U.S. Bans Imports of Chinese New-Type Robots and Connected Inverters. Nation's Largest "Solar-Hydrogen-Storage Integration" Project Fully Completed
（2026/7/27—2026/8/2）
Author: Shu-Xin Zhang
International Energy News
1. U.S. Bans Imports of Chinese New-Type Robots and Connected Inverters
The U.S. Federal Communications Commission issued a ban on July 28, prohibiting the import of new-type humanoid robots, quadruped robots, and connected power inverters from China. The latter are primarily used to connect renewable energy and battery power to the power grid and data center equipment. The ban takes effect immediately and covers complete units as well as key assembled components.
According to the U.S. statement, the move is intended to prevent national security risks arising from supply chain vulnerabilities, with specific concerns including data theft, cyberattacks, and potential disruption to U.S. critical infrastructure. The Chinese Embassy in the United States responded by urging the U.S. side to heed the rational voices of the business communities in both countries, cease denigrating Chinese companies and threatening sanctions, and explicitly stated that China will take all necessary measures against any actions that substantially harm its interests.
Industry analysts point out that AI-driven humanoid robots are being viewed as an important platform for next-generation consumer and industrial applications, while the large-scale expansion of U.S. data centers has created significant reliance on stable power conversion equipment. In this context, some observers believe that the U.S. action is partly driven by the historical lesson of relying on China for critical mineral supply chains such as rare earths, aiming to avoid creating new foreign dependencies in the fields of AI hardware and energy infrastructure. Currently, the U.S. side has not yet announced any exemption procedures or transition arrangements for the ban.
2. Zambia's First Hydro-Solar Complementary Project Officially Handed Over
Recently, the Lusenga Solar Photovoltaic Project in Zambia, undertaken by PowerChina, officially received its handover certificate, marking the full completion of the project. As Zambia's first new energy project to adopt a hydro-solar complementary model, its operation serves as a demonstration for optimizing the country's energy structure and promoting renewable energy development.
The project is located in Zambia's Central Province, with an installed capacity of 27 MW, and includes the construction of a step-up substation and two 66 kV transmission lines totaling approximately 1 kilometer in length. The project makes full use of the existing hydropower station's regulation capacity, organically combining photovoltaic power generation with the hydropower system, and adopting an operational model of "photovoltaic priority, hydropower regulation" to achieve multi-energy coordination and stable output.
The project site is located in a mountainous area with significant elevation differences and undulating terrain, posing considerable challenges in terms of shading control and installation precision. The construction team implemented differentiated construction plans for different slopes, maximizing land utilization while ensuring uniform bracket inclination and controlling column verticality deviation within ±0.5 degrees, achieving a high-precision standard.
The successful handover of the project has further consolidated the company's brand influence in Zambia's energy market and provided a practical reference for Zambia's exploration of integrated development pathways between traditional hydropower and new energy sources.
3. Unit 1 of Indonesia Huayou Gas Turbine Project Successfully Starts Up
Recently, Unit 1 of the Indonesia Huayou 4×18 MW gas turbine project, undertaken by PowerChina Nuclear Power Engineering Company, successfully started up, marking the project's official entry into a new phase of commissioning and operation, and adding substantial achievements to China-Indonesia "Belt and Road" green industrial cooperation.
The project is located in the IPIP Industrial Park in Southeast Sulawesi Province, Indonesia. It serves as a captive power plant supporting a local 120,000-ton-per-year nickel-cobalt hydroxide smelting project, primarily providing energy support for the global electric vehicle battery supply chain. As an industrial support project linking China's "Belt and Road" Initiative with Indonesia's "Global Maritime Fulcrum" strategy, the project will provide stable power supply for new energy material production in the park after commissioning, helping to upgrade Indonesia's nickel resource deep-processing industry and accelerate its green and low-carbon transformation.
As a company deeply engaged in the international energy engineering market, the contractor firmly implements an "international priority" development strategy and is deeply integrated into the "Belt and Road" Initiative, with business operations spanning Southeast Asia, the Middle East, Africa, and other regions. It has cumulatively completed dozens of international power plant units, including those in Indonesia's Longwan, with multiple projects receiving quality project awards. In recent years, the company has closely followed global energy transition trends, continuously translating Chinese technology and Chinese standards into tangible energy development outcomes in countries along the routes.
Domestic energy news
1. Nation's Largest "Solar-Hydrogen-Storage Integration" Project Fully Completed
Recently, the Guoneng Group Rudong "Solar-Hydrogen-Storage Integration" project, contracted by China Chemical Engineering Eleventh Construction Company, was officially completed and put into operation, marking another significant breakthrough in China's "new energy + energy storage + hydrogen energy" integration field. The project is located at Yangkou Port in Rudong County, Jiangsu Province. It is not only the largest solar-hydrogen-storage integration project in terms of installed capacity in China but has also been included in the third batch of key large-scale photovoltaic base projects under the national plan.
