Discover how Solar Save Renewables transformed a bungalow with a 3.95 kWp solar PV system featuring 10 QCells 395W solar panels and a 3.6 kW Solis inverter.
Witness the remarkable energy savings and reduced carbon footprint as daily consumption dropped from 9 kWh to as low as 2 kWh.
Explore the financial benefits, customer satisfaction, and seamless installation process that led Mark Summerfield to confidently recommend Solar Save Renewables.
Our client wanted to reduce his household energy consumption and contribute to sustainable energy generation. He decided to invest in a solar photovoltaic (PV) system to harness solar energy and lower his carbon footprint.
Solar Save Renewables, was engaged to install a solar PV system on the roof of the bungalow. The system was designed to optimize energy efficiency and provide significant savings on electricity bills.
Solar Panels: 10 QCells 395W solar panels
Inverter: 3.6 kW Solis inverter
Total System Capacity: 3.95 kWp
Solar Save Renewables precisely planned the installation process to ensure optimal performance and aesthetics. The solar panels were strategically mounted on the roof of the bungalow to capture maximum sunlight throughout the day.
The 3.6 kW Solis inverter was installed in the garage, serving as the heart of the PV system. It efficiently converted the direct current (DC) generated by the solar panels into alternating current (AC) for household use.
The PV system began operating in late spring, during sunny May and June. Our customer observed a remarkable difference in his daily energy consumption compared to the pre-installation period. Prior to the installation, Mark's household daily energy usage ranged from 7.5 kWh to 12 kWh, averaging around 9 kWh.
Since the installation, the daily energy consumption dramatically decreased, with most days averaging only 2-3 kWh and not exceeding 5 kWh. The homeowners were pleasantly surprised that, on certain days, the solar panels generated enough power to cover their household's energy needs entirely, even when appliances like the hob, computer, and washing machine were in use simultaneously.
One of the significant benefits of the solar PV system was the ability to export excess generated energy back to the grid. As Solar Save Renewables are a MCS certified company, the solar PV system was registered and our customer quickly applied for the Smart Export Tarriff (SEG). The electricity supplier began reading the excess energy generated by the system through the smart meter.
This excess energy contribution started to generate monetary returns, resulting in reduced electricity bills and potential income from the generated power.
Our client wanted to reduce his household energy consumption and contribute to sustainable energy generation. With a solar photovoltaic (PV) system to harness solar energy and lower his carbon footprint. The system optimised energy efficiency and provided significant savings on electricity bills.
PV Solar Panels & Battery Storage
Air Source Heat Pumps
Solar Thermal
Electric Vehicle Charging
Bespoke Off-grid Heating & Electric Solutions