What we do and who it is for
We design and install off‑grid and hybrid solar-plus‑battery electrical systems for Maidstone households, landlords and small businesses — projects typically cost from £X–£Y depending on system size and complexity. Serving Maidstone, surrounding Kent towns and nearby rural areas. All work is fully certified to UK wiring regulations, notified to the distribution network where required, and comes with a workmanship guarantee and warranty on equipment.
Typical jobs
Typical Maidstone projects in and around Maidstone town centre, Barming, Park Wood, Tovil and Loose include hybrid solar-and-battery systems that reduce grid imports for 1980s semi-detached houses in Park Wood and resilient backup supplies for Victorian terraces in the town centre and Tovil that are liable to river flooding. We assess the household demand profile, the existing consumer unit (for example the 1960s fused boards still found in some Loose cottages), roof generation potential on mid-20th-century semi roofs in Barming, and the essential circuits used in the local property type before specifying a safe, workable arrangement for that neighbourhood.
- A mid-terraced Victorian townhouse in Maidstone town centre, retaining gas lighting replacements, a small under-stair refrigeration unit and broadband router during an interruption
- A 1930s semi in Tovil where we raised isolation equipment after previous River Loose flood exposure
- A 1980s Park Wood semi-detached home adding battery storage to an existing south-facing rooftop solar array
- A rural-edge bungalow on the outskirts of Loose and Boughton Monchelsea using automatic changeover to keep essential loads powered
- System upgrades in older areas such as Penenden Heath and parts of Maidstone town with 1950s‑era wiring, replacing unsuitable cabling or obsolete protective devices
On streets with small Victorian or inter‑war dwellings we separate backed‑up circuits from high‑demand loads such as built‑in cookers and electric showers, preventing unrealistic battery expectations for those local house types. Our battery maintenance visits for installations in Park Wood, Barming and the town centre include checking ventilation of roof-mounted inverters, firmware updates, connection integrity and operating settings suited to the typical occupancy patterns of those neighbourhoods. Where older VIR, rubber or aluminium wiring is present in properties around Penenden Heath, Loose or Maidstone town centre, we first address the local electrical condition before integrating generation or storage.
What it costs
Costs for an off‑grid or hybrid system in Maidstone depend on design factors such as battery capacity, solar generation, backup circuits and consumer‑unit condition; we provide a quoted price per job after a free survey to size equipment to your demand and resilience needs.
| Job | Price | What's included |
|---|---|---|
| Hybrid/off-grid system | Quoted per job | Design, installation, testing, certification |
| Consumer unit replacement | £500–£700 | Parts, labour, VAT, certificate |
| Fault finding | £80/hr | Diagnosis; most faults take 1–2 hours |
Not included: plaster repairs, decoration, asbestos removal, DNO supply‑upgrade charges, scaffold or access equipment.
How the work is planned
Before specifying equipment, we survey your Maidstone property to assess electricity demand, roof orientation and shading, available battery space, existing consumer unit and the circuits that need backup. We review half-hourly usage where available, identify high-load appliances and distinguish essential circuits from those that can remain grid-dependent. For older homes, including Victorian terraces and post-war estates, we assess cable condition and supply capacity before designing changeover arrangements.
We then produce a system layout, load assumptions and fixed written quotation. Your project timeline covers survey, design approval, equipment ordering, installation, testing and handover. Stakeholder coordination matters where roofers, builders, landlords or managing agents are involved; we sequence work to avoid disruption and protect finishes. We’ll agree battery location, cable routes, isolation points and access requirements before installation starts.
Compliance and documentation
Although off‑grid and hybrid installations vary by design, we document the survey findings, load calculations, circuit schedule, equipment specification, isolation arrangements and test results so you have a clear record of how the system operates. We provide certification and commissioning information appropriate to the electrical work, alongside operating guidance for changeover arrangements, battery isolation and safe shutdown.
It is a common misconception that there is a statutory fixed interval for EICRs or fixed‑wire testing for commercial premises; this is not correct. The IET’s Guidance Note 3 recommends inspection intervals such as five years for offices, three years for industrial premises and annual checks for certain higher‑risk situations, but the legal duty under the Electricity at Work Regulations 1989 is to maintain electrical systems so far as reasonably practicable to prevent danger, not to comply with a specific statutory timetable. Insurers, landlords and licensing bodies may require current evidence of testing and maintenance, and retaining good records supports inspections, maintenance planning, fault diagnosis and future alterations.
Minimal disruption and out-of-hours working
We plan off-grid and hybrid work around your occupancy, completing as much preparation as possible before isolating circuits and keeping essential supplies available where the design permits. We survey cable routes, battery locations, changeover equipment and consumer-unit capacity first, then use work phasing to separate installation, testing and final cutover.
For occupied homes or businesses, we can schedule isolations out of hours where safe access, lighting and testing conditions are available. Night access must be agreed in advance, including keyholding, alarm arrangements and restricted areas. Noise mitigation matters: we time drilling, chasing and fixing work for suitable periods, while quieter termination and configuration tasks can follow later. We identify any circuits that cannot be interrupted, such as refrigeration, IT or security, and plan temporary supplies or controlled shutdowns accordingly.
Premises and sites around Maidstone
Across Maidstone we match hybrid and off‑grid designs to the specific neighbourhood. In Tovil, where many terraces were built in the late 19th and early 20th centuries, we find modest floor plans and often limited loft or cellar space for batteries, so we check for small battery enclosures and assess the surviving Victorian-era cabling. In Bearsted, where predominantly 1930s semis and 1960s detached houses on larger plots are common, properties frequently have room for roof‑mounted PV arrays, larger battery packs and external changeover equipment. Grove Green’s post‑war estates, largely built in the 1950s and 1960s, and Park Wood’s 1960s–1970s suburban developments typically offer accessible roofspace and routes for inverter and battery cabling, so we survey for suitable mounting and cable runs. In Shepway and Senacre, where many houses date from the immediate post‑war reconstruction period (1940s–1960s), we specifically check for aluminium wiring runs and the condition of service tails; older town-centre cottages and inter‑war houses in Maidstone town itself can still retain vulcanised India rubber (VIR) or other early insulation that will need remedial attention. For riverside properties along the River Medway — for example parts of Allington and near the Lockmeadow area — we always position equipment above the local flood‑risk level on a site‑specific basis and provide protected isolation arrangements to suit the assessed flood exposure. On industrial estates such as those at New Hythe and within the Hermitage Lane / King Street employment areas, we assess existing three‑phase supplies, typical demand profiles for the specific unit, and which machinery or circuits are essential to maintain operational continuity. Where we work on listed buildings in Maidstone town centre conservation areas or around historic Loose village, we propose sympathetic conduit routes and submit the necessary listed‑building consents before installing external generation or making alterations. Before specifying equipment for any of these Maidstone locations, we survey roof orientation, shading, structural capacity, meter position, consumer unit condition and likely cable routes in the particular street and property concerned.