As part of a humanitarian energy-efficiency program, we are implementing a 200 kW rooftop solar power plant for a hospital facility. The project is being executed in two phases. The first phase, which involves 100 kW, is already operational and has been providing measurable cost savings for over a month. The second phase, also 100 kW, is currently in preparation.
The primary goals of the project are to reduce electricity costs, ensure a stable power supply for critical medical systems, and enhance the hospital’s energy independence.
Solution Delivered
- Rooftop solar power plant installed with full consideration of roof structure, solar exposure, and hospital operating requirements
- Phased implementation:
- Phase 1 – 100 kW, fully commissioned and operational
- Phase 2 – additional 100 kW, scheduled for commissioning by mid-November
- Mounting systems designed for large roof areas, ensuring roof integrity and watertightness
- Careful cable routing in accordance with medical facility standards
- Installation of grid-tied inverters with online monitoring
- Full DC and AC protection systems
- Integration with existing switchboards and metering infrastructure
Operational Results
The first 100 kW phase has been operating for over a month, delivering up to 60% reduction in daytime electricity consumption, without affecting hospital departments
After completion of the second phase, the hospital is expected to further reduce grid electricity purchases and increase on-site self-consumption
Key Benefits for the Hospital
- Electricity cost reduction of up to 60%
- Stable and uninterrupted operation of medical equipment and life-support systems
- Budget optimisation without fuel costs or reliance on diesel generators
- Increased energy independence for a critical public healthcare facility
Location
Ivano-Frankivsk region, Ukraine