Products - Construction

Mobile DG ESS
PC15KT
The ROYPOW PC15KT is a compact, mobile hybrid energy storage system designed for small-scale commercial and industrial applications, integrating LiFePO4 batteries, PCS, BMS, EMS, fire suppression, and support for PV and diesel generator inputs in a rugged, IP54-rated enclosure for seamless plug-and-play deployment, flexible parallel scalability up to 6 units (198 kWh / 90 kW), and modes including backup power, peak shaving, and renewable integration. Delivering 15 kW rated AC output (up to 30 kW peak for 10 seconds) with three-phase 380/400V support, over 94.5% battery-to-AC efficiency, 90% DoD, fast charging under 2 hours, and intelligent remote monitoring via 4G/GPS, it reduces fuel costs, enhances reliability in harsh conditions, and enables easy transportation for construction, farming, and emergency scenarios.


Tower Crane ESS
PowerBoost 135/54
The ROYPOW PowerBoost 135/54 is a compact, integrated tower crane energy storage system designed for pure electric operation in construction sites, combining a 54 kWh LFP battery pack with a 135 kW PCS for seamless power supply, load shaving, and support for inductive loads like cranes and lifts, featuring optional 6.6 kW single-phase OBC charging and three-phase AC output at 400/480V. With IP54 protection, aerosol fire suppression, 4G/APP/Web monitoring, operation from -20°C to 55°C, and a lightweight


DG ESS
X250KT
The ROYPOW X250KT is a hybrid diesel generator plus energy storage solution designed to optimize power supply for industrial sites like construction, mining, and rail transit, intelligently managing DG output to keep engines at peak efficiency and provide seamless backup during failures. With 153.6 kWh LiFePO4 battery capacity, 250 kW continuous output (up to 300 A discharge), 90% DoD, IP54 rugged enclosure, and support for up to 4 parallel units reaching 1 MW/614.4 kWh, it cuts fuel consumption by up to 30%, enables PV/grid charging, and offers remote monitoring via app/web for reliable, eco-friendly operation in harsh environments.
