WA Households: Don’t Miss the Battery Rebate.

univeristy of adelaide genomics building solar panel rooftop

Our Projects

The University of Adelaide

Industry
Location
Project size
First year bill saved
First year energy generate

Project Overview

Venergy Solar was selected to deliver a high-efficiency 150 kW solar system at the University of Adelaide’s Waite Campus as part of the University’s 2021–2030 Sustainability Plan. The installation was deployed across two key facilities—the Genomics Building and the Woolhouse Building—and designed to support the University's goal of achieving 2 MW of onsite renewable generation by enhancing its distributed energy resources.

Utilizing Trina Solar panels, SolarEdge inverters, and Sunlock Racking, Venergy completed the project with precision and minimal disruption to academic and research activities. The system was strategically integrated into the campus infrastructure, ensuring alignment with the University's operational standards and long-term environmental objectives.

"Collaborating with Venergy has helped us make real progress toward our sustainability commitments. The system not only improves our energy footprint but supports our long-term research and operational goals with minimal disruption to campus life."

The Challenge

As a fully operational research and teaching campus, the Waite Campus of the University of Adelaide presented several logistical challenges for solar installation. The project needed to be delivered without disrupting academic activities, laboratory operations, or public accessibility. Strict adherence to safety protocols, university infrastructure standards, and heritage considerations was also essential. Furthermore, the solar system had to seamlessly integrate into the University’s sustainability framework, providing accurate data for internal energy reporting and aligning with long-term climate commitments.

The Solution

Venergy engineered and delivered a 150 kW rooftop solar system, tailored to meet the University's unique operational and environmental needs. The system was built using high-efficiency Trina Solar panels, SolarEdge inverters for module-level performance tracking, and durable Sunlock Racking to ensure long-term reliability. Installation was carefully scheduled during low-impact periods and coordinated with campus facilities teams to ensure zero disruption to teaching and research functions.

The addition of SCADA-integrated monitoring allowed for real-time performance insights, enabling the University to align system output with its internal sustainability reporting and analytics platforms. This project represents a key milestone in the University’s commitment to renewable energy, directly supporting its goal of achieving 2 MW of on-site generation capacity by 2030.

The Results

The installed 150 kW solar system is expected to generate approximately 273,750 kWh of clean energy annually, translating into over $123,000 in electricity savings in the first year alone. The system offsets around 263.8 tonnes of CO₂ emissions annually, equivalent to planting ~4,396 trees each year.

This project marks a meaningful milestone in the University of Adelaide’s sustainability journey, directly contributing to their renewable energy goals and setting an example of leadership in clean energy adoption within the education sector.

First Year Savings

$123,187.50

Payback Period

4 yrs 4 mths

Trees Planted/ annual

4,396

CO2 saved/ annual

263.8 tonnes

Matthew Wilkins

CEO | Venergy Solar Australia

“This project demonstrates how solar can empower institutions to lead by example. We’re proud to support the University of Adelaide’s clean energy transition by delivering a solution that combines quality, performance, and long-term value.”