Solutions designed around load, site and operating responsibility
From off-grid telecom sites to public-service facilities, we integrate generation, storage, backup power, controls, monitoring and maintenance into one operable system.
Field systems
Solar · Storage · Controls · O&M
Telecom Solar Power
For macro sites, rural and remote base stations, off-grid and weak-grid sites, solar-diesel hybrids and multi-site modernization.
DC and AC telecom loads
Solar-priority and battery charge/discharge control
Generator-runtime optimization
Battery expansion and legacy-site modernization
Remote alarms and portfolio monitoring
Multi-site rollout, preventive and corrective maintenance
Every energy source, load and data channel is connected.
Energy-management logic prioritizes solar, supports battery charging and discharging, controls grid or generator interaction, and provides alarms and performance data to operations teams.
Designed for site availability and portfolio scale—not a one-device replacement.
Every solution starts with the load curve, existing power sources, generator operation, environment, maintainability and future growth.
Operating design
- Solar-priority dispatch
- Battery reserve and cycling management
- Conditional generator/grid transfer
- Critical and non-critical load classification
Operations scope
- Remote status and alarm review
- Preventive maintenance planning
- Corrective maintenance and spares coordination
- Monthly performance and exception reports
PV
primary source
BESS
managed reserve
NOC
remote visibility
System concept · Model neutralTreat the battery as an observable, protected and expandable infrastructure asset.
The storage cabinet combines battery modules, BMS, main breaker, DC bus, temperature sensors, voltage and current measurement, communications gateway and cabinet-level indicators. Final protocols, cycle life, IP rating and usable depth of discharge require the selected model datasheet.
BMS
State control
DC
Protected bus
SOC
Energy estimate
COMMS
Gateway data