Future-Proofing a Modern Family Home with Solar & Battery Storage

Apollogrid was appointed to design a bespoke solar PV and battery storage solution for a modern residential property in Bicester, Oxfordshire. The homeowner was looking to reduce electricity costs, increase energy independence, and invest in a future-ready renewable energy system that would provide long-term value and sustainability.

Solar PV | Hybrid Inverter | Battery Storage

Location: Bicester, Oxfordshire
Property Type: Residential Property

System Installed

ComponentInstalled Solution
Solar PV SystemLONGI EcoLife X10 Single Glass Black 475 * 14 panels
InverterApollogrid RV-H-S2 Series Hybrit Inverter 6 kW
Battery StorageApollogrid Low Voltge Wall-mount battery 20.48 kWh
MonitoringSmart Energy Monitoring
Property TypeResidential Property
Electrical SupplySingle Phase

Following a comprehensive site survey and technical assessment, Apollogrid developed a tailored solution designed to maximise solar generation while integrating battery storage and smart monitoring capabilities.


Customer Background

The property is a modern family home with a large, uninterrupted roof area ideally suited for solar generation. The homeowner wanted to take advantage of renewable energy technology to offset rising energy costs while reducing reliance on the national grid.

Apollogrid carried out a full assessment of the roof structure, electrical infrastructure, and installation requirements to ensure the proposed system would deliver maximum efficiency and long-term reliability.


Challenges Faced

Several design considerations were identified during the survey process:

  • Integrating renewable energy technology into an occupied family home.
  • Limited spare capacity within the existing consumer unit.
  • Requirement for efficient cable routing between the roof-mounted solar array and electrical equipment.
  • Positioning the inverter and battery system in a location with adequate ventilation and accessibility.
  • Designing a future-ready system capable of supporting increasing household energy demands.

ApolloGrid Solution

Apollogrid designed a customised solar PV and battery storage system tailored specifically to the property’s requirements.

The solution included:

  • Roof-mounted solar PV array designed to maximise available roof space.
  • Hybrid inverter technology for efficient energy management.
  • Battery storage integration to store excess solar energy for use during evenings and periods of low generation.
  • External wall-mounted inverter and battery installation.
  • Smart monitoring functionality enables homeowners to track system performance in real time.
  • Carefully planned AC and DC cable routing through the loft and external wall locations to maintain a clean installation.

Installation Highlights

  • Modern residential property in Oxfordshire.
  • Large uninterrupted roof area suitable for solar generation.
  • External inverter and battery installation.
  • Single-phase electrical supply.
  • Smart monitoring enabled via Wi-Fi connectivity.
  • Future-ready renewable energy infrastructure.

Benefits Delivered

✔ Reduced electricity bills

✔ Increased use of self-generated renewable energy

✔ Greater energy independence through battery storage

✔ Reduced carbon emissions

✔ Improved household energy efficiency

✔ Smart monitoring and system visibility

✔ Future-proof renewable energy solution


Customer Feedback

“ApolloGrid provided a professional and straightforward experience from the initial survey through to the final design. The team took the time to understand our goals and created a solution that will help us reduce energy costs while supporting a more sustainable future.”


Conclusion

This project highlights ApolloGrid’s ability to deliver high-quality renewable energy solutions for modern family homes. Through careful planning, technical expertise, and customer-focused design, ApolloGrid developed a solar and battery storage system that helps the homeowner take greater control of energy consumption while reducing long-term energy costs and environmental impact.

Client TypeResidential
System6.65 kW - 14 panels
LocationResidential Property