Our Cases for Integrated EV Charging

Enables total power independence by seamlessly integrating ESS, PV, EV charging, and diesel generators with automatic grid switching

Hong Kong (China) | Estação de Supercarregamento Inteligente

Acts as a mobile energy buffer to bypass transformer capacity limits in dense urban areas, utilizing a zero-parallel battery design to support simultaneous 15-minute fast charging for 6 vehicles.

Huaibei (China) | Smart EV Charging Hub

Integrates PV and ESS with a 3-layer fire safety design to provide a secure, high-traffic charging hub; reduces station OpEx by 20% while providing drivers with a one-stop dining and maintenance experience.

Arquitetura Técnica e Capacidades Principais

Overcoming Grid Constraints: Our solution enables high-power charging deployment through Dynamic Expansion e Capacity Control. Operators can expand charging capacity immediately without waiting for external procedures or infrastructure upgrades, bypassing grid distribution bottlenecks.
DC/AC Integrated Efficiency: We enable the deep integration of PV, ESS, e DC fast chargers. By reducing energy conversion steps and coordinating direct DC coupling, the system significantly improves overall efficiency and lowers the operational costs of high-speed charging.
Intelligent Cost Optimization: The SAMU utilizes automated Peak Shaving e Load-Leveling to manage electricity expenditure. By coordinating local solar and storage, the system prioritizes clean energy for charging sessions, effectively reducing grid demand charges and peak-hour energy costs.
Stable Multi-Source Operation: Based on a “Security First” philosophy, the system coordinates Solar, BESS, and Grid power to maintain a stable charging environment. The SAMU ensures that power delivery remains consistent even during supply constraints, safeguarding both the station’s hardware and the customer’s charging experience.