A remote generator must be selected around more than peak kVA. We review the load profile, daily energy, largest start, fuel-delivery interval, ambient conditions and maintenance access. These details show whether a confirmed GENKVA class can operate reliably within a wider remote-power plan.
Daily energy profile
Fuel-delivery interval
Altitude and temperature
Service and spares plan
01
Build a 24-hour load profile
List base loads, daytime peaks, nighttime loads and intermittent motors by hour. Daily energy and minimum loading matter alongside peak capacity, especially when the generator will run for long periods rather than only during outages.
02
Calculate realistic autonomy
State expected runtime, delivered fuel price, tank or gas-supply limits and the maximum interval between deliveries. Add a project-controlled reserve, but do not use a generic autonomy claim without the exact generator consumption data and operating load.
03
Apply environmental inputs
Give altitude, temperature range, humidity, dust, salt exposure, rainfall, access limits and available installation space. Output and cooling can require review under harsh conditions, while service doors and component-removal paths must remain usable.
04
Plan service before shipment
Identify who will commission and maintain the set, what communications are available and which consumables or critical spares need to be held locally. Send this service plan with the load and fuel data so the quotation reflects the real location.
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.