Our Cases for Integrated EV Charging
Technical Architecture & Core Capabilities
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Overcoming Grid Constraints: Our solution enables high-power charging deployment through Dynamic Expansion and Capacity Control. Operators can expand charging capacity immediately without waiting for external procedures or infrastructure upgrades, bypassing grid distribution bottlenecks.
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DC/AC Integrated Efficiency: We enable the deep integration of PV, ESS, and 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.
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Intelligent Cost Optimization: The EMS utilizes automated Peak Shaving and 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.
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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 EMS ensures that power delivery remains consistent even during supply constraints, safeguarding both the station’s hardware and the customer’s charging experience.