Transforming Fields into Sustainable Power: Read how our clients harnessed solar energy for self-sufficiency and long-term savings.
A case study on a ground-mounted Solar PV system, carefully oriented for optimal energy production while enhancing visual appeal.
Discover their journey from regulatory challenges to seamless installation and the remarkable benefits of energy independence.
The clients, Mr. and Mrs. Milne, were keen on harnessing solar energy for their residential needs. Having previously installed photovoltaic (PV) panels in a previous house, they were well aware of the benefits of solar energy.
Our customers wanted to make the most of their fields, not only to become more energy self-suficient, but also to make financial savings in the long-term.
With the goal of utilizing the available fields in the most efficient manner, we decided to install a ground mounted Solar PV system with a capacity of 7.8 kWp. This system consists of 20 panels, each having a power output of 390W.
We carefully selected the orientation and angle of the panels to achieve two objectives: firstly, to enhance their visual presence, and secondly, to optimize the amount of energy they can produce.
As the system has been positioned away from nearby buildings and trees to avoid shading, the household can produce more energy compared to roof-mounted systems.
During the installation phase, our customer decided to enhance their energy self-reliance further by incorporating battery storage and the potential for off-grid capabilities. This required revisiting the system's specifications to accommodate the addition of batteries.
Once the groundwork was prepared, the installation of the panels and associated electrical components was conducted efficiently and seamlessly by the Solar Save Renewables’ team. The installation was completed during optimal weather conditions, resulting in a neat and visually pleasing arrangement.
The process of transforming the Milnes' agricultural land into a solar energy hub was not without challenges. Surprisingly, despite being a domestic installation, a full planning application was required by the planning department due to the classification of "change of use." This incurred an unexpected cost of £450. Additionally, any installation exceeding 100m2 required Surface Water Drainage Approval (Suds). Despite these challenges, our team, effectively managed the planning process, responding promptly to the inevitable delays caused by the holiday season.
Our customer’s decision to invest in solar energy generated remarkable results. The combined impact of solar energy generation and battery storage led to a significant reduction in their reliance on external electricity sources. Even in the early months of the year, the homeowners witnessed a remarkable decrease in their electricity imports, with their energy consumption pattern closely matching the solar generation schedule. Moreover, the ability to store and use off-peak electricity during high-demand periods led to substantial savings in overall electricity costs.
With no obligation we will provide you with a recommended system option specific for your type of property and will advise you on the size of the system and the estimated annual electricity bill savings.
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