Sandringham Private Game Reserve Avoca Picket
SOLAR
212.04 KWp
Inverters
420 kW
About the Project
The Avoca Picket section of Sandringham Private Game Reserve required a solar solution with reliable backup power to maintain operations in a remote environment. SolarXgen designed a 212.04 kWp hybrid system with 420 kWh battery storage, providing uninterrupted energy supply for daily operations and ensuring operational continuity regardless of grid fluctuations.
The installation uses high-quality Sigen Hybrid equipment, optimised for hybrid operation, providing both solar generation and battery-backed power to critical systems on site. This ensures sustainability and resilience for the reserve’s activities.
KWP SOLAR
kw Inverters
Feasibility & Design
A thorough site assessment determined optimal solar array layout and battery sizing to meet energy demands efficiently.
Procurement & Logistics
High-quality components were sourced and delivered to a remote location with careful logistical planning.
Installation & Commissioning
SolarXgen installed and commissioned the system to ensure seamless integration between solar generation and battery backup.
Monitoring & Maintenance
Continuous monitoring and maintenance ensure the system performs reliably in a remote, off-grid-adjacent environment.
Reliable Energy for Remote Operations
The Usutu Forest Products Co system provides substantial cost savings, operational resilience, and a cleaner energy footprint.
Uninterrupted power
Solar and battery system ensures critical operations run without interruption.
Energy cost savings
Reduced reliance on expensive diesel or grid energy.
Enhanced operational resilience
Supports reserve operations in all conditions.
MWh of Clean Energy
kWp – Installed Capacity
Power Your Remote Facility Efficiently
SolarXgen provides hybrid solar and battery solutions designed to keep remote sites operational and sustainable.
Hybrid Solar Solutions for Reliable Operations
Optimised for energy independence, these systems reduce costs and improve reliability.
✔ Lower operational energy expenses
✔ Maintain operations during grid outages
✔ Improve sustainability performance
✔ Strengthen long-term energy resilience