We design the solution based on the site's loads, operating conditions, and the requirements set for continuity of operations. The starting point is identifying which functions need a secured power supply.
Standby power protects the electricity supply of production-critical equipment. In sizing we take into account motor starts, load steps, and the need to shut down processes in a controlled way.
Standby power supports the data center's electricity supply during grid outages. In the overall system, a UPS maintains uninterrupted supply while the generator starts. Load acceptance and the interplay of systems are designed per site.
Standby power supports the operation of pumping stations, automation, and other critical equipment. We take into account starting loads, operation of remote sites, and fuel logistics.
Standby power is part of healthcare's secured electricity supply. In design we take into account the requirements of critical loads and the connection to the site's other backup systems.
Power supply supports operational capability even during disruptions and off the grid. The solution can emphasize mobility, independent operation, fuel logistics, and resilience to disturbances.
Standby power supports the operation of base stations and telecom equipment during grid outages. The solution is adapted to the space, power demand, and service arrangements.
The delivery is designed for the electricity supply needs of the port environment. Special requirements of vessel sites and any classification are clarified separately.
Standby power supports a property's critical functions during a power outage. The loads to be secured and the runtime are defined based on the intended use of the site.
