In a progressive leap toward green healthcare, Sushrut Hospital has completed the power unit installation of a full-scale hospital EV charging station to support its newly adopted electric ambulance fleet. Operational since early July 2025, the installation aims to streamline energy access for the hospital’s eco-friendly emergency vehicles and aligns with India’s national e-mobility goals.
The new EV charging infrastructure will allow round-the-clock access for charging the fleet of medical EV vans that the hospital launched earlier this year. It also serves as a blueprint for how healthcare institutions can integrate green power systems into critical services while reducing emissions and long-term costs.
Why the Hospital EV Charging Station Matters in 2025
As electric vehicles become the norm for emergency medical transport, uninterrupted access to efficient charging becomes crucial. Sushrut’s hospital EV charging station ensures that no ambulance will be out of commission due to lack of charge. The station has been developed with dual power unit installation systems to support emergency loads as well as renewable energy backup.
Key highlights of this initiative include:
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On-site EV charging for the entire ambulance fleet
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Dual-mode power supply (grid + solar backup)
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Fast-charging units for reduced ambulance downtime
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Staff training for safe charging operations
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Expansion-ready setup for additional vehicles
With this development, the hospital has achieved a near-zero-emission emergency mobility model — a rare benchmark in Indian healthcare.
Technical Features of the Power Unit Installation
Sushrut Hospital collaborated with a leading energy solutions provider to install the hospital EV charging station, ensuring compatibility with high-speed EVs and emergency-use standards. The system includes AC and DC fast chargers, with safety overrides and remote monitoring.
Below is a snapshot of the installed system:
| Component | Specification |
|---|---|
| Total Charging Points | 6 (4 DC fast + 2 AC standard) |
| Charging Speed | Up to 60 kW (DC), 7.2 kW (AC) |
| Battery Monitoring System | Real-time diagnostics and energy usage logs |
| Backup Supply | Solar panel + inverter combo (15 kW) |
| Charging Time | 30-45 mins (DC), 4-6 hrs (AC) |
| Safety Protocols | Over-voltage, thermal cutoff, auto-shutdown |
This power unit installation is designed to run 24/7, even during power outages, ensuring that emergency vehicles are always ready for deployment.
Environmental and Operational Benefits
The transition to an electric ambulance fleet, coupled with an in-house hospital EV charging station, offers both ecological and logistical gains. For a high-footfall facility like Sushrut Hospital, reduced tailpipe emissions mean improved air quality around patient wards, ICUs, and ERs.
The power unit installation also enables energy cost savings through:
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Solar energy utilization during daylight hours
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Lower fuel costs per kilometer for EV ambulances
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Reduction in mechanical maintenance downtime
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Carbon credits eligibility and state EV incentives
As of July 2025, the hospital reports over 70 successful EV ambulance runs daily, with less than 10% of downtime attributed to charging or energy issues.
Expansion Plans and Government Collaboration
With the success of this charging unit, Sushrut is already planning to expand its hospital EV charging station to accommodate future electric staff transport and emergency services. The facility is registered under the State Green Health Infrastructure Initiative, making it eligible for further grants and policy support.
The hospital is also conducting workshops for nearby healthcare centers, sharing knowledge on power unit installation, EV maintenance, and fleet readiness. These collaborative efforts aim to create an interconnected healthcare mobility grid across the region.
Future upgrades being considered:
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Integration with mobile app booking for ambulance charging slots
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RFID-based access for automated vehicle-charger pairing
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Battery swap trial station for ultra-quick deployment scenarios
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Public access charging ports for hospital visitors and staff
By becoming a model site for EV readiness in healthcare, Sushrut continues to lead innovation in medical sustainability.
Conclusion
The installation of a dedicated hospital EV charging station at Sushrut Hospital marks a crucial step in modernizing emergency care with green technology. This power unit installation not only supports an all-electric ambulance fleet but also establishes a scalable model for eco-conscious, cost-effective, and future-ready healthcare transport. With efficiency, reliability, and sustainability at the core, the hospital is paving the way for smarter emergency infrastructure in India.
FAQs
What is the purpose of Sushrut Hospital’s EV charging station?
The station supports the hospital’s electric ambulance fleet by ensuring fast and reliable vehicle charging, 24/7.
What type of charging does the power unit installation support?
It supports both DC fast charging for quick ambulance turnaround and AC standard charging for overnight energy replenishment.
How long does it take to fully charge an ambulance?
With DC charging, ambulances can be charged in 30 to 45 minutes. AC charging takes around 4 to 6 hours.
Is the charging station powered by solar energy?
Yes, the system is hybrid — it draws power from the grid and a rooftop solar panel setup for clean, continuous charging.
Can the hospital EV charging station serve other EVs?
Currently, it’s dedicated to the ambulance fleet, but future expansions may allow public or staff EVs to use select charging ports.
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