Premium EV Charging Systems for Solar, Battery and Smart Tariff Homes Premium EV Charging Systems
Intelligent EV charging designed to work with your solar panels, home battery, off-peak tariffs and electrical infrastructure.
Intelligent EV charging designed to work with your solar panels, home battery, off-peak tariffs and electrical infrastructure.
An EV charger is not a standalone socket. It is a significant new load on your property's electrical infrastructure - and, when planned well, a gateway to smarter energy use across solar generation, battery storage and off-peak tariff scheduling. We specify and install EV charging systems that are designed from the outset to work alongside these technologies, not against them.
Every project begins with an honest assessment of your incoming supply capacity, earthing arrangement, consumer unit condition and realistic load profile - including existing heat pumps, appliances and any planned solar or battery additions. This determines the right charger, circuit protection, load management approach and cable sizing for your property. Consumer unit readiness and electrical infrastructure are assessed as standard.
Where solar or battery storage is already installed, we integrate EV charging with your energy management system so charging can be scheduled around surplus generation, battery reserve and low-tariff overnight windows. EV charging performance and savings depend on the charger, vehicle, tariff, usage profile, solar generation, battery capacity and electrical infrastructure - we assess these factors before specifying equipment.
Explore our specialist EV pages: home EV charger installation, solar-compatible EV chargers, battery-linked EV charging, commercial EV solutions and bidirectional V2H and V2G charging.
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Premium EV infrastructure is more than a socket on a wall. It is coordinated protection, DNO notification, load management and - where relevant - integration with solar and battery energy systems. We engineer the full circuit from consumer unit to charger position, with concealed cabling, correct RCBO protection and dynamic load balancing where the supply demands it.
Safe, well-engineered home EV charger installation covering consumer unit assessment, maximum demand calculation, dedicated RCBO-protected circuit, cable routing and smart tariff commissioning. Designed to integrate with solar and battery systems where relevant.
Home EV Chargers
Multi-bay EV charging with dynamic load management across shared incomers - designed for business premises where multiple vehicles charge simultaneously and supply capacity needs to be carefully managed. See our commercial EV solutions.
Planning for V2H (vehicle-to-home) and V2G (vehicle-to-grid) capability requires careful consideration of vehicle, charger, inverter and grid connection compatibility. We advise on what is currently possible and how to prepare your infrastructure. See bidirectional EV charging.
EV charging coordinated with home battery storage - managing overnight off-peak charging, household load and battery reserve together. See battery-linked EV charging and battery storage systems.
A selection of recent EV charging installations across Surrey and South West London - residential garages, mews properties and workplace charge points.
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Every project starts with an honest assessment of incoming supply capacity, consumer unit condition, earthing arrangement and load profile - because the right charger, cable size and protection device depend on what your property can safely support. Book a conversation to discuss your property, vehicles and any solar or battery plans.
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We assess your incoming supply, consumer unit and earthing arrangement before specifying any equipment - ensuring the installation is safe and correctly sized.
Cable routes and distribution boards sized to accommodate additional charge points without retrospective civil works - useful for growing fleets or second vehicles.
Concealed containment and careful routing to minimise visual impact - particularly important on heritage properties, stone facades and listed buildings.
Charger scheduling configured around off-peak tariffs, solar generation and battery reserve - maximising value from your energy system as a whole.
From PEN fault protection on TN-C-S supplies to dynamic load balancing across multi-bay commercial installations, our electrical knowledge underpins every EV project - keeping installations safe, compliant and reliable.
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RCBO protection, surge protection device coordination and earthing arrangement assessed before installation - ensuring your EV charger circuit meets BS 7671 requirements and is correctly protected from the consumer unit outward.
Algorithms that shed and restore charge rates in milliseconds - protecting lifts, HVAC and catering circuits while maintaining driver fairness across bays.
Test results, as-installed photographs and handover documentation provided as standard - covering circuit protection, tariff scheduling and any energy management system integration.
Founded by Georgi Tangarov, electricalworks approaches every EV project as an electrical engineering task first - surveying supply capacity, assessing protection requirements and planning cable routes before equipment is selected. The result is installations that are safe, correctly sized and designed to work with the rest of your energy system.
The best EV infrastructure integrates quietly into a property until it is needed - then charges reliably, safely and to schedule. That balance of discretion and engineering rigour defines how we approach residential and commercial projects across Surrey and South West London.
Homeowners and business clients on the quality of their EV charging installations.
Match charger output to supply and vehicle onboard capability - oversizing without three-phase wastes CAPEX; undersizing frustrates drivers.
Cable routes, containment and distribution board capacity are far easier to plan before building work is complete. Early EV infrastructure planning avoids expensive retrospective work.
EV chargers can be configured to prioritise surplus solar generation and off-peak battery energy, subject to charger, inverter and vehicle compatibility. We assess this during system design.
Incomer assessment, diversity modelling and notification strategy - establishing safe ceilings for intelligent load balancing.
Routing drawings, containment specs and finishes boards aligning Andersen, Tesla or fleet-standard hardware with architecture.
Full circuit installation, witness testing and EMS commissioning - with photographic evidence and test documentation for asset records.
Portal onboarding, tariff-aware schedules and driver FAQs - so uptake climbs after day zero.
Annual thermal reviews and firmware awareness - protecting uptime as tariffs and vehicle fleets evolve.
