On August 29, 2025, a delegation from the All-China Environmental Protection Federation visited Golen Power for on-site discussions. The delegation brought together leaders and experts from State Grid, China Southern Power Grid, provincial and municipal grid companies, power generation groups, energy construction companies, Power Construction Corporation of China, universities, and associations. The purpose of the delegation was to further deepen the theme of the 2025 New Energy Storage Technology Innovation Exchange Conference: "Innovation-driven, building high-quality development for the new energy storage industry."

The delegation visited Golen Power's exhibition hall, where they learned about the company's energy storage technology research and development achievements through product models and topology demonstrations. Golen's core product, the bidirectional PCS, was a particular focus. Its millisecond-level response speed and multiple safety protections enable precise matching of grid load fluctuations. Furthermore, through demonstrations of domestic and international case studies, the delegation gained a clear understanding of the practical application and value of energy storage systems in areas such as power peak and frequency regulation, and behind-the-scenes energy storage for industrial and commercial users.

At the symposium, the delegation engaged in in-depth discussions with Golen Power on key energy storage issues, focusing on two practical challenges: optimizing grid-side energy storage systems and improving power supply reliability at the end of distribution. The discussions explored breakthroughs in technological innovation and solutions for application scenarios.

Leveraging its extensive experience in energy storage projects, Golen Power provided a comprehensive approach, covering the entire process from technical solution design and equipment selection and adaptation to operational management optimization. The team detailed their practical approach: Firstly, through precise PCS parameter tuning and efficient coordination between energy storage systems and grid dispatch, they effectively optimized grid-side energy storage operational efficiency. Secondly, they proposed a distribution-end energy storage configuration solution that effectively improved power supply stability in local areas, addressing key industry concerns.

After the meeting, the delegation visited the production base for an on-site tour of the entire production and testing process for energy storage equipment, from core components to complete systems. This not only further solidified their understanding of the energy storage industry's entire supply chain, from technology R&D to product manufacturing, but also provided practical references for subsequent related work.

This exchange not only enriched practical experience but also built a bridge of cooperation between the association, Golen Power, and other stakeholders in the industry chain. Leveraging this interactive platform, all parties can deepen collaboration in areas such as technology research and development and application scenarios, fostering a closed-loop development cycle of "policy guidance, association empowerment, and enterprise implementation" within the power industry, injecting further momentum into the high-quality development of the new energy storage manufacturing industry.