic electrode, a core part for seawater hydrogen production. 2. Dalian University of Technology designed an electron-pump catalyst with an asymmetric photoresponse structure to maintain asymmetry in electron distribution. 3.​​Research teams from the School of Electrical Engineering at Xi’an Jiaotong University and the State Key Laboratory of Electrical Materials and Electrical Insulation successfully developed a Ru/Ti3C2Ox@NF bifunctional electrocatalyst for seawater electrolysis. 4. Johnson Matthey and Syensqo achieved efficient recycling and reuse of platinum group metals and ionomers in PEM fuel cells and electrolysers, significantly reducing the carbon footprint. 5. Teams from Xi’an Jiaotong University and Peking University jointly developed a new-type osmium-based catalyst, significantly improving the efficiency and economics of AEM water electrolysis hydrogen production and supporting the scale-up of low-cost green hydrogen.

On the first day of the ESIE 2026 Energy Storage Exhibition, Zhejiang Star Energy New Energy Technology Co., Ltd. and Xiamen Hithium Energy Storage Technology Co., Ltd. signed a "Strategic Cooperation Agreement." The two parties agreed to establish a strategic procurement partnership for cell products from 2026 to 2028, with an estimated total procurement volume of 30GWh over the next three years, laying a solid foundation for the large-scale expansion of the company's energy storage business. This cooperation represents an important choice made by both parties based on industrial trends, market opportunities, and a consensus on collaborative development. It also marks a new milestone for Star Energy New Energy in market development, business layout, and industrial synergy.

On December 13, 2025, Tianneng Vietnam Factory Phase II project of Tianneng Group's Hoang Mai Base in Vietnam officially commenced operations, coinciding with the Asia-Pacific Partners Conference. The launch of this project marks a new stage in Tianneng's industrial layout in Vietnam and further solidifies the foundation for its global and regional collaborative development.

According to the latest statistics from CINNO•ICResearch, total investment in China’s PCB industry reached approximately 105.3 billion yuan in 2025, up 2.9% YoY from 2024. Although the number of investment projects in China’s PCB industry pulled back in 2025 compared with 2024, investment size per project increased significantly, with the largest single investment also rising accordingly. The investment landscape became more concentrated in the high-end segment, with an optimized structure. PCBs dedicated to AI computing power became the clear main theme, with key investment flowing into high-end products such as advanced HDI, high-layer-count boards, and high-speed, high-frequency boards; automotive electronics PCBs followed closely behind and posted strong growth, benefiting from upgrades in NEVs and intelligent driving; communications and industrial control PCBs provided steady support for 5G and data center construction. Overall, the industry moved away from the low and mid-end fragmented layout of 2024 and officially entered a new stage led by the high-end segment.

