Over 70% of urban EV owners in India live in apartments and multi-dwelling units, not standalone homes which makes EV charging stations in housing societies and apartments one of the biggest unresolved pieces of India’s EV transition. Yet only around 3.2% of housing societies currently have any charging infrastructure at all, even as nearly 24% plan to implement one within the next six months.
Home charging is cheaper and more convenient than public charging, but “home” for most of urban India means a shared parking basement, a managing committee and a DISCOM connection that has to be applied for collectively or individually. The good news: this is no longer the grey area it was a few years ago. Between central government guidelines, state EV policies and a landmark 2025 court ruling, there’s now a clear path for EV charging for housing society and apartment buildings whether that’s one resident installing a personal charger or an RWA rolling out shared infrastructure for the whole building.
Your legal right to install an EV charger
This is the single most common question residents ask and as of 2026 the answer is clearer than it’s ever been.
In Amit Dholakia vs. State of Maharashtra & Ors., the Bombay High Court ruled on a case where a resident of a Mumbai cooperative housing society was denied permission to install a charger in his own garage, with “no existing policy” cited as the reason. The court held that this isn’t valid grounds for denial a society can’t block installation without a legitimate, documented electrical or safety concern. Maharashtra’s cooperative housing circular goes further, requiring societies to issue a No Objection Certificate within 7 days of a valid application.
This lines up with the Ministry of Housing and Urban Affairs’ own clarification: RWAs cannot deny residents the right to install EV charging points in their allotted parking spaces, subject to the installation meeting electrical safety standards.
The regulatory framework for EV charging stations in housing societies
Three layers of rules apply and housing societies need to work within all of them at once.
Central government (MoHUA Model Building Bye-Laws): New developments are recommended to reserve 20% of parking spaces as EV-ready, with buildings required to provision the additional power load including a 1.25x safety factor needed to run all charging points simultaneously. This applies to essentially all buildings except independent standalone residences.
Central government (Ministry of Power, September 2024): The most recent and comprehensive guidelines on EV charging infrastructure specifically address “Community Charging for Residents” under Section 16, covering RWAs and Group Housing Societies (GHS) directly. Under these guidelines, an RWA, a GHS, or even an individual flat owner within a GHS can apply directly to their DISCOM for a separate metered connection with a dedicated EV tariff no special license required to offer charging within a residential society. DISCOMs are required to process these connections within set timelines: as fast as 3 days in metro areas, 7 days in other municipal areas, 15 days in rural areas and up to 90 days if the local network needs augmentation.
State-level policies:
| State | Key provision | Latest Updates |
| Maharashtra | Maharashtra EV Policy 2025 requires new buildings to be 100% EV-ready for residential parking (50% for commercial); 7-day NOC mandate for existing societies; toll waivers on major expressways for EVs | In August 2026, the state cooperation department released the draft Model Bye-Laws 2026 to formally standardize EV charging rules across 1.25 lakh housing societies. This follows a landmark Bombay High Court ruling stating that housing societies cannot arbitrarily deny EV charger installations to residents. |
| Karnataka | 10% EV-ready parking mandated in new residential towers; individual flat owners can install within existing sanctioned load without extra approval; 25% capital subsidy on charging equipment | In August 2026, the Karnataka Electricity Regulatory Commission (KERC) proposed new consolidated Electricity Supply Regulations mandating EV charging points in large buildings. Financially, the state removed its 100% road tax exemption in April 2026, introducing a lifetime tax of 5% to 10%. |
| Delhi | Among the lowest residential EV charging tariffs nationally (around ₹4.5/kWh); subsidy of up to ₹1,500 per charging point for societies installing shared infrastructure | Delhi’s EV Policy 2.0 took effect on July 1, 2026, mandating that 20% of parking spaces in all new residential developments must be built EV-ready with pre-installed conduits. It formally shields residents by ordering RWAs to facilitate charging, while directing DISCOMs to initiate cheaper time-of-day night charging tariffs. |
| Tamil Nadu | Mandates EV charging infrastructure in all new residential buildings | Continues its baseline mandate for all new residential projects, focusing on grid upgrades through local DISCOMs to prevent local transformer overloads during peak hours. |
| Himachal Pradesh | As of March 2026, EV charging points mandatory for new residential, commercial and public buildings before occupancy certificate is issued | Formally codified into law via the HP Town and Country Planning (17th Amendment) Rules, 2026. It is now legally compulsory to install charging points in all new commercial, public, and real estate projects before an occupancy certificate is issued. The state has also launched 6 Green Corridors covering 2,000 km of highways. |
RWA approval process, step by step
Getting your Resident Welfare Association on board is the first and most critical step, whether you’re an individual resident or the society is rolling out shared infrastructure:
- Submit a written application to the RWA/managing committee requesting permission for installation in your designated parking spot (or, for society-wide rollout, as a common infrastructure proposal)
- Attach technical specifications charger type and capacity (e.g. AC 3.3kW/7.4kW), electrical load requirements and safety certifications (BIS/ARAI-approved equipment)
- Propose a metering arrangement an individual sub-meter for the charger, so billing stays separate from the society’s shared electricity costs
- Get committee or AGM resolution passed for dedicated or shared charging points
- Apply to the local DISCOM for additional electrical load if required typically needed for chargers above 3.3kW
- Engage a certified installer for the actual work, with proper earthing, MCB protection and fire safety compliance
What it costs
| Component | Cost range (INR) |
| AC charger, 3.3-3.6 kW | ₹15,000 – ₹20,000 |
| AC charger, 7.4-7.5 kW | ₹30,000 – ₹35,000 |
| Electrical wiring & earthing | ₹3,000 – ₹4,000 |
| Sub-meter installation | ₹2,000 – ₹5,000 |
| DISCOM load enhancement | ₹1,000 – ₹5,000 |
| Total estimated (single connection) | ₹26,000 – ₹50,000 |
Running costs matter as much as setup cost. Home charging typically runs ₹5-8 per kWh depending on the state’s domestic tariff well below public DC fast charging, which runs ₹18-25 per kWh. Over a year of regular use, that gap is usually what makes the upfront installation cost worthwhile.
