Keep critical loads powered during outages
Compatible with appliances and sensitive electronics
UPS≤10ms backup transfer with automatic grid recovery
Start directly from battery without external power
Pumps · Drainage Equipment
Rescue · Night Operations
Cutting · Drilling · Power Tools
Support continuous battery rotation
Power moves with the drone team
Reduce returns to fixed charging locations
Extend off-grid operation with solar
Configured around load and required runtime
Power different field equipment
Lighting · Pumps · Power Tools
More repair tasks with one unit
Bring welding directly to the repair point
AC and solar charging provide flexible recharging options for emergency and off-grid applications.
Power from 3.5kW to 50kW+, with parallel expansion and battery swapping on selected models for extended off-grid runtime.
Intelligent BMS monitors and protects battery operating conditions for reliable backup and extended operation.
Yes. The built-in UPS system automatically switches to battery power within ≤10ms during a grid outage, keeping critical equipment powered and automatically resuming normal operation when grid power returns.
It depends on the drone’s battery capacity and charging losses. For example, a full recharge of a DJI T50 requires approximately 1 kWh. With an estimated overall usable efficiency of 85%, a 57.6 kWh energy storage system can provide approximately 49 full recharges. Share your drone model with us for a more accurate calculation.
Runtime can be estimated from the actual load. A 57.6kWh system could support an average 800W load for about 61 hours, or a 2kW load for about 24 hours, assuming 85% usable efficiency. Motor startup power should also be checked separately.
Yes, battery storage can be combined with solar. If equipment consumes 20kWh per day, the system needs to replenish at least 20kWh plus system losses each day. Solar capacity should be sized according to local sunlight, season and required autonomy.
Selected energy storage configurations support multiple energy sources including grid, solar and generators. Compatibility depends on the inverter and system configuration.
A simple estimate is: Load × Runtime ÷ Usable Efficiency = Required Energy. For example, 5kW × 8 hours ÷ 85% ≈ 47kWh. Final sizing should also consider startup power, reserve capacity and charging conditions.
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