Proven solutions in action
Case Showcase
Covering residential, C&I, utility, and supporting scenarios, our strength is proven by real-world deployments
10kW Residential PV-ESS Project in California, USA
Addressing frequent power outages caused by wildfires and extreme weather in California, a complete residential PV-ESS system was deployed for a single-family home. Combined with smart EMS scheduling, it achieves 90% green energy self-sufficiency. During sudden grid failures, the system auto-switches to off-grid mode in milliseconds, successfully ensuring continuous operation of critical household loads like lighting, refrigerators, and internet for over 48 hours.
500kW/1.5MWh C&I Energy Storage Project in a Pearl River Delta Factory
Tailored deployment of modular storage cabinets to address the high energy consumption of a metal manufacturing plant and significant local peak-valley price spreads. Utilizing self-developed AI scheduling algorithms, it precisely charges during low-price periods and discharges during peak hours, saving the enterprise over 400,000 RMB in annual electricity costs. Furthermore, it acts as a high-quality backup power source during grid fluctuations, ensuring zero downtime for automated production lines.
50MW/100MWh Wind-Solar-Storage Integrated Project in Inner Mongolia
Supporting a large-scale ground-mounted PV and wind power base, a fully prefabricated containerized storage system with an independent EMS grid dispatch platform was deployed. Under harsh climatic conditions, the system effectively smoothed the intermittent fluctuations of renewable generation, deeply participated in local grid frequency and peak regulation services, and increased annual clean energy grid integration by over 120 million kWh.
BMS/EMS System Delivery for a 50MW Independent Shared ESS Station in East China
Providing a full suite of self-developed BMS, EMS energy dispatch platform, and high-precision smart thermal management units for a large-scale independent shared ESS station. Through cell-level active balancing technology and thermal runaway early warning mechanisms, the station successfully achieved over 1,200 days of safe and stable operation with zero safety accidents, while enhancing the overall system conversion efficiency by 2.5%.
