In our efforts to tailor our services to meet the unique needs of each client, we collaborated with a property owner dedicated to reducing their carbon footprint and embracing renewable energy solutions as they transition into retirement. With an annual electricity usage of 4,200 kWh, our client aimed to harness solar power to efficiently energise their property and safeguard against future price fluctuations.
By implementing a 2.975 kWp Solar PV system consisting of 425W solar panels and a 3 kW String Inverter, we laid the groundwork for a more sustainable energy future. Initial forecasts predicted an annual electricity generation of 2,228 kWh, with 49% directly consumed onsite and any excess sold back to the local grid.
Over a span of 25 years, the system is anticipated to generate a cumulative energy output of 52,030 kWh, with 25,725 kWh utilised onsite and 26,305 kWh exported. These statistics demonstrate a significant decrease in carbon emissions and a reduced dependence on non-renewable energy sources.
Beyond financial considerations, this initiative exemplifies a commitment to environmental stewardship and underscores the crucial role of renewable energy in shaping a resilient future. It serves as a testament to our shared dedication to driving substantive change and cultivating a greener, more sustainable world.
Services provided
- Detailed technical design
- Site visit and assessment
- Full supply, installation & commissioning
- Operations and maintenance
- Full handover including MCS registration
Feedback from customer:
“We selected Barrington Solar as our installers because, unlike the others who provided quotes, they took the time to sit down with us and truly understand our needs regarding the solar panels. Despite receiving quotes for 10 – 14 solar panels and batteries, which we had no interest in, Barrington Solar recognised that all we wanted was a modest supplementary system to help lower our bills and offer some stability during retirement amidst energy price fluctuations.
Our installation became operational in early January during the winter season and has now been running for three months. Despite the challenges of winter, we’ve noticed a slight decrease in our bills and even received our initial export payment. Yesterday, on April 7th, we achieved our highest energy generation yet, producing over 11kW! We eagerly anticipate observing how our system performs during the longer summer days”
Mrs. G Newman
