Data centers require engineered standby systems rather than a generator selected from IT load alone. The project team must provide UPS topology, cooling demand, battery recharge behavior, load steps, redundancy concept and compliance requirements. Our role is to review the generator-set portion against that controlled specification.
UPS and recharge behavior
Cooling-load sequence
Redundancy by project design
Transient-performance review
01
Translate IT load to generator load
Provide UPS input data, efficiency, power factor, harmonic characteristics, bypass condition and battery recharge settings. Include cooling, pumps, controls, lighting and support loads. Rack kW by itself is not the generator kW.
02
Define the recovery sequence
State which UPS modules, chillers, fans and pumps reconnect at each step and the allowable voltage and frequency deviation. A staged sequence may reduce the largest step, but it must match the actual controls strategy.
03
Keep redundancy claims controlled
N, N+1 or 2N architecture, maintenance concurrency and fault tolerance are system-level design decisions. GENKVA will not claim a data-center tier or compliance level unless the complete project design and required verification are independently established.
04
Submit the transient requirements
Send steady kW/kVA, largest step, acceptable dip and recovery time, voltage, frequency, ambient conditions, fuel autonomy, paralleling requirements and applicable standards. These inputs determine whether the current 37.5–250 kVA range is relevant.
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.