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Aug 26
China fusion consortium targets 25T superconducting magnet prototype by 2030
China's nuclear fusion supply chain is stepping up work on high-temperature superconducting magnet technology. At the 2026 Fusion Energy Conference on August 25, China Fusion Energy Co. (CFEC) joined Shanghai Superconductor, Eastern Superconducting, Shanghai Jiao Tong University (SJTU), Shanghai Electric Nuclear Power Group, Chaomagnet New Energy, Energy Singularity Energy Technology, Hangzhou Oxygen Plant Group, and Shanghai Yixi Tech to form a Yangtze River Delta innovation consortium focused on China Circulation No. 4 and the development and engineering of high-temperature superconducting high-field tokamak magnets.
The 2026 Taiwan Sustainability Summit opened in Taipei on August 25, bringing together government representatives, industry leaders, and experts from Taiwan and Germany to focus on how digital twin and industrial AI can accelerate net-zero deployment in manufacturing, buildings, energy management, and rail transport. The summit closed with a five-point joint declaration, outlining Taiwan's next 10-year development blueprint.
Taiwan's government said it will raise electricity supply capacity as it responds to rising demand from AI and industry. The comments came on August 26 at the opening of the 2026 New Energy International Forum in Taipei, where officials also pointed to gaps in public understanding of the island's power mix.
Eva Air and AIT Worldwide Logistics have signed a memorandum of understanding to launch a green transport program that will use sustainable aviation fuel from Formosa Petrochemical for Microsoft cloud equipment shipments. The Taiwan-based collaboration is expected to reduce Microsoft's Scope 3 emissions by 15,000 tonnes in its first year.
AI data centers will increasingly rely on energy storage because of its fast response and grid impact mitigation capabilities, according to Recharge Power, a Taiwan-based battery energy storage system integrator (BESSI) which has seen overseas project revenue gradually bearing fruit. In Taiwan, the energy storage market has also received a major boost following amendments to the Energy Administration Act requiring heavy users to strengthen their electricity self-sufficiency.

Samsung SDI said it will sell about one-third of its stake in Samsung Display for KRW4.45 trillion (US$3.2 billion), converting part of its affiliate holding into cash as it prepares to invest in future battery businesses.

Global artificial intelligence infrastructure buildouts and rising capex by cloud service providers pushed Taiwan's July export orders for information and communications technology (ICT) products, led by AI servers, up nearly 90% year-over-year, while export orders for foundry and memory also rose by more than 70%. However, companies in advanced economies are encountering power shortages as they invest in AI infrastructure, exposing a bottleneck that highlights the need to develop AI computing and net-zero technologies in tandem.

Inergy Technology said strong demand for AI server cooling and power management pushed the share of server-related applications to 47% of revenue in the second quarter of 2026, with shipments of system-on-chip (SoC) cooling fan driver ICs set to ramp up in the second half of 2026 and battery backup unit (BBU) demand expected to keep rising as AI moves toward high-voltage direct current power architectures.

Navigating volatile US tariff policies, escalating geopolitical tensions, and a productivity revolution driven by agentic AI, Taiwan's industrial sector has reached a decisive crossroads.
India is preparing a new capex-based subsidy scheme to support domestic polysilicon manufacturing, as the government seeks to reduce import dependence and build a more integrated solar supply chain.

The US International Trade Commission (USITC) has opened a trade investigation into certain cylindrical batteries and related products. This case could affect battery supply chains spanning Asia, Europe, and North America. The move adds uncertainty for manufacturers, automakers, and consumers worldwide who depend on imported energy-storage components.

As AI develops rapidly, data centers are driving equally rapid growth in electricity demand. The stability of future energy supplies will directly determine whether AI computing capacity can continue to expand.