100 kVA Low Frequency Online UPS, 3-Phase 380 V Input / 3-Phase 380 V Output

The BLAZING POWER W-100KL is a 100 kVA / 80 kW three-phase low frequency online UPS for industrial and infrastructure loads that require continuous double-conversion power and galvanic isolation. The unit uses a built-in isolation transformer, accepts dual-mains input, and connects to an external battery bank. Its nominal battery system is 384 VDC using 32 * 12 V batteries, with the battery quantity adjustable from 29 to 32 units.

At 380 V, the rated output current is approximately 152 A per phase. The cabinet measures 975 * 554 * 1286 mm (D * W * H) and has a net weight of approximately 573 kg. Final cable size, protection devices, battery capacity and floor-loading checks should be confirmed against the actual load and site conditions.

* The source specification states that maximum charging current is never higher than 40 A. Actual available charging current depends on operating load and configuration.

The W-100KL sits between the 80 kVA and 120 kVA models in the same low-frequency UPS platform. It is intended for projects where the connected load is too large for the 80 kVA unit but does not require the additional capacity of the 120 kVA model. Selection should be based on the real load list, starting current, load power factor, expected future expansion and required battery runtime.

A 100 kVA low frequency UPS is typically used for medium-to-large three-phase loads that require continuous online power, galvanic isolation and external battery backup.

Typical applications include medical imaging equipment such as selected CT, DR and X-ray systems, industrial automation and production lines, CNC support equipment, PLC and control systems, data rooms, edge data centers, pumping stations, water treatment systems, telecom rooms, pipeline stations and other critical infrastructure.

The W-100KL is especially suitable for projects where utility voltage is unstable, generator operation is involved, or the load requires a built-in isolation transformer and 0 ms transfer to battery.

Final UPS sizing should be based on the actual kW load, peak or starting current, load power factor, required backup time and future expansion, rather than selecting the UPS only by equipment nameplate capacity.

The standard DC system uses 32 * 12 V batteries in series for a nominal 384 VDC battery bus. The UPS can also be configured for 29, 30 or 31 batteries when required by the project. Battery Ah capacity is selected separately according to the actual kW load and requested backup time.

For project sizing, provide the real load in kW or kVA, expected load power factor, required runtime, battery type, site temperature and whether future expansion is planned. This avoids selecting a battery bank only from the UPS nameplate rating.