On 9th September 2025, Enlit Asia 2025 opened at the Bangkok International Trade and Exhibition Centre in Thailand. XJ Electric Corporation (hereinafter referred to as XJ Electric) made its appearance at the exhibition with the models of energy storage integrated machine, prefabricated substation, EV chargers, AMI system solution, and quick-action recloser, fully demonstrating the technological strength and sense of responsibility of Chinese enterprises in the process of advancing the global energy transition.

On 9th September, Mr. Wirabhan Vilaiwan, Deputy Permanent Secretary of Thailand's Ministry of Energy, led a delegation to visit the stand of XJ Electric for an exclusive tour and exchange. He emphasized that Thailand is actively promoting regional collaboration to accelerate the transition towards a sustainable and resilient energy system in the ASEAN region, and expressed high expectations for in-depth cooperation between the two sides in sectors such as smart grids, renewable energy grid integration, and energy storage systems.

During the exhibition, representatives from energy authorities and enterprises of ASEAN countries, including Indonesia, the Philippines, Vietnam, and Malaysia, visited the stand. XJ Electric systematically introduced its advanced technologies and successful cases in the new energy sector, and conducted in-depth exchanges on regional power demand, project cooperation modes, and alignment of technical standards, jointly promoting regional energy transition and sustainable development.

The EEC-215/100-L Energy Storage System of XJ Electric features high integration and a small footprint. It boasts efficient liquid cooling, intelligent fire protection, and plug-and-play modular design. The system can be applied in scenarios including new energy-matched energy storage, industrial and commercial energy storage, microgrids and grid frequency regulation.

Compared with traditional substations, the prefabricated substation developed by XJ Electric shortens the construction period by 40%, reduces the footprint by 30%, lowers the on-site installation and commissioning workload by 70%, and decreases the full-life cycle cost by 10%. It can be widely applied to the construction of various scenarios, including grid substations, new energy power generation step-up stations, industrial substations, and urban distribution substations.

XJ Electric's self-developed 60-180kW European Standard dual-gun integrated DC charger has an charging success rate of over 99% and a peak efficiency of over 96%. It features a designed service life of 10 years, an IP55 protection rating, and is equipped with intelligent operation and maintenance as well as full-life cycle management capabilities. It is suitable for various passenger cars, buses in service areas, bus stations, scenic spots, and high-temperature and high-humidity environments.

As a core infrastructure of smart grids, XJ Electric's Advanced Metering Infrastructure (AMI) system is a complete network combination system that enables accurate measurement, collection, storage, analysis and application of users' electricity information. This system is equipped with advanced functions such as two-way communication, real-time power data monitoring and prepaid service, representing an important direction for the development of intelligent metering in the future.

Compared with traditional pole-mounted reclosers, the quick-action recloser independently developed by XJ Electric achieved a breakthrough in opening time of less than 10ms. It can quickly and accurately isolate faults, control the power outage range to the minimum, and effectively reduce the number of affected users by more than 60%. This product is widely used in 15kV-38kV overhead distribution lines, significantly improving the power supply reliability and fault recovery capability of the distribution network.

Featuring core functions such as "zero power outage for low-voltage users", the low-voltage intelligent switch independently developed by XJ Electric is the world's first innovative product capable of achieving millisecond-level switching (opening and closing). Compared with traditional STS, it offers higher reliability, while significantly achieving a cost reduction of more than 70%.