[SMM Analysis] Steel Export Review: Geopolitical Conflicts Trigger the Reshaping of the Export Landscape In terms of steel billet exports , the main target market in the first two months remained Indonesia. Part of the cargoes was imported by Chinese-funded or joint-venture rolling mills in Indonesia for further processing and use, thereby avoiding Southeast Asia’s import tariffs on finished steel products, while another part was supplied directly to local projects under construction. Meanwhile, Southeast Asia, Africa, and South America formed a solid base of exports. In particular, on the African side, Djibouti, as a core transshipment hub, had been handling a large volume of circulating resources. Turkey, meanwhile, saw a wave of concentrated external purchases due to delays in steel scrap vessel schedules and spot-futures price spread arbitrage. In terms of bar exports , the share to Hong Kong, China declined somewhat from the end of last year, while exports to Singapore overtook it. The main reason was that procurement in Singapore was rigidly driven by local public housing renewal and public infrastructure projects, such as the Greater Southern Waterfront, according to construction periods, with actual end-user consumption remaining relatively stable; whereas Hong Kong, China, as a capital and logistics transshipment hub, saw some earlier speculative re-export orders constrained by offshore exchange-rate fluctuations at the beginning of the year and funding borrowing costs. Traders proactively reduced some speculative exposure for financial risk hedging purposes, which led to a decline in transshipment procurement volume. Looking ahead to March , with the full blockade of the Strait of Hormuz, Iran’s semi-finished products export channels were effectively cut off. Chinese steel billet is expected to absorb these additional export orders arising from geopolitical conflict, and traders and steel mills will also accelerate shipments to markets outside China such as Southeast Asia to gain a larger replacement share. Therefore, total steel billet exports still have room to rise. By contrast, Chinese bar exports mainly rely on short-haul regional shipping routes into the inland areas within Asia, and were subject to extremely limited direct impact from the disruption of long-haul Middle East logistics. Therefore, March shipments are expected to remain stable, supported by rigid-demand restocking within the region. Source: SMM, General Administration of Customs Unlike the strong performance of billets, sheets & plates exports in the first two months were unsatisfactory. The cumulative exports of both cold galvanized and hot-rolled products in January and February declined YoY , with the drop in hot-rolled products being more pronounced. However, it should be noted that before the full suspension of navigation through the Strait of Hormuz at the end of February, logistics channels to the Middle East remained open, which secured a critical delivery window for sheets & plates. Therefore, in terms of HRC exports , Saudi Arabia still firmly ranked first among export destinations with a volume of 348,000 mt , mainly because its large-scale non-oil infrastructure and manufacturing projects in China were still in an intensive construction phase, with strong end-user steel demand, which also prompted local buyers to lock in relatively lower-priced Chinese HRC ahead of shipping disruptions, thereby maintaining its leading position. Pakistan (230,000 mt ), by contrast, saw this mainly due to bottlenecks in domestic supply, creating phased concentrated restocking demand, and according to the SMM survey, most purchases were made by downstream pipe factories. From the perspective of cold galvanized exports , the Southeast Asian market was currently in a stage of rapid development, and macroeconomic expansion had created a huge gap in flat steel products. Thailand in particular (304,000 mt ) was in a concentrated raw material stocking cycle for local downstream auto manufacturers at the beginning of this year, so just-in-time procurement by multiple physical manufacturers directly pushed up local imports. Looking ahead to March , under the dual impact of the Strait of Hormuz blockade and the Ramadan effect, sheets & plates exports to the Middle East core region are expected to face a sharp contraction. SMM shipping data showed that steel arrivals had already declined by more than 900,000 mt. However, under the pressure of elevated destocking in China, this portion of blocked exports is expected to be redirected to Southeast Asia and other alternative markets with “rigid manufacturing demand” for redistribution, thereby offsetting shipment reductions caused by localized logistics disruptions. Therefore, there is no need for excessive concern over total sheets & plates exports in March Source: SMM, General Administration of Customs Copyright and Intellectual Property Statement: This report is independently created or compiled by SMM Information & Technology Co., Ltd. (hereinafter referred to as "SMM"), and SMM legally enjoys complete copyright and related intellectual property rights. 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Since the beginning of this year, the spot treatment charge market for copper concentrates has shown an unprecedented and severe downward trend. The SMM Copper Concentrate Spot Index has fallen from -45 USD/dmt at the start of the year to near -70 USD/dmt, with the speed and magnitude of the decline being historically rare. A negative treatment charge means that when smelters purchase copper concentrates, they not only fail to receive traditional processing income from miners but instead must pay the sellers. Based on the current TC of -70 USD/dmt, the actual cost smelters pay sellers in the copper smelting process is equivalent to a TC of 70 USD, or further converted to a TC+RC of approximately 112 USD. This extreme price signal has quickly drawn high market attention to smelter profitability and even sparked concerns about the sustainability of domestic copper smelting production. Despite treatment charges falling to historic lows, copper cathode production by Chinese smelters remains at high levels, currently around 1.2 million tons per month. This phenomenon of "producing more while losing more" appears, on the surface, to contradict market logic, but actually reflects smelters' passive choices and structural supporting factors in the current complex environment. Historically, extreme treatment charge scenarios are not unprecedented. In past industry downturns, smelters often relied on one or several factors—exchange rate fluctuations, rising sulfuric acid prices, or treatment charges themselves—to barely maintain cash flow balance. In the current cycle, the sharp rise in sulfuric acid prices has become a key variable supporting smelter survival. Currently, the ex-factory prices of smelter acid sold by domestic copper smelters generally range from 800 to 1,600 yuan per ton. The latest SMM Copper Smelting Acid Index stands at 1,235.5 yuan/ton. As a crucial byproduct of copper smelting, sulfuric acid price fluctuations significantly impact smelters' comprehensive earnings. Typically, smelters produce approximately one ton of sulfuric acid for every dry metric ton of copper concentrate processed. Based on the current sulfuric acid price of 1,235.5 yuan/ton, after deducting value-added tax (at a 13% rate) and converting to US dollars (using an exchange rate of 6.9), each ton of sulfuric acid can contribute about 158 USD in revenue for the smelter, equivalent to an additional 158 USD per dry metric ton of copper concentrate. If further converted to the TC+RC metric, this amounts to about 99 USD. Thus, the rise in sulfuric acid prices has significantly offset the loss pressure from negative copper concentrate treatment charges, with some more efficient smelters even achieving marginal profitability. It is precisely this "stabilizer" role of sulfuric acid that allows smelters to maintain high operating rates under extreme treatment charge conditions. However, the support of sulfuric acid for smelting profits is not unlimited, as its price trend is itself influenced by more complex international geopolitical factors. The recent sharp escalation of the Middle East situation has brought significant uncertainty to the global sulfuric acid and sulfur supply chain. Since the joint US-Israeli military strike against Iran on February 28, 2026, the Strait of Hormuz, the world's most critical energy transport route, has rapidly fallen into a severe transit crisis. After taking office, Iran's new Supreme Leader, Mojtaba Khamenei, immediately declared that the strait would remain closed as a strategic lever against the US-Israeli alliance and suggested that neighboring countries close US military bases. The Islamic Revolutionary Guard Corps subsequently explicitly announced a ban on any vessels associated with the US or Israel from passing through the Strait of Hormuz, warning of severe consequences for unauthorized passage. The Strait of Hormuz is a critical chokepoint for global sulfur transport. Statistics show that before the conflict, over 100 ships passed through the strait daily. However, after the conflict erupted, transit traffic plummeted by over 90%, with extreme cases of no ships passing for an entire day, leaving over 3,000 vessels stranded in nearby waters. This effective blockade has not only directly impacted the crude oil market—with Brent crude futures rising over 50% within a month to exceed 114 USD per barrel—but has also severely disrupted the global supply chain for sulfur and sulfuric acid. War risks have caused shipping insurance costs to soar to over 20% of the cargo value, further increasing logistics costs and plunging global sulfur supply into a logistical crisis. Although Iran claims to allow passage for vessels from "non-hostile" countries, requiring them to obtain prior permission, actual transit volumes remain extremely low, far below global trade demand. Simultaneously, the Houthi armed group in Yemen has announced its involvement, posing new security threats to the Red Sea-Suez route. The compounding pressure on the two major shipping chokepoints of the Strait of Hormuz and the Red Sea is posing a systemic challenge to the global supply chains for energy and chemical raw materials. As the primary raw material for sulfuric acid production, the disruption in sulfur supply directly drives international and domestic sulfuric acid prices progressively higher. Given the current situation, geopolitical conflicts show no signs of easing in the short term, implying further room for sulfuric acid price increases. The continued rise in sulfuric acid prices will have a dual impact on the domestic copper smelting industry. On the one hand, increased sulfuric acid revenue will continue to provide crucial profit supplementation for smelters, enabling them to maintain production even at lower TC levels and potentially further depressing spot copper concentrate treatment charges. On the other hand, this surge in sulfuric acid prices, driven by geopolitical conflict, also makes smelter profitability highly dependent on external unstable factors, rendering the industry's overall risk resilience increasingly fragile. Notably, the extreme treatment charge environment has begun to have a tangible impact on the global layout of copper smelting capacity. Mitsubishi Materials of Japan recently announced its plan to cease operations at its Onahama copper smelter by the end of March 2027. The smelter has a crude and refined capacity of 230,000 tons, and the main reason for the closure is precisely the intensified competition in the global copper smelting industry, leading to a sharp deterioration in copper concentrate TC/RC and persistent pressure on business prospects. This decision sends a clear signal: against the backdrop of continuously bottoming treatment charges and industry profits highly dependent on byproducts and external environments, some high-cost smelting capacity or those lacking comprehensive recovery capabilities are facing pressure to exit the market. In summary, China's copper smelting industry is currently at a highly unusual cyclical juncture. On one hand, smelters, benefiting from high sulfuric acid prices, have temporarily weathered the impact of negative treatment charges, maintaining high output. On the other hand, sulfuric acid prices themselves are heavily dependent on geopolitical situations, and external variables like the Strait of Hormuz blockade introduce significant uncertainty into the sustainability of smelting profits. If tensions in the Middle East persist, sulfuric acid prices may continue to rise, leaving room for TC to fall further, potentially enhancing smelters' tolerance for extreme treatment charges in phases. However, if geopolitical tensions ease, sulfur supply chains recover, and sulfuric acid prices retreat from their highs, smelters would face the risk of a "double blow" from both low treatment charges and reduced byproduct revenue, potentially heralding a genuine phase of capacity reduction and deep adjustment for the industry. Therefore, the current apparent "resilience" of the copper smelting industry is essentially built upon a fragile balance between geopolitical factors and the byproduct market. For market participants, besides monitoring TC trends, it is crucial to closely track changes in sulfuric acid prices and the underlying geopolitical factors to make more accurate judgments regarding the production sustainability and profitability prospects of the smelting industry.

