The DLXN 241 kWh outdoor battery cabinet is the storage half of a 100 kW commercial and industrial system. Twelve sealed 64 V / 314 Ah LiFePO4 units — 20.1 kWh each — are stacked inside a single white outdoor enclosure with a black roof, giving 241.2 kWh nominal on the DC bus, ordered and sold as 241 kWh. At 90% depth of discharge that leaves 217 kWh the inverter can actually move. The arithmetic is simple enough to check: 64 V × 314 Ah = 20,096 Wh per unit, and twelve units make 241.2 kWh.
The cabinet is built to stand beside the plant, not inside it. The frame is white painted steel with a black top, high-voltage warning labels on every access panel, and battery modules stacked on a modular frame so a technician can reach one unit without dismantling the stack. Cooling is forced air through fans — no coolant loop to leak or freeze. Every figure that depends on the final cabinet datasheet is left off this page rather than estimated.
Power comes from a GoodWe 100 kW ET-series three-phase hybrid inverter, which DLXN configures, wires and commissions. The same inverter carries up to 200 kWp of PV on its MPPT inputs — roughly 280 modules of 710 W — while the battery sits on the DC bus and the grid and a diesel set connect on the AC side. That four-port arrangement is what makes the cabinet usable on sites where PV, storage and a genset have to coexist without three separate controllers fighting each other.
Typical installations are two- and three-shift factories, cold stores, plastics and packaging plants, and water utilities: sites with a flat, high daytime load where the battery displaces grid energy for hours instead of shaving one narrow spike. The same cabinet covers peak shaving and demand-charge control, daytime PV storage for evening use, and grid-loss backup for essential circuits while a generator starts.
Certified to IEC 62619, UN38.3, MSDS, CE and GB/T 36276-2023. The enclosure IP rating, cycle life, dimensions and weight are not published here because the cabinet datasheet is still being finalised — ask for the document set and we will send the measured values rather than an estimate. The cabinet is also sold as the battery half of the 100 kW / 241 kWh system, whose configuration, single-line diagram and PV sizing are documented separately.
