GAC Energy's 2025 Report Highlights EV Charging Network Growth
GUANGZHOU, China — GAC Energy has recently shared insights into its 2025 Ecological Service Report, which illustrates the company’s significant strides in the realm of electric vehicle (EV) charging technology and infrastructure. The report showcases GAC's commitment under the GAC Group's innovative "2? Energy Action" strategy, aimed at fostering a comprehensive and vertically integrated new energy vehicle industry. By the end of 2025, GAC Energy is poised to operate over 23,000 self-operated charging piles throughout the country, providing a robust service network for the growing number of electric vehicle users.
Technological Innovations in Charging
This report highlights the advancements in ultra-fast charging technology that GAC Energy has achieved. The latest upgrades to charging piles now reach an impressive 640 kW, with some units capable of delivering power at 720 kW and 800 A. In addition, GAC launched an AI-driven smart management cloud platform in mid-2025. This platform allows for real-time monitoring and automated operation of charging stations, enhancing the equipment's online availability to 99.2% and ensuring a stable service for users.
Network Expansion and User Engagement
The charging network of GAC Energy is experiencing rapid growth. As of early 2025, the company recorded over 100 million cumulative charging sessions, supported by a user base exceeding 5 million. With 24/7 service, this network guarantees that electric vehicle owners can travel with peace of mind. By July, the total volume of charging has surpassed 1 billion kWh, highlighting the increasing reliance on GAC's services. Notably, the number of self-operated charging piles has exceeded 20,000, paving the way for extensive coverage in major urban centers.
V2G Technology and Sustainability Efforts
GAC Energy is also at the forefront of vehicle-to-grid (V2G) technology. In late 2025, the company achieved a milestone by completing China's first V2G discharge order from a private car owner, underscoring its leadership in this innovative space. Additionally, GAC constructed the nation's largest V2G microgrid, which boasts an average daily discharge exceeding 11,000 kWh per station. By year-end, GAC's national V2G discharges surpassed 1.35 million kWh, with power trading activities exceeding 130 million kWh, contributing to a significant reduction in carbon emissions and helping to establish a low-carbon energy ecosystem.
Future Directions and Green Initiatives
As GAC Energy enters 2026, the company is focused on further enhancing its initiatives towards creating smarter, faster, and greener charging solutions. This evolution is central to its vision of building a secure and sustainable energy ecosystem that empowers the future of mobility. Through continuous innovation and expansion of its charging infrastructure, GAC Energy is not only meeting the needs of current users but also paving the way for a transformation in how energy is utilized by electric vehicles.
Frequently Asked Questions
What is GAC Energy's 2025 Ecological Service Report about?
The report details GAC Energy's developments in EV charging technology and its extensive network of charging stations across China, highlighting efficiency and sustainability.
How many self-operated charging piles does GAC Energy operate?
According to the report, GAC Energy operates over 23,000 self-operated charging piles in various cities and provinces.
What innovations has GAC Energy introduced in their charging technology?
GAC Energy has upgraded its ultra-fast charging technology to 640 kW and introduced an AI-powered smart management platform for enhanced operations.
What is V2G technology?
Vehicle-to-grid (V2G) technology allows electric vehicles to return electricity back to the grid, helping balance supply and demand while enabling users to earn from their vehicle's stored energy.
What are GAC Energy's goals for the future?
GAC Energy aims to drive innovation in charging solutions, enhancing sustainability, and expanding its network to support the transition towards a greener future in mobility.