Recently, Shandong, Shanxi, and other regions issued notices to adjust or revoke certain wind power and PV power generation projects, involving the adjustment of PV investment layouts by multiple central state-owned enterprises and state-owned enterprises. Industry insiders pointed out that behind this change are multiple adjustments in policy orientation, market conditions, and corporate strategy. It also reflects that China’s new energy industry has reached a critical watershed on the path toward “high-quality development,” with the industry landscape, technological routes, and development models all undergoing comprehensive restructuring.

[SMM Aluminum Flash News] Recently, the vessel "Furui," loaded with prebaked anode cargo, successfully departed from the bulk cargo terminal of the Binzhou Port Area of Bohai Bay Port, Shandong Port, marking the successful addition of a new high-value-added cargo category to Binzhou Port's bulk and breakbulk business. The launch of this new cargo category was an important achievement in the deepening strategic cooperation between Binzhou Port and Sunstone Global Supply Chain, and also a key step for the port to break through its traditional cargo source structure and optimize its business layout, which is of great significance for enhancing the port's comprehensive service capabilities and strengthening its competitiveness in the regional market.

Concluding our series, we shift focus to 2026's emerging NdFeB growth drivers: robotics, low-altitude economy, and electric two-wheelers. While viewed as the "second growth curve," we analyze their actual demand support amidst current macro and industry cycles to determine if they can offset traditional sector slowdowns.