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Top 4 considerations before you opt for home EV charging.

by
May 16, 2025

What do Elon Musk, Leonardo Di Caprio, and 50% of Bangalorean EV users have in common? They are all strong advocates of home EV charging. This practice is becoming more mainstream in the US, where EV adoption is quite mature, and over 80% of EV charging happens at home. Soon, if US ambitious goals fructify, 50% of all new vehicles sold will be EVs by 2030, lending huge importance to the impact of home charging on convenience, energy bills, and more. Home charging does look easy and there are some key considerations you must know before you opt for home charging. One uninformed decision whether in equipment, installation, or setup can lead to inefficiencies, safety issues, or unexpected costs. That’s why it’s essential to get it right the first time and the next time.  

In this blog, we’ll walk you through the four key decisions that ensure your home EV charging setup is safe, efficient, and future-ready. If you are a first-time EV buyer, then do read the blog till the very end.

Home EV charging is the lion’s share of EV charging.

In India, as more electric vehicles enter the market EV adoption is rising steadily with each passing quarter. As a result, home EV charging is expected to grow even faster than in the US. This trend is driven by a few key factors such as India's residential power infrastructure, high population density that makes community charging practical, and generally shorter driving distances.

According to one leading EV manufacturer, over 90% of EV charging in India already takes place at home, and mostly overnight. This implicitly suggests that new EV sales are increasingly oriented around home charging setups. It is a promising trend because the convenience, cost savings, and reliability of home charging significantly enhance the overall benefits of EVs for the environment, the economy, and for you as an EV owner.

Given its growing dominance, what makes home charging the preferred solution for most EV owners?

The benefits of home EV charging

The advantages of home benefits can be broadly classified into 7 buckets:

Benefit Description
Convenience As easy as plugging in a phone for overnight charging
Cost savings Home charging at ~ ₹1–2/km vs. public stations at ~ ₹2.5–3.5/km
Increased property value Apartments with EV charging facilities are seeing higher valuations
Zero waiting time Avoid charging window times at fast public chargers
Optimized battery health Slow charging reduces heat, extends battery life to 3,000+ cycles
Future proofing OTA updates cut maintenance & improve efficiency
Enhanced safety Auto cut-off, and load balancing ensure safe charging

These benefits are all available to you as soon as you install your home EV charger.

But, what do you need to consider before unlocking these benefits?

Considerations for buying a home EV charger

Choosing the right home EV charger requires careful attention to compatibility, installation, and future needs.

Start by deciding between Level 1 AC (slower, standard plug) or Level 2 AC (faster, 240V) charging. Level 2 AC is faster and more suitable for 4 wheelers. You should consider DC charging only if your home has sufficient solar power. Your charger must comply with BIS IS 17017 standards for safety and interoperability. The most common connectors found in India are (Type 2 or GB/T), ensure the charger you select works with these cables. Then, consider the features in your home EV charger that are specific to your lifestyle. Eg: A charger with dynamic load balancing integrates with other home appliances. Smart chargers provide remote accessibility. Outdoor chargers are weatherproof. Plug-in chargers are portable. 

Next, assess your home’s electrical infrastructure. Level 2 chargers need 200A, which may require a panel upgrade. Select appropriate plug types and circuit breakers, plan for solar integration, and ensure your setup has hardware support for upcoming technologies like bidirectional charging. Installation costs also depend on wiring distances; thus, the floor plan of your house should also be under consideration. Hire an experienced, licensed electrician for this purpose. 

Finally, prioritize chargers with future-proof features. Opt for smart energy management options, charge scheduling, OTA updates for better ROI in the long run. This approach will help you arrive at a safe, efficient, and future-ready home EV charging set up for the evolving landscape of electric mobility in India. 

Here’s a brief summary to help you out:

Consideration Category Sub-consideration What to look for?
Charger Compatibility and Type EV Compatibility and Indian Standards Ensure support for Type 2/GB/T connectors and BIS IS 17017 compliance.
Charger Compatibility and Type AC vs. DC Charging Check if your EV supports AC or DC home charging and select accordingly.
Charger Compatibility and Type Level 1 vs. Level 2 Chargers Level 1: 15A plug, slow charging. Level 2: 3.3–7.4kW, faster, needs 240V.
Charger Compatibility and Type Plug-in vs. Hardwired Chargers Plug-in: Portable. Hardwired: Fixed, supports higher amperages.
Charger Compatibility and Type Smart Chargers Remote control, scheduling, energy source optimization. Ensure vehicle compatibility.
Charger Compatibility and Type Outdoor Charging Use weatherproof chargers for outdoor or community spaces.
Home Electrical Infrastructure and Accessories Electrical Panel Capacity Level 2 may need 200A panel. 100A panels may need upgrade.
Home Electrical Infrastructure and Accessories Wiring and Installation Distance Longer distance between panel and parking raises cost. Hire electrician.
Home Electrical Infrastructure and Accessories Amperage Consideration Breaker must match charger load (e.g., 30A for 24A charger).
Home Electrical Infrastructure and Accessories Charger Power Output Choose based on EV battery and future upgrade needs.
Home Electrical Infrastructure and Accessories Right Plug Type Plug must match vehicle and home system.
Home Electrical Infrastructure and Accessories Solar & Bidirectional Setup Plan for solar/grid independence and bidirectional support.
Installation Best Practices Installation Site and Safety Choose garage, basement, or weather-safe area. Ensure cable reach.
Installation Best Practices Professional Installation Always use licensed electrician; costs can bundle with charger.
Installation Best Practices Bidirectional Charging Readiness Setup should support future bidirectional energy return.
Installation Best Practices Bidirectional Charging Readiness Hardware must be compatible even if feature not yet active.
Future-Proof Features Smart Energy Management Include load balancing, auto cutoff, emergency shutdown features.
Future-Proof Features OCPP Support Allows integration with third-party apps and remote diagnostics.
Future-Proof Features OTA Updates Enables remote firmware updates for long-term efficiency.

FINAL THOUGHTS:

As EV adoption accelerates across India, one pattern is becoming clear: home is emerging as the true frontline of EV charging. But convenience alone isn’t enough. EV owners increasingly demand safety, speed, smart features, and reliability, all within the compact form factor of Indian households. Without intelligent hardware at the core, home charging can quickly become inefficient or even unsafe.

SPIN Air is Exicom’s flagship home EV charging solution engineered for Indian conditions, EVs, and lifestyles.  

Whether you live in a high-rise apartment or a private villa, SPIN Air blends sleek design with serious intelligence. With models ranging from 7.4kW to 22kW, SPIN Air supports features like remote access, smart load management, and OTA updates, making it one of the most adaptable home chargers in the country. It’s BIS certified, weatherproof, and backed by Exicom’s proven expertise in EV power infrastructure. Go for a Spin! with SPIN series of home ev chargers.

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