LISINER Advances Integrated Energy Storage and EV Charging Solutions

Driven by the implementation of China’s carbon-peaking and carbon-neutrality goals, the new energy vehicle industry is booming. Its retail penetration rate is expected to exceed 55% in 2025. However, a key bottleneck restricting its development lies in the supply-demand imbalance of charging infrastructure. Constrained by limited grid access, difficulties in high-voltage capacity expansion, scarce on-site space resources, single revenue models and other challenges, the construction of traditional charging stations has hit a ceiling. Equipping charging stations with energy storage is evolving into a “rigid demand”. Compared with conventional separated storage and charging solutions, LISINER is vigorously rolling out innovative integrated solutions and has developed this multi-site energy storage & charging integrated project.

Compared with the widely adopted separated storage and charging solutions, LISINER’s energy storage & charging integrated solution features distinctive innovative advantages.

Compact Deployment

Adopting a highly integrated design concept, the solution effectively reduces equipment footprint. For upgrading demands of existing and aging stations, capacity expansion can be realized based on original parking bays and transformers. For construction in space-scarce urban CBD areas, medium and small fast-charging stations can be built rapidly.

High-Power Charging Support

The LISINER integrated storage-charging equipment deployed in the project raises energy storage capacity to 100 kWh, guaranteeing capacity support for charging piles. It can easily cope with peak power demand at charging stations and enable intelligent charge-discharge management. Equipped with a dual-gun fast-charging design, it can simultaneously meet the rapid charging demands of two new energy vehicles, delivering a driving range of 200 kilometers with just 20 minutes of charging.

Intelligent Operation & Maintenance

Equipped with a self-developed digital platform driven by dual cores of AI and big data, the complete solution forms a multi-site aggregated intelligent microgrid. It enables full-lifecycle tracking and management of equipment, collects data from each node in real time, and intelligently optimizes operation strategies to satisfy demands including peak shaving & valley filling, remote operations and maintenance, safety management, intelligent forecasting, and multi-energy complementation.

Centered on Hangzhou, this multi-site energy storage & charging integrated project leverages the city’s vitality and resource advantages to achieve broad deployment in core cities across Zhejiang Province. It will further expand across the wider Yangtze River Delta and ultimately be promoted nationwide. The project strongly supports flexible regulation amid fluctuating charging loads and actively builds an efficient and convenient clean energy service system.

LISINER’s innovative energy storage & charging integrated solution has built multiple demonstration sites covering diverse applications including low-carbon parks, commercial centers, industrial park parking lots, highway service areas and charging stations.

While delivering convenient charging services to users, the solution can be equipped with auxiliary equipment such as PV modules and small wind turbines to realize efficient utilization of clean energy. Furthermore, service upgrading helps attract more site traffic for local areas, boost economic returns and shorten the payback period of station investment, which demonstrates the universal value and development potential of such solutions.