39570cec d541 4abe 9657 95234793bf03

Residential Solar + Battery Storage Installation – Brooklands Drive, Henley Brook WA

Delivering Smarter Energy Through Integrated Solar & Battery Storage.

INDOZ PureVolt Solar was engaged to design and deliver an integrated solar and battery storage solution for a residential property in Henley Brook, Western Australia.
The objective of the project was to create a future-ready energy system capable of increasing solar self-consumption, reducing dependence on conventional electricity supply, and improving long-term household energy efficiency.
By combining premium solar generation with advanced battery storage technology, the completed solution supports smarter energy usage while helping maximise renewable energy produced on site.
Designed specifically for local operating conditions, the installation demonstrates how integrated solar and storage solutions can provide reliable and sustainable energy outcomes for Australian homes.

The Challenge:

Households are increasingly seeking greater control over energy consumption while reducing exposure to changing electricity costs and increasing demand requirements.
For this project, the homeowner required a solution that would:
  • Maximise daytime solar generation.
  • Store excess renewable energy for evening usage.
  • Increase household energy independence.
  • Improve long-term energy efficiency.
  • Support future household energy requirements.
The challenge was to balance generation capacity, storage capability, roof layout, and long-term system performance within a residential environment.

INDOZ PureVolt Solar’s Role & Technical Delivery.

INDOZ PureVolt Solar managed the project through system design, energy modelling, technology selection, and delivery planning.

Project scope included:

  • Site-specific energy assessment.
  • Solar generation design.
  • Battery storage integration.
  • System optimisation and performance modelling.
  • Installation planning and commissioning support.
The delivered solution was engineered to maximise energy utilisation while maintaining dependable operation across seasonal generation conditions.

System Specifications:

  • 13.3kW DC Solar System.
  • 28 × Jinko Solar Tiger Neo 475W Solar Panels.
  • High-efficiency monocrystalline technology.
  • Long-term performance design.

Inverter Technology:

  • 1 × FoxESS KH10.5 Hybrid Inverter.
  • 10.5kW output capacity.
  • Optimised for integrated solar and battery operation.

Battery Storage :

  • 1 × FoxESS EQ4800-L7.
  • 32.61kWh usable battery capacity.
  • Lithium Iron Phosphate (LiFePO4) technology.
  • 95% round-trip efficiency.