Stimela Crossing
SOLAR
739 KWp
Inverters
720 kW
About the Project
Stimela Crossing required a high-impact commercial solar installation to reduce operating costs and secure long-term energy stability. SolarXgen engineered and delivered a 739 kWp grid-tied system, custom-designed to maximise energy output on the centre’s available roof space.
This project showcases how a well-engineered commercial system can drastically cut daytime energy expenses and strengthen sustainability performance — all while keeping operations uninterrupted.
WP SOLAR
kw Inverters
Detailed Energy Assessment & System Design
Comprehensive energy modelling ensured a system layout optimised for maximum yield and commercial savings.
Procurement & Engineering
Top-tier JA Solar modules and Goodwe inverters selected for performance, reliability, and long-term stability.
Professional Installation
Installed with precision and integrated into the centre’s electrical infrastructure with minimal business disruption.
Commissioning & Performance Verification
Thorough system testing completed to confirm output, efficiency, and safety compliance.
High-output solar engineered for commercial efficiency
Stimela Crossing now benefits from predictable, long-term energy savings through a high-performance grid-tied system built specifically for retail-centre consumption profiles.
Significant daytime electricity savings
Designed to offset the majority of commercial-hour consumption.
Premium equipment for long-term reliability
JA Solar modules and Goodwe inverters ensure stable performance
Optimised commercial-grade design
Engineered to support large retail operations with consistent capacity.
MWh – Clean Energy
kWp – Installed Capacity
Power Your Retail Centre the Smart Way
A professionally engineered solar installation can transform long-term operational savings — just like Stimela Crossing.
Our systems are engineered for heavy-duty performance, immediate financial benefits, and long-term sustainability.
What You Gain
✔ Reduced operational expenses
✔ Strong sustainability impact
✔ High-efficiency commercial system
✔ Long-term energy stability