The project has a total installed capacity of 400 MW, supplemented by a 60 MW/120 MWh energy storage system, a green hydrogen production unit with a capacity of 1,500 standard cubic meters per hour, and a 220 kV step-up substation, forming a synergistic closed loop of photovoltaic power generation, energy storage regulation, and green hydrogen production. After commissioning, it is estimated to generate approximately 468 million kWh of electricity annually, enough to meet the annual electricity needs of nearly 200,000 households, while reducing carbon dioxide emissions by more than 300,000 tons per year. Additionally, the hydrogen production equipment can output 482 tons of certified green hydrogen annually, truly achieving zero-carbon conversion from green electricity to green hydrogen. The hydrogen produced will be supplied to designated filling stations in the Yangtze River Delta region, facilitating the "last mile" of large-scale green hydrogen application.
Going forward, the company will take this project as a new starting point to continue deepening the integrated development and utilization of new energy, creating more green and low-carbon benchmark projects and contributing greater efforts to achieving the "dual carbon" goals.
2. Nation's First Provincial-Level Ultra-High Voltage Dual-Ring Grid Fully Connected
On July 27, the final section of conductors for the national key power project, the Yanwei Ultra-High Voltage Project, was installed, completing the full connection of the nation's first provincial-level ultra-high voltage dual-ring grid in Shandong Province.
At the construction site of the Yanwei 1,000 kV ultra-high voltage project, with the successful installation of the final conductor section, the Yanwei loop was successfully closed. The project has a total transmission line length of 1,197 kilometers, passing through five cities: Yantai, Qingdao, Rizhao, Weifang, and Linyi. It serves as a key transmission corridor for new energy output from the Jiaodong Peninsula.
According to reports, a 1,000 kV UHV AC loop grid had previously been established in western Shandong. With the construction of another loop grid on the Jiaodong Peninsula, the two loop grids now interconnect to form a "sun-shaped" dual-ring structure. This makes Shandong the first province in China to achieve a provincial-level UHV dual-ring grid architecture.
In recent years, clean energy sources such as nuclear power and offshore wind power on Shandong's Jiaodong Peninsula have developed rapidly, making the peninsula an increasingly important base for power output. It is estimated that by the end of the "15th Five-Year Plan" period, the surplus electricity to be transmitted from this region will exceed 30 GW.
3. NEA Report: National Natural Gas Consumption Projected to Reach 435 Billion Cubic Meters in 2026
The National Energy Administration recently released the "China Natural Gas Development Report (2026)." The report notes that since 2026, escalating geopolitical conflicts and disruptions to key shipping routes have led to tight global natural gas supply and a significant surge in international gas prices. In the face of this complex external environment, China's natural gas industry has coordinated efforts across production, supply, storage, and sales, maintaining overall stable market operations.
The report shows that in the first half of the year, domestic natural gas production reached 133 billion cubic meters, up approximately 1.6% year-on-year. Natural gas imports totaled 57.38 million tons, down 3.5% year-on-year, with pipeline gas imports declining 1.2% and LNG imports declining 5.8%. Estimated domestic natural gas consumption (considering inventory changes) was 213 billion cubic meters, up 1.1% year-on-year.
By sector, urban gas consumption grew steadily, with LNG heavy-duty trucks providing significant impetus in the transportation sector; gas consumption for power generation remained largely flat, mainly due to sufficient supply from coal power as well as hydropower, wind power, and photovoltaic power; industrial gas consumption declined year-on-year, largely due to substitution and crowding-out of demand from price-sensitive, energy-intensive, and low-end industries; gas consumption for chemical fertilizers decreased slightly.
The report states that if LNG exports from the Middle East can largely recover in the fourth quarter, market sentiment will ease somewhat. However, with strong natural gas replenishment demand in Europe and the U.S., extreme heat in Europe increasing natural gas demand, and the continued resilience of China's natural gas market, the global natural gas market is expected to remain tight in the second half of the year, with international gas prices facing continued upward volatility pressure. With steady domestic macroeconomic growth, overall natural gas demand remains stable. It is projected that national natural gas consumption in 2026 will reach 435 billion cubic meters, up approximately 1% year-on-year; natural gas production will maintain a growth trend; pipeline gas imports will remain stable; and LNG imports will continue to show negative growth.
(Main news sources: CCTVNEWS APP, Xinhua New Media, International Energy Network, China Energy Network, National Energy Administration)
