Case Study: Solar Energy Transformation for a Grade II Listed Property in St. Asaph, Denbighshire, North Wales – Goodwin Electrical’s Expertise
Introduction
At Goodwin Electrical, we take pride in offering tailored renewable energy solutions that respect the unique requirements of historic properties. Recently, we had the privilege of transforming a Grade II listed property in St. Asaph, Denbighshire, North Wales, with state-of-the-art solar technology. This case study outlines the installation process and highlights the substantial benefits achieved for our client
Client Background
Our client owns a beautiful Grade II listed property in St. Asaph, Denbighshire, with a garage roof that presented an ideal location for solar panel installation. However, the project required careful adherence to planning requirements to maintain the property’s historic integrity.
Project Objectives
1. Install High-Efficiency Solar Panels: Equip the property with top-tier solar panels to maximise energy generation.
2. Integrate Advanced Inverters and Battery Storage: Ensure efficient energy management and storage to optimise usage and savings.
3. Install an EV Charger: Provide a convenient charging solution for the client’s electric vehicle.
4. Enhance Energy Independence: Enable the client to reduce reliance on the grid and lower energy bills.
Implementation Process
1. Planning and Approval:
We worked closely with local planning authorities to ensure our installation plan complied with all regulations for Grade II listed properties. This included securing approval for the placement and appearance of the solar panels.
2. Solar Panel Installation:
– Panels: Installed six high-end REC 405W solar panels on the garage roof, adhering to planning requirements and ensuring minimal visual impact.
– Inverter and Optimisers: Integrated a SolarEdge inverter with optimisers to enhance the efficiency and output of each panel.
3. Battery Storage:
– Inverter and Battery: Installed a GivEnergy AC coupled inverter paired with a 9.5kWh battery. Given the limited permitted room space, we selected this configuration to allow for efficient energy storage and management.
– Night-Time Charging: The larger battery enables grid charging during preferential night-time rates, providing stored energy to use throughout the day. This setup allows the client to maximise savings and see immediate returns on investment.
4. EV Charger Installation:
– Charger: Installed a Hypervolt EV charger, providing the client with a reliable and efficient solution for charging their electric vehicle at home.
Results
1. Financial Savings:
The client experienced significant reductions in their energy bills due to the high-efficiency solar panels and strategic use of night-time grid charging. The system’s ability to discharge stored energy throughout the day ensured optimal utilisation of cheaper electricity rates.
2. Client Satisfaction:
The client expressed extreme satisfaction with the outcome, praising the seamless integration of the technology and the immediate financial benefits realised. They reported instant returns on their investment, attributing the savings to the effective combination of solar generation, battery storage, and night-time rate utilisation.
3. Environmental Impact:
By harnessing renewable energy, the client reduced their carbon footprint and contributed to a greener environment. The installation aligns with our commitment to promoting sustainable energy solutions.
Conclusion
The successful installation at this Grade II listed property in St. Asaph, Denbighshire, North Wales, showcases Goodwin Electrical’s expertise in delivering customised renewable energy solutions that respect historical integrity while providing modern benefits. Our comprehensive approach ensured that the client could significantly reduce their energy bills and enjoy immediate returns on investment.
For more information on how Goodwin Electrical can help you transform your property with renewable energy solutions, visit our website at goodwin-electrical.co.uk or contact us directly for a consultation. Together, we can power a sustainable future while preserving the past.
