Verified Installation Case Studies

Roof tiles slid up and grade-A2 stainless steel Fastensol brackets lagged directly into structural rafters. Tiles notched with diamond tooling to maintain BS 5534 100% weatherproofing.

Heavy-duty black anodized rails aligned across planes. Double-insulated 6mm² DC cables run in conduit, and UV-stabilized anti-pigeon perimeter mesh clamped securely around all panels.

12x DMEGC 465W all-black modules clamped with calibrated torque wrenches. Live telemetry synced to SolaX Cloud app with G99 network sign-off and handover pack issued.

Installed a dedicated non-combustible FuseBox metal consumer unit equipped with an Eastron SDM230-2 MID generation meter, 32A bi-directional RCBO, and Type 2 SPD for revenue-grade export tracking.

Fabricated machine-bent heavy-duty black conduit hugging external corners with neat 90-degree saddle sets. Installed lockable IP66 rotary DC and AC isolators complying with BS 7671.

Commissioned the wall-mounted SolaX X1-Hybrid inverter coupled to a SolaX Triple Power LFP battery stack with active sub-zero heating mats (-30°C) for all-weather winter charging.

Fitted a dedicated non-combustible steel FuseBox consumer unit with 100A main switch, bi-directional RCBO protection, and Type 2 SPD to protect inverter circuits.

Wall-mounted the Fox ESS Hybrid Inverter with high-level conduit containment, lockable rotary AC emergency isolator, and Emlite MID generation meter.

Floor-anchored the high-density Fox ESS lithium battery storage unit, interlocked BMS communication and shielded DC power links, and verified live operation.

Fitted a dedicated non-combustible steel FuseBox consumer unit with 100A switch, Type A RCBO, and Type 2 SPD, isolating EV loads from household circuits.

Installed a dedicated rotary AC emergency isolator switch with neatly clipped 6mm² Steel Wire Armoured (SWA) cable along the garage structural framework.

Mounted the 7.4kW Duracell smart EV charger to exterior clad wall with holster. Conducted full live commissioning, RCD trip tests, and PEN fault testing.

Conducted safe electrical isolation at the DNO cut-out. Verified earth loop impedance (Ze) and prospective fault current (PFC) across domestic sub-circuits prior to consumer unit changeover.

Installed a non-combustible steel FuseBox consumer unit with integrated Type 2 Surge Protection Device (SPD), 100A double-pole main switch, and individual bi-directional RCBO protection.

Conducted full dead and live tests using calibrated multi-function testers. Verified RCD trip times, recorded insulation resistance (>200MΩ), and issued official NAPIT Part P Certification.

Conducted structural pre-installation survey of the utility room wall and external cavity substrate. Mapped precision 100mm diamond core trajectory with dedicated switched fused spur electrical supply routing and zero structural clash.

Precision diamond core drilled 100mm circular penetration cleanly through internal plaster and masonry cavity substrate without blow-out or spalling. Prepared internal wall surface, marked chassis mounting template, and fitted low-resistance duct sleeve ready for continuous extract unit mounting.

Fitted sleek minimalist Pass Safe Eco continuous dMEV extract unit flush to the utility room wall. Connected via clean mini-trunking to dedicated switched fused spur isolator, commissioned whisper-quiet continuous trickle ventilation (<11 dB), calibrated to 8.0 l/s Part F Building Regulations with a UKAS digital vane anemometer, and issued official compliance certification.