Factories and industrial power.

Process continuity starts at the plant bus.

Battalion EMS coordinates the battery, plant metering and generator controls. A parallel medium-voltage uninterruptible power supply (UPS) connects beside the load where the existing distribution remains suitable. Dual conversion places a converter-fed source in series with critical process blocks.

The study starts from the plant single-line diagram, the disturbance history and the process tolerance. Generator transfer sequencing and battery recharge limits are included in the integration.

Drives, batches and continuous processes.

• Production tools and drives. Voltage support reduces exposure to trips and restart sequences.
• Batch processes. The design accounts for agitators, controls and the energy needed to carry the process through an interruption.
• Furnaces and large motors. Power quality and load changes are studied at the medium-voltage bus.
• Pumps and refrigeration. Reserve and restart sequencing follow the load that must remain available.

Fewer restarts. A dispatch plan tied to the tariff.

The operator gains a defined path through a grid event and one controller for storage and generation. Demand-charge management uses the battery above the process reserve. The bill model includes the actual rate, time-of-use periods and demand terms.

The trade is conversion equipment, integration work and energy reserved for continuity. Leaving the load exposed carries the cost of scrapped material, restart hours and missed production. A site study compares those costs with the installed system and its operating duty.