EV Charging in Mahalaxmi, Tardeo and Parel Towers: What Buyers Need to Know in 2026

The Two EV Infrastructure Models in Luxury Buildings

5 Questions to Ask Your Developer Before Signing

1. Is EV charging infrastructure allocated per parking slot in the parking deed, or is it a shared facility? — The deed is legally binding; a brochure promise is not.
2. What is the electrical load capacity per parking slot? — Minimum for useful residential charging is 7.4 kW per slot (Type 2 AC). Slots with only 3.3 kW capacity take 22+ hours for a full charge and are inadequate for newer EVs.
3. Is the electrical conduit already run from the main panel to the parking area? — If yes, your future upgrade cost is just the charger hardware (Rs 30,000–60,000). If not, running the cable post-construction is the expensive part.
4. What is the society's policy for installing higher-wattage chargers in the future? — As DC fast chargers (50 kW+) become mainstream residential, can you upgrade your slot without a full society approval process?
5. Is the parking slot owned (in your name) or licensed? — Owned slots give you clear rights to install a dedicated charger. Licensed slots (common in older buildings) mean the society controls modifications to the parking area.

Building-by-Building EV Readiness Analysis

Lodha Marq, Tardeo (Nov 2028 delivery)

Lodha Group has incorporated per-slot EV charging provisions across their post-2022 residential portfolio. Lodha Marq in Tardeo — delivering 3 BHK at Rs 10.71–27.27 Cr across 1,488–3,030 sqft carpet area — is expected to include per-slot Type 2 AC charging infrastructure as standard, based on Lodha's existing portfolio delivery standard at comparable projects. Property Butler recommends verifying this specifically in the Proforma B and agreement before signing, as specification commitments vary by project even within the same developer's portfolio.

MICL Aaradhya Avaan, Tardeo (Dec 2030 delivery)

With a December 2030 possession date, MICL Aaradhya Avaan will be designed to 2024–2025 building code standards, which increasingly incorporate EV readiness as a baseline requirement. Maharashtra's EV charging infrastructure policy (updated 2023) strongly encourages — but does not yet mandate — EV readiness in new residential developments. At the 5 BHK level (Rs 25.65 Cr / 3,165 sqft), buyers should insist on per-slot dedicated charging commitments in the agreement rather than relying on implied future compliance. Four years is a long time — negotiating now costs nothing; retrofitting later costs Rs 80,000–1.5 lakh per slot.

Godrej Avenue Eleven, Mahalaxmi (Dec 2028 delivery)

Godrej Properties is among the most progressive developers on green building certifications — Godrej Avenue Eleven targets a GRIHA 4-star or equivalent rating, which includes EV charging readiness as a scored criterion. Property Butler's market knowledge indicates that Godrej's GRIHA-certified projects consistently deliver per-slot EV charging as part of the green building specification. The 4 BHK at Rs 15.07–17.60 Cr across 2,105–2,459 sqft is in a price and size segment where this infrastructure is non-negotiable for the target buyer — verify the specific EV specification in the offering documents.

Raheja Modern Vivarea, Mahalaxmi (Mar 2028 delivery)

At Rs 26.10 Cr for the 5 BHK / 2,889 sqft unit, Raheja Modern Vivarea is one of the highest-ticket deliveries in Mahalaxmi this decade. K Raheja Corp's offering documents for Vivarea specify EV charging infrastructure as part of the building services. Property Butler's market analysis: for a building at this price point, per-slot 11 kW AC charging is the minimum expectation — buyers should push for this specification to be explicit in the agreement rather than relying on the offering document's general reference.

25 Downtown, Mahalaxmi (Dec 2031 delivery)

With a December 2031 possession date, 25 Downtown (4 BHK at Rs 31 Cr / 3,400 sqft; 5 BHK at Rs 45 Cr / 5,000 sqft) will be designed with a 5+ year forward view on EV infrastructure. At this price point and timeline, buyers should expect — and negotiate — not just AC charging per slot but also DC fast-charging provision in at least 20% of parking slots, future-proofed conduit for higher-wattage charging, and smart charging management (load balancing to prevent building electrical overload during peak EV charging hours).

Bhoomi Simana, Lalbaug Parel (RTM) — The Retrofit Challenge

Bhoomi Simana is RTM with sea-view units (2 BHK at Rs 4.79 Cr / 826 sqft; 3 BHK at Rs 6.60–6.63 Cr / 1,133–1,143 sqft; 5 BHK at Rs 12.20 Cr / 2,103 sqft). As an RTM building, its parking infrastructure was designed before EV charging was mainstream. Retrofitting a dedicated EV charging point at Bhoomi Simana involves: assessing the main electrical panel capacity (often requires electrical engineer report costing Rs 15,000–25,000), running 3-phase cabling from the panel to the parking bay (Rs 40,000–80,000 depending on distance and floor routing), and installing the charger unit (Rs 25,000–50,000 for a quality Type 2 AC unit). Total retrofit: Rs 80,000–1.55 lakh per slot. The society must approve the work and will charge their own administrative fee.

Crescent Bay, Parel (RTM, L&T) — The Older Tower Retrofit Challenge

Crescent Bay by L&T is a premium RTM project with 2 BHK at Rs 3.85 Cr / 950 sqft. As an older L&T high-rise, its electrical infrastructure was designed with substantial capacity headroom (L&T builds to conservative engineering standards), which actually makes EV retrofits more feasible here than in many other RTM buildings. The main constraint is usually the basement parking layout — mechanical parking systems (common in Mumbai high-rises to maximise parking density) add complexity to EV charging installation because the moving platform cannot have a fixed cable connection. If Crescent Bay uses mechanical parking, verify that the specific slot allocated to you supports an EV charging adapter before purchasing with EV charging as a priority.

EV Charging Readiness by Building Type

Retrofitting Costs and Process

Retrofitting EV charging into an existing building involves four phases: (1) Electrical assessment by a licensed engineer — Rs 15,000–25,000. (2) MSEDCL (Maharashtra State Electricity Distribution Company) load sanction if the building's sanctioned load needs to increase — Rs 30,000–80,000 and 6–12 weeks. (3) Cabling from main panel to parking area — Rs 30,000–80,000 depending on distance, number of cable runs, and whether conduit is already in place. (4) Charger hardware and installation — Rs 25,000–50,000 for a quality 7.4 kW Type 2 AC charger with metering. Total: Rs 80,000–1.5 lakh per slot in most Mahalaxmi, Tardeo, and Parel buildings.

BMC Guidelines 2023: Society Approval for EV Charging

The Brihanmumbai Municipal Corporation's 2023 EV infrastructure guidelines direct cooperative housing societies to approve individual member applications for EV charging installation in their allotted parking slots within 60 days. A society cannot permanently refuse an EV charging installation in a member's own parking slot — the BMC guidelines override society bye-laws on this specific point. However, the society can impose conditions: use of a licensed electrician, installation of a submeter for accurate billing, compliance with the building's electrical system safety standards, and use of chargers certified to BIS standards.

Frequently Asked Questions