Use AC-side equipment data
Provide rectifier input, power factor, harmonic information where available, battery recharge demand, cooling load and other shelter circuits. DC output alone does not show the complete generator-side requirement.
Generator application
Telecom Backup Generator Power
Plan recurring standby power for towers, shelters and remote communications infrastructure.
Factory overview
What we build and what we need from you.
Telecom sites often combine steady DC power-system demand with cooling, battery charging and remote operation. We review the AC input requirement, rectifier behavior, air-conditioning starts, expected outage cycle and service access before selecting a preliminary GENKVA class.
Rectifier and battery load
Cooling-system starts
Remote fuel autonomy
Remote monitoring inputs
Model the post-outage condition
After a long outage the generator may carry telecom equipment, cooling and elevated battery charging together. State the charging strategy and compressor starting behavior so the first minutes after transfer are not underestimated.
Plan autonomy and maintenance access
Remote locations need a realistic fuel-delivery interval, tank strategy and route for maintenance personnel. Natural gas is considered only where a stable supply is documented; diesel remains the practical comparison for many isolated tower sites.
Define controls and communication
Tell us the required remote-start contacts, controller signals and monitoring interface. Site integration, cybersecurity and alarm routing belong to the telecom system design and must be confirmed with the relevant controls providers.
Contact our factory
Send us your generator specification.
Share the load, fuel, electrical output and site conditions. Our team will review the nearest confirmed configuration.