As electric vehicles become more popular across India, a new challenge has emerged—power cuts affect EV charging in cities where grid stability is still a major concern. In July 2025, Tier-2 and Tier-3 urban areas continue to experience frequent electricity disruptions, putting EV users at a disadvantage. With schedules interrupted and charging stations often unusable during peak demand hours, the electricity shortage issue has become a significant roadblock for widespread EV adoption.
Recognizing this growing concern, Swastik has introduced a range of energy-resilient solutions to ensure uninterrupted EV charging. These include solar-powered hubs, inverter-backed home chargers, and load-management systems. This article dives deep into the problem and explains how Swastik’s technology could provide the breakthrough needed for India’s charging network.
How Power Cuts Are Affecting EV Charging in 2025
The rise of EVs in India is outpacing the country’s energy infrastructure in many regions. In states like Uttar Pradesh, Rajasthan, and West Bengal, daily blackouts have forced EV users to delay or reschedule charging routines. As power cuts affect EV charging, the urban population, especially those relying on e-scooters and electric cars for daily commuting, are facing major disruptions.
Contributing factors include:
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Overloaded urban grids during peak summer months
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Delayed upgrades to power infrastructure in semi-urban areas
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EV charging stations without battery or solar backup
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Lack of smart grid integration and real-time load control
The electricity shortage issue is not just a technical inconvenience—it has economic and environmental implications as more users revert to petrol vehicles for reliability.
Swastik’s Solutions to the Power Cut Problem
To address how power cuts affect EV charging, Swastik has rolled out a multilayered strategy focused on infrastructure independence and intelligent power use. These solutions are designed for both public and residential spaces and are now being deployed across 50+ cities.
Swastik’s key offerings include:
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Solar-powered charging hubs that function independently of the main grid
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EV battery backup systems with 3–8 hours of energy storage
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Home inverters for EV charging with auto-switch functionality
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Load-balancing software for public charging networks
Here’s a breakdown of the major solutions currently available:
| Solution | Use Case | Power Backup | Availability |
|---|---|---|---|
| Solar Charging Hubs | Public EV stations | Yes (6–10 hrs) | Tier-2/Tier-3 cities |
| EV Battery Backup (Residential) | Home EV charging | Yes (3–4 hrs) | Pan India |
| Smart Inverter for EV Homes | Apartment & bungalow use | Yes (2–5 hrs) | 150+ cities |
| Grid Load Optimizer Software | Govt/public EV stations | N/A | In pilot implementation |
These systems are part of Swastik’s broader vision to solve the electricity shortage issue in India’s growing EV sector.
Real-World Impact Across Tier-2 Cities
Cities like Indore, Nagpur, Jaipur, and Kochi have already begun to implement Swastik’s solutions with measurable improvements. In Indore, for example, the municipal transport fleet of EV buses reported a 40% reduction in charging downtime after switching to solar-integrated charging hubs. Similarly, in Coimbatore, apartment societies using Swastik’s home inverters have seen increased satisfaction among private EV owners.
These outcomes illustrate how tackling power cuts affect EV charging not only improves reliability but also boosts user confidence in making the EV switch.
Government Collaboration and Future Expansion
Swastik is currently in talks with state governments and utility boards to co-develop EV resilience programs. Under the new urban mobility schemes rolling out in Q4 2025, Swastik’s products may become subsidized under green energy policies. Future plans also include:
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Solar-powered EV micro-grids in rural areas
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AI-driven energy prediction tools for smart homes
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EV station energy auditing to minimize peak load strain
By addressing the electricity shortage issue from both ends—generation and consumption—Swastik is working toward a stable EV ecosystem that works regardless of grid limitations.
Conclusion
As India charges ahead toward an electric future, it’s clear that power cuts affect EV charging in ways that hinder progress. But thanks to innovation from companies like Swastik, the solutions are becoming just as scalable as the problem. Their combination of solar technology, smart inverters, and backup systems is turning EV charging into a round-the-clock, weather-proof reality.
With cities already seeing success in implementation, and more collaborations on the horizon, Swastik is not just solving the electricity shortage issue—it’s redefining how we power vehicles in modern India.
FAQs
How do power cuts impact EV charging in India?
They delay charging schedules and reduce station uptime, especially in areas with unreliable electricity supply.
What solutions has Swastik introduced?
Swastik has rolled out solar hubs, home EV inverters, and battery backup systems to provide uninterrupted charging.
Can I install a backup system at home?
Yes, Swastik offers home-friendly EV inverters that provide 3–4 hours of power even during outages.
Will these solutions be subsidized?
Swastik is working with local governments to include these products under upcoming clean energy subsidy programs.
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