Our Approach
Day 1 – Clearing the Old and Setting the Foundations
We kicked things off by dismantling the patchwork of outdated solar setups scattered across the property. The existing systems—comprised of mismatched inverters, tangled wiring, and underperforming battery banks—weren’t cutting it. We carefully removed each component, salvaging useful parts like the Cerbo GX and GX Touch 50, while safely disposing of the inefficient hardware.
Once the space was cleared, we mapped out the new system layout. Our team trenched and installed high-capacity DC cabling between sheds, ensuring seamless power distribution to the main battery hub. By sunset, the Victron MultiPlus 48V / 10KVA inverter was in position, ready for integration.
Day 2 – Installing, Wiring, and Powering Up
With the groundwork done, we moved to installation. 30 Jinko 440W Neo panels were strategically placed across shed rooftops to maximise solar exposure. These connected to the Victron SmartSolar MPPT 450/200 charge controller, ensuring optimal power conversion and battery charging.
The heart of the system, a secure battery cabinet housing six Pylontech US5000B batteries, was mounted and connected to the Lynx Power In distribution system. Precise cable routing and equal-length connections prevented resistance imbalances, keeping everything running at peak performance.
By midday, we wired the Noark changeover switch and Hager circuit breakers, creating a seamless transition between solar, battery, and generator power. To ensure backup readiness, we integrated the client’s three-phase generator with an auto-start function, adding a Victron maintenance charger to keep the generator battery in top condition.
Before wrapping up, we configured the Victron VRM monitoring system, allowing the client to track energy generation and consumption in real time. After a final systems check, the switch was flipped—power flowed, and the property was officially off-grid.
