Background
The client discovered Xcel Energía while searching for a trusted solar installer in the Bigastro area. Following an initial consultation, co-owner Martin Hill carried out a complete on-site assessment of the villa to identify the most efficient installation layout.
With an electricity bill averaging €150 per month, the client’s goal was simple: cut bills by 90–100% and take control of rising energy costs. Based on roof layout, sun exposure, and daily energy usage, we recommended a Livoltek all-in-one energy system. This is a compact and highly efficient configuration designed for homes seeking high self-consumption with battery storage.
With strong system performance and optimal panel positioning, the installation is expected to reach break-even in just five years.
Equipment Installed
- 12 x 535W Livoltek solar panels
- 1 x 10kW Livoltek battery
Installation
The system was installed across two angled roof sections, allowing the panels to capture sunlight at different points throughout the day. This positioning ensures consistent energy production from morning through late afternoon. The inverter and battery were installed neatly to remain accessible while keeping cabling and equipment visually discreet.
As with all Xcel Energía solar installations, we carefully planned cable routing and system layout to maintain a clean aesthetic while maximising energy yield throughout the day.
Results
Since installation, the Livoltek system has reduced the homeowner’s electricity bill by more than 90%, replacing what was previously a monthly cost of approximately €150. With the battery providing storage for evening usage and the system optimised for self-consumption, the home now runs primarily on its own renewable energy.
With an expected five-year break-even point, the client now benefits from long-term savings, energy independence, and increased property value. The system also ensures protection against future energy price rises – a key driver in the homeowner’s decision to invest.
Performance notes: The solar panels positioned across two separate roof sections allow the system to maintain strong generation from sunrise to sunset.