We installed a 30 kW hybrid solar power plant for a private household.
The main objectives of this project were to allow the household to participate in a feed-in tariff scheme, reduce reliance on grid electricity through on-site generation, and prepare the system for backup power during grid outages.
The system was designed to balance self-consumption with energy export, ensuring both cost savings and a predictable income from solar generation.
Solution Delivered
- Installation of a 30 kW hybrid solar power plant with a grid-connected inverter
- Configuration for exporting surplus electricity to the grid under a feed-in tariff scheme
- System prepared for future battery energy storage (BESS) integration
- Turnkey delivery: system design, installation, commissioning, and metering configuration
Results
- The solar power plant generates a stable daily volume of electricity, covering household consumption and exporting excess energy to the grid
- Estimated investment payback period is approximately 5 years, based on year-round operation under the applicable feed-in tariff
- During summer months, expected monthly income from exported electricity can exceed the equivalent of EUR 450, accelerating return on investment
Benefits for the Homeowner
- Regular income from surplus energy exported under a feed-in tariff
- Up to 70% reduction in grid electricity consumption through self-generation
- Prepared for up to 10 hours of backup power after battery integration
- Investment payback within 5 years, followed by long-term net profit
- Increased energy independence and protection against rising electricity prices
Location
Ivano-Frankivsk region, Ukraine