At a bus station facility in Ivano-Frankivsk, we installed a fully autonomous solar energy complex that includes three solar power plants with a total capacity of 150 kW, along with a 200 kWh battery energy storage system (BESS).
The goal was to ensure the continuous and independent operation of critical public transport infrastructure. This includes ticket offices, lighting, information systems, and auxiliary services, even during prolonged grid outages.
Solution Delivered
- Integration of three solar power plants (3 × 50 kW) into a single energy system
- Installation of a 200 kWh Battery Energy Storage System (BESS)
- Intelligent energy management system balancing generation, storage, and consumption
- Fully automated operation with seamless transition to battery power during outages
- Industrial-grade installation compliant with safety and operational continuity standards
- Turnkey EPC delivery: design, installation, commissioning, and system tuning
Results
- The bus station operates fully independently from the grid, with solar generation and battery storage supplying power 24/7
- The system covers up to 100% of the facility’s electricity demand, including extended outage scenarios
- Stable energy supply is maintained even during prolonged grid interruptions, without generators
Business Impact & Client Benefits
- Full energy independence for a critical public transport facility
- 24/7 backup power provided by a 200 kWh BESS
- Reduced electricity costs and predictable energy expenses
- Annual electricity savings exceeding the equivalent of EUR 20,000
- Total investment of approximately USD 77,000
- Estimated payback period of around 3 years, followed by long-term net savings
- Modular system architecture allowing future expansion as demand grows
Location
Ivano-Frankivsk, Ukraine