
Project Overview
Client: St John WA Head Office
Project Size: 53kW DC Solar
Project Type: Rooftop Commercial Solar System
Location: Belmont, Western Australia
Westsun Energy was engaged to design and install a 53kW commercial solar system for St John WA Head Office.
The objective was to reduce electricity costs, improve energy efficiency, and deliver a reliable renewable energy solution for a busy operational facility with consistent daytime energy demand.
As a WA-based commercial solar EPC provider, Westsun Energy delivered a tailored solar solution designed to maximise rooftop generation while supporting long-term operational savings.
Challenges
→ Daytime Energy Demand: Designing a system capable of offsetting daily electricity consumption.
→ System Optimisation: Maximising solar generation within the available roof space.
→ Long-Term Reliability: Selecting proven commercial-grade equipment suited to Western Australian conditions.
Solution
Westsun Energy engineered and installed a high-performance commercial solar system featuring:
→ 104 × Jinko Solar Tiger Neo 3 Panels: High-efficiency N-Type modules selected to maximise rooftop energy generation.
→ 1 × Sungrow CX Inverter: Commercial-grade inverter technology providing reliable power conversion, intelligent monitoring, and efficient system performance.
System design focused on:
→ Maximising Solar Generation: Delivering strong daytime energy production to reduce reliance on grid electricity.
→ Reliable Performance: Using trusted commercial components engineered for long-term operation.
→ Long-Term Efficiency: Supporting reduced operating costs and improved energy performance.
Results & Benefits
→ Solar System Size: 53kW DC
→ Solar Panels Installed: 104 × Jinko Solar Tiger Neo 3 modules
→ Inverter: 1 × Sungrow CX inverter
→ Reduced Electricity Costs: Solar generation helps offset ongoing operational expenses.
→ Improved Energy Efficiency: Supports daily operations with renewable energy.
→ Sustainability Impact: Reduces carbon emissions while improving long-term energy performance.






















