Solar photovoltaic systems generate significant volumes of operational data and interact directly with both site loads and the public electricity network. Our approach treats solar as part of a wider energy system, not a standalone asset. From structural assessment to inverter configuration and export control, we design solar installations that perform predictably, integrate cleanly with batteries and EV charging, and remain compliant throughout their lifecycle.

Each installation begins with site-specific analysis. Roof orientation, shading, structure, cable routes, and inverter placement are assessed alongside historical and projected energy usage. This allows systems to be designed around real demand rather than peak-only output assumptions.
All solar PV systems are installed in line with BS 7671 (18th Edition), MCS installation standards, and DNO requirements. Export conditions are assessed early, with G98 or G99 applications handled where required. Export limitation is applied where necessary to maintain grid compliance and stability.
• Site-specific system design based on roof, load, and export constraints
• DNO and export management including G98 and G99 submissions
• Correct inverter sizing for efficiency, redundancy, and service life
• Integration readiness for battery storage and EV charging
• Full commissioning, testing, and compliance documentation
Solar systems are deployed with monitoring enabled from day one. Generation performance, inverter status, and fault conditions are visible for ongoing assessment, allowing issues to be identified before output or compliance is affected.
Component selection prioritises durability, manufacturer support, and service access. Cable routes, isolators, and mounting systems are installed with maintenance in mind. Systems are designed to scale as site energy requirements evolve, protecting long-term value.
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