EV Charging Infrastructure
EV charging infrastructure means installing the equipment needed to charge electric vehicles at your home, workplace or commercial property. As EV adoption grows, having reliable charging on-site removes the biggest barrier to switching — and when paired with solar, it can mean charging your vehicle for close to zero running cost.
How EV charging works
A charger connects to your supply
An EV charging unit — a wall-mounted charger at home, or a dedicated station commercially — connects to your electrical supply and manages power delivery to the vehicle safely.
Power flows at a controlled rate
AC home chargers typically deliver 3.3–7.2 kW, while DC fast chargers used commercially can deliver 30–150+ kW for rapid top-ups.
Solar can charge it directly
If paired with a rooftop solar system, daytime charging can draw directly from your own generation instead of the grid.
Smart features manage the load
Smart chargers can schedule charging for off-peak hours or limit power draw to avoid overloading your electrical connection.
Which setup fits your property?
Charging needs differ a lot between a home and a commercial site.
Home Charger
Overnight, low-cost charging
A wall-mounted AC charger in your garage or driveway — the most convenient and affordable way to keep an EV topped up daily.
Workplace / Commercial
For staff, visitors or tenants
Multiple charging bays installed in a parking area, often with app-based access and optional billing for users.
Solar-Integrated Charging
Charge from your own sunlight
Charging combined with a rooftop solar (and optionally battery) system, so your vehicle runs on power you generated yourself.
Why install EV charging now
Home charging typically costs far less per km than petrol or diesel, and even less when paired with solar.
Future-proof your property as EV ownership continues to rise sharply across India.
Commercial sites can attract tenants, customers or staff with on-site charging as an amenity.
Reduce transportation-related emissions as part of a broader clean energy setup.
Businesses can potentially monetize charging bays by billing external EV users.
From assessment to switched-on
Electrical load assessment
We check your existing connection capacity to see if it can support a charger, or if an upgrade is needed.
Charger selection
We recommend the right charger type and power rating for your vehicle(s) and usage pattern.
Installation & wiring
Experienced electricians install the charger and any required wiring or panel upgrades safely.
Solar/battery integration (optional)
If you have or want solar, we integrate the charger so it can prioritize your own generation.
Testing & commissioning
We test the full setup and, for commercial sites, set up access control or billing software if needed.
Common questions
A home AC charger typically takes 4–8 hours for a full charge overnight, while a DC fast charger can add significant range in 30–60 minutes.
Sometimes — it depends on your existing connection capacity and the charger's power rating; we assess this during the site visit.
Yes — with the right setup, daytime charging can draw primarily from your solar system, especially if you also have a battery.
AC chargers are slower and cheaper, ideal for overnight home charging; DC fast chargers are more expensive but charge in a fraction of the time, suited to commercial or highway locations.
Get your property EV-ready
We'll assess your site and recommend the right charging setup — with or without solar.