1.5MW/2.5MWh C&I Energy Storage for Cambodia Injection Molding Plant
Abstract A manufacturing customer in Cambodia operates an injection molding line that cannot tolerate power interruptions. ImaxPWR delivered a 1.5MW / 2.5MWh commercial and industrial (C&I) energy storage system with 12 parallel 125kW PCS modules, 6 × 120kW MPPT solar chargers, and 3 × 600kW grid-tied/off-grid transfer switches. The cluster-level DC-coupled architecture keeps production running […]
Common DC Bus Energy Storage: 4 Scenarios and Selection Guide
Abstract A common DC bus architecture keeps photovoltaic (PV) generation, battery storage, and DC loads on a shared high-voltage DC rail, eliminating one AC-DC conversion stage compared with AC-coupled systems. Field measurements and industry analyses consistently show 5–12% higher solar-to-battery charging efficiency and 2–7 percentage points higher round-trip efficiency for DC-coupled topologies. This article breaks […]
8 Commercial & Industrial Energy Storage Architectures: Engineering Comparison and Selection Guide
Abstract Commercial and industrial (C&I) energy storage systems are not one-size-fits-all. This guide systematically analyzes eight proven architectures—from basic peak-shaving systems to STS-based uninterruptible microgrids and transformer-interconnected energy trading. Each architecture is evaluated by topology, control logic, equipment configuration, complexity, cost, andapplicable scenarios. Global C&I battery storage shipments reached 27 GWh in 2025, growing 145.5% […]
How We Delivered a 125kW/200kWh Mobile Energy Storage Vehicle for Silent, Zero-Emission Temporary Power: A Case Study
How We Delivered a 125kW/200kWh Mobile Energy Storage Vehicle for Silent, Zero-Emission Temporary Power: A Case Study Note: This case study is based on a typical mobile energy storage configuration and field experience for illustrative purposes. Project Background & Requirements A remote pipeline construction camp in Western China needed temporary power for three months. The […]