On August 23, 2025, GG Industries (GGI) officially launched its pioneering solution: an EV charging station integrated with an 836 kWh C&I Battery Energy Storage System (BESS) at 464 Au Co Street, Tay Ho, Hanoi.
The event attracted a large number of guests, including representatives from enterprises, strategic partners, and organizations seeking proactive energy solutions that reduce costs and promote sustainable development.
Speaking at the event, Mr. Dao Hoang Duy – Deputy General Director of Business & Marketing at GGI – shared insightful perspectives on the overall energy market landscape. He emphasized pressing issues such as energy security and the cost challenges caused by peak demand management, which remain major concerns for enterprises in both the manufacturing and service sectors.
In this context, GGI introduced a portfolio of turnkey energy storage solutions, designed to meet diverse needs – from grid-scale systems and commercial & industrial (C&I) applications to residential BESS systems for households.
On behalf of the customer side, Mr. Bui Hai Nam – General Director of DIMEC, the first enterprise to deploy GGI’s 836 kWh C&I BESS system, stated:
“From the very beginning, when planning our investment in an EV charging station, I was looking for an optimal energy solution. GGI’s system has fully met our expectations and has already demonstrated clear effectiveness in reducing operating costs, particularly electricity bills.”
In addition to the product showcase, the event also featured an open discussion and in-depth exchange between GGI and the guests. Questions focused on energy storage solutions—particularly the two flagship products, the 836 kWh BESS and the 261 kWh BESS displayed at the event—were thoroughly addressed by GGI’s technical team, demonstrating both their deep market expertise and capability to deliver tailored solutions.
The inauguration ceremony not only marked a significant milestone in GGI’s journey of advancing energy storage technology, but also opened a new pathway for businesses in the transition toward smart, green, and sustainable energy.
