Task definition
We record the site, critical processes, backup hours, phases and any existing generator or inverter.
We engineer backup around measured consumption and the winter scenario—from household critical circuits to refrigeration, pumps and workstations.
For homes and small businesses, peak power must not be confused with stored energy for a long outage. For solar, we show the weak winter months separately so that one annual number does not create a false autonomy expectation.
We record the site, critical processes, backup hours, phases and any existing generator or inverter.
We check average load, pump and compressor peaks, incoming protection and installation conditions.
We compare backup, hybrid and staged-expansion options with visible assumptions.
We test grid/battery transfer, protection, priorities and monitoring and hand over the results.
Internet, lighting, refrigerator, workspace and boiler — without unsafe improvisation.
Learn moreCritical home circuits sized for pumps, boiler, gates and three-phase service.
Learn moreOutage backup and daytime generation for on-site consumption.
Learn morePOS, communications, refrigeration and production equipment run in a defined priority order.
Learn moreYes. The exact area and date are agreed after the initial review. Much of the input can be collected remotely so the visit has a defined purpose.
Yes, if the inverter, MPPT range, battery voltage, cable routes and protection are designed for expansion. We present this as a separate option so core components do not need immediate replacement.
Winter yield is much lower than summer yield, so solar does not replace correctly sized storage. We use monthly PVGIS data and adjust the design for orientation, shade and the actual roof.
Get an indicative configuration immediately. The engineering quotation is prepared after the site data has been verified.