Innovative Integration of Solar and Storage Solutions: Trina Solar Leads the Way in Multi-Dimensional Energy Storage Advancements

Integration of Solar and Storage: Empowering Scenarios – Trina Solar Leads Multi-dimensional Innovations in New Energy Storage

On October 9, 2025, in the midst of the energy transition wave, the National Development and Reform Commission and the National Energy Administration unveiled the “Special Action Plan for the Large-Scale Construction of New Energy Storage (2025-2027)”. This initiative is set to propel new energy storage into a new phase, fostering the development of new productive forces in energy. At this milestone moment, Trina Solar collaborated with North China Electric Power University to launch the “White Paper on Large-Scale Energy Storage Technology Application and Industry Development”, providing forward-looking insights for the industry.

Energy storage technology plays a crucial role in the transformation of power systems, supporting grid balance, stability, and the efficient integration of renewable energy sources. Trina Solar offers a range of application scenario solutions that address both traditional and innovative contexts to meet modern energy challenges. Traditional scenarios include optimizing generation output from power sources, enhancing the ability to absorb new energy, and improving grid frequency accuracy and auxiliary services.

Moreover, Trina Solar is actively expanding into emerging scenarios such as microgrids, virtual power plants, smart green power computing, direct connections to green electricity, energy conservation in high-energy consumption factories, solar-storage charging stations, and zero-carbon parks. These initiatives aim to optimize local energy usage, facilitate market transactions, reduce energy consumption in data centers, and address carbon barrier challenges.

In response to coordination and control challenges, the White Paper proposes solutions like intelligent energy management, adaptive strategies, and integrated control platforms. Policy-driven market evolution will further deepen energy storage applications, aiding in the establishment of a secure, green, and efficient energy system.

As a leader in smart energy solutions and a pioneer in solar-storage integration practices, Trina Solar interprets the core implications of the “Special Action Plan for the Large-Scale Construction of New Energy Storage” through project practices. The company provides replicable practical samples through diversified scenario expansion and solution innovation.

The Action Plan emphasizes the importance of diverse scenarios, focusing on the needs of power sources, the grid, and users. In the integrated source-network-load-storage project in Hainan, Qinghai, Trina Solar constructed a large-scale wind and solar base on the Gobi desert, deploying energy storage systems to achieve synergy between wind, solar, and storage, thereby stabilizing output and enhancing grid support capabilities.

The Sanjiangyuan Green Power Computing Integration Demonstration Microgrid Project targets load-side scenarios by integrating wind-solar-storage charging technologies to create an intelligent microgrid. As Qinghai’s first green power-driven computing demonstration project, it lowers operational costs by supplying 100% green electricity to the connected park and computing center.

Furthermore, the Action Plan calls for innovative solutions to accelerate technological advancements and the integration of energy systems. Trina Solar validates solution-oriented results through project outcomes, promoting the integration of smart energy dispatch with advanced product technologies, transforming solar-storage integration into scalable solutions.

In the Hainan project, Trina Solar optimized the configuration of energy storage ratios and component product selection, employing intelligent energy management mechanisms to ensure stable operation in high-altitude, extreme cold environments, thereby enhancing overall lifecycle benefits. The Sanjiangyuan intelligent computing integration project applied cold plate liquid cooling and intelligent busbar technologies, innovating a dynamic matching model of “wind-solar-storage-charging-computing,” facilitating the coupling of renewable energy with digital infrastructure.

Trina Solar’s project outcomes demonstrate the economic viability, reliability, and ecological value of solar-storage integration solutions across diverse scenarios. The company continues to deepen its focus on technology and innovation, accelerating the large-scale development of new energy storage industries. The “Special Action Plan for the Large-Scale Construction of New Energy Storage” and the “White Paper on Large-Scale Energy Storage Technology Application and Industry Development” provide essential frameworks and practical guidelines that lay the foundation for industry development.

Looking ahead, Trina Solar will continue to deepen global cooperation, responding to national energy strategies with scenario-based innovations and smart solutions. The aim is to drive the new energy storage sector towards safe, efficient, and intelligent upgrades, making solar-storage integration a core engine of energy transformation while aiding in achieving the national goal of 180 million kW of energy storage, collectively creating a zero-carbon future.