On the evening of August 28, HyperStrong released its 2025 semi-annual report.
During the reporting period, the company achieved operating revenue of 4.522 billion yuan, an increase of 22.66% YoY; net profit attributable to owners of the parent company was 316 million yuan, an increase of 12.05% YoY; net profit attributable to owners of the parent company excluding non-recurring gains and losses was 259.6 million yuan, a decrease of 8.38% YoY. The company’s total assets reached 12.059 billion yuan, an increase of 9.91% compared with the beginning of the year; net assets attributable to shareholders of the listed company were 4.082 billion yuan, an increase of 29.95% compared with the beginning of the year.
From the classification of operating revenue, revenue from energy storage systems was 4.512 billion yuan, accounting for the highest proportion.
Actively Exploring Energy Storage Application Scenarios
In the era when the industry is fully shifting toward marketization, the reform of the electricity spot market is accelerating, the mechanisms for energy storage participation in the market are gradually improving, and the economic viability of energy storage power plant assets will be significantly enhanced, achieving a transformation from price-oriented to value-oriented.
Through technological breakthroughs, scenario innovation, and industrial collaboration, HyperStrong promotes the “Energy Storage + X” strategy, constructing a core logic driven by intelligent full lifecycle management, reconstructing the profit model, and continuously exploring application scenarios with commercial value, including independent energy storage power plants, PV-storage integration, generation-grid-load-storage integration, direct connection of green electricity, diesel generator replacement, and PV-storage-charging integration.
Rapidly Expanding the Global Market
In the domestic market, the company continues to maintain deep cooperation with the “Five Big, Six Small” power generation groups (Five Big: CHN Energy, Huaneng Group, SPIC, Huadian Group and China Datang; Six Small: CTG, CGN, CR Power, SDIC Power, CNNC and CECEP), while also focusing on high-quality local energy groups, local government investment platforms, and energy storage projects invested in by social capital, in order to expand incremental business and increase market share.
In the first half of 2025, the company has already participated in multiple grid-side energy storage projects and commercial & industrial energy storage projects in overseas markets, creating several benchmark cases. Among them, the successful commissioning of the Stockholm energy storage project in Sweden and the Waltershausen project in Germany accumulated valuable experience for the company’s expansion in the European market.
At the same time, the company has established long-term and stable cooperation with many internationally renowned enterprises. It has formally reached a strategic cooperation with European large-scale energy storage project developer Repono, and the two parties will jointly promote the implementation of grid-scale energy storage projects with a total scale of 1.4 GWh before 2027, helping to advance Europe’s energy transition; it has also cooperated with Singapore energy infrastructure developer Alpina, planning to provide 5,000 integrated charging-storage units during 2025–2027, developing energy storage applications in Singapore’s and the Asia-Pacific region’s rapidly growing electric vehicle charging market.
Deep Integration of AI and Digital Technology
Relying on the company’s massive data and technological advantages in the energy storage industry, an artificial intelligence big data service platform is being built. From the perspective of the entire industry chain—from energy storage product R&D, testing and verification, and pilot/demo to mass application—it continuously promotes the application of AI, big data, and digital twin technologies in the energy storage field, driving the intelligent and digital empowerment of the full lifecycle of energy storage systems, improving the safe operation and maintenance capabilities of energy storage power plants, and enhancing customer asset value.
Through AI-driven comprehensive calculations, it conducts revenue forecasting and configuration recommendations for each energy storage application scenario; through “AI modeling + data,” it drives customized product design and optimization, providing customized design for each energy storage power plant; through intelligent EMS combined with AI algorithms, it ensures optimal performance throughout the entire lifecycle of energy storage systems, providing predictive maintenance, proactive warnings, expert diagnostics, and AI-agent-assisted decision-making for refined intelligent operation and maintenance; through full-dimensional operation monitoring, it carries out equipment status estimation, high-precision price forecasting, and dynamic trading strategies, realizing intelligent electricity trading; through AI empowerment, it connects the entire industry chain from project planning, design, delivery, and operation & maintenance to operation, achieving efficient integrated management of the full lifecycle of energy storage systems.
Continuously Promoting Cross-boundary Cooperation in the Industry Ecosystem
The company has established strategic cooperative relationships with upstream and downstream enterprises in the industry chain, including Huawei Digital Power, CATL, EVE Energy, Genertec, Shuangdeng Group, Inovance Technology, Huachi Kinetic Energy, and plans to carry out cooperation in multiple key areas such as zero-carbon energy, intelligent manufacturing, resource and scenario integration, project co-construction, and industrial integration.
In addition, the semi-annual report disclosed HyperStrong’s core technologies and R&D progress, specifically including artificial intelligence technology in the field of energy storage applications, battery digital modeling technology, digital intelligent closed-loop verification technology, battery management system technology, energy storage converter technology, thermal management system technology, battery system integration technology, power coordination control system technology, energy management and energy storage power station monitoring system technology, and battery full lifecycle intelligent operation and maintenance system technology.