Two broader cost models come up at the society level:
- CAPEX model: Residents contribute an upfront cost per connection, then pay standard-plus-small-margin tariffs going forward. Lower long-term cost, higher barrier to start.
- OPEX model: The installer/operator bears setup cost and recovers it through a higher per-unit rate often ₹4-5 more per unit than the regular tariff. Easier upfront, more expensive over time.
Shared station or individual charger?
This is usually the first real decision point and it comes down to current EV ownership in the building.
- Low EV ownership (a handful of residents, roughly under 5-10%): A shared station one or two chargers residents book and pay for per session is the lower-cost, lower-complexity starting point. Companies offering turnkey shared charging solutions typically size this to current demand rather than building for capacity the society doesn’t need yet.
- Growing EV ownership (25%+ of residents): Individual metered chargers at dedicated parking spots become more practical, since a shared station starts to create queuing and scheduling friction.
For most residential societies starting out, AC slow chargers are the right fit built for overnight charging (roughly 7-8 hours for a full charge) and far cheaper to install and run than DC fast chargers, which make more sense for commercial or high-turnover locations.
Load management: protecting the building’s electrical system
The biggest technical concern for a housing society isn’t any single charger it’s what happens when several residents charge at once. A few practices keep this manageable:
- Load balancing: Smart chargers that automatically distribute available power across multiple EVs charging simultaneously, preventing transformer overload
- Scheduled / off-peak charging: Programming chargers to run during low-demand hours (typically 11 PM – 6 AM), when the building’s overall load is lowest
- Static or dynamic load management: Systems that adjust charging speed in real time based on how much power is actually available, rather than assuming worst-case draw at all times
- Phased rollout: Starting with 3-5 chargers and scaling up as EV ownership in the society grows, instead of provisioning for full capacity on day one
Safety: why a wall socket isn’t a charging station
A regular domestic wall socket isn’t built to handle the sustained, high-load current that EV charging draws. Using one anyway risks overheating, socket damage, tripping and in the worst case, fire.
Purpose-built EV charging stations are fitted with dedicated circuit breakers and differential switches designed specifically to handle continuous high-load charging safely which is why dedicated infrastructure, not a repurposed socket, is the standard being pushed across every layer of regulation covered above.
Common RWA objections and how to respond
| RWA objection | Response |
| “It’s a fire hazard” | Certified chargers carry multiple built-in safety protections (circuit breakers, differential switches). Vehicle fires linked to certified charging equipment are rare compared to conventional fuel vehicle fires. |
| “We don’t have enough power” | A 3.3kW AC charger draws roughly the same load as a geyser or air conditioner. Load balancing and scheduled charging prevent overload as more residents add chargers. |
| “There’s no existing policy” | The Bombay High Court has already ruled this isn’t valid grounds for denial. MoHUA and Ministry of Power guidelines apply nationally regardless of whether the society has its own policy yet. |
| “Other residents will object” | An individually metered connection means one resident’s charging costs don’t get shared across the building’s electricity bill. |
Future-proofing the society
Early movers on EV infrastructure tend to see three practical advantages: lower installation costs before demand (and installer pricing) rises, first pick of parking spots for charger placement and a real draw for property value EV-ready buildings are increasingly cited as commanding a premium with buyers and tenants who own or plan to own an EV.
How Kazam handles this end-to-end
Kazam works directly with RWAs and individual residents to take a housing society from “we want this” to a working charging station without the back-and-forth usually involved:
- RWA approval support and site assessment (parking layout, existing electrical capacity, DISCOM load availability)
- Installation by certified technicians, typically within 2 days of approval
- App-based onboarding for every resident, with automated per-user billing no manual meter readings or “honesty” billing
- 1-year warranty with remote and on-site maintenance, 24/7 support
If your society is ready to move from research to installation, see how EV charging for housing society setups work with Kazam.
Frequently asked questions
Does the RWA need to approve a charger before installation?
Yes, for society-level shared infrastructure the managing committee typically reviews and approves it as a common infrastructure decision, often via AGM resolution. For a resident installing a charger within their own allotted parking space, the 2025 Bombay High Court ruling and MoHUA’s guidance both limit the RWA’s ability to deny this without a valid safety reason.
Who pays for the electricity the resident or the RWA?
This depends on the billing model. With individually sub-metered or app-based systems, each resident is billed for their actual usage, so the RWA isn’t absorbing electricity costs on residents’ behalf.
Can chargers be installed without dedicated parking for every resident?
Yes a shared station model lets residents book time slots and pay per session, which is the common starting point for societies where only some residents currently own EVs.
How long does installation actually take?
Once RWA approval and DISCOM sanction are in place, physical installation by a certified provider typically takes 1-2 days.
Is ongoing maintenance included, or a separate cost?
This varies by provider check whether warranty and maintenance are bundled with installation or billed separately before signing on.
