Installer-first survey delivery for battery storage projects in London. Built for cleaner handoff, fewer surprises, and faster quote-to-install workflows.
15,000+ surveys completed · pack + organised photos available on completion · EPC by next morning in the standard flow.
Jobs in Greater London often involve dense urban property access, restricted parking windows, and tighter scheduling constraints across borough boundaries. These packs are built so office, design, and install teams can move faster with fewer re-questions.
Helps office teams scope storage work with fewer clarification loops and cleaner handoff to install teams.
Everything is organised for practical use, not just record-keeping, with clear signposting for design and install teams.
This page is written for active installer workflows and reflects what usually affects quoting, design, and install readiness in and around London.
Teams here assess properties where garage, utility room, or internal wall space for battery placement varies significantly. Consumer unit capacity, existing EV charger installations, and cable routing options create the main constraints that need clear evidence before design.
Installer teams in London commonly work across a local mix. A mix of Victorian terraces and post-war semis where wall construction, loft access, and electrical capacity vary significantly between neighbouring streets.
Back-to-back job sequencing where consistent handoff structure keeps crews moving without clarification loops. Structured packs reduce avoidable stops between office, design, and install scheduling.
Across Greater London, teams typically face dense urban property access, restricted parking windows, and tighter scheduling constraints across borough boundaries. Clear survey output helps keep handoff predictable.
Further routes: installer service page · deliverables · portal workflow · FAQ.
Fast turnaround, consistent structure, and portal visibility keep survey handoff reliable as job volume grows.
Wall space, ventilation requirements, and mounting options captured so design teams validate placement without site revisits.
Consumer unit evidence, available ways, and supply capacity documented so installers confirm switchgear needs before quoting.
Routing options, access windows, and physical constraints surfaced so install crews face no surprises on site.
Where EV chargers exist or are planned, electrical load context is captured to support battery sizing and CU upgrade decisions.
See quality first via the sample pack, then get installer pricing for this area.
Clearer CU capacity, available ways, and supply type evidence reduces time spent chasing site clarifications before quoting.
Design teams verify switchgear needs, cable routes, and battery placement from grouped evidence, not assumptions.
Battery position constraints, ventilation needs, and access limitations surfaced before install so crews arrive with predictable scope.
Related reading: installer survey guide · FAQ · how it works.
From £200 for a battery storage survey pack. Volume and contract pricing available — see full pricing or request a quote.