GameChange Energy delivers massive solar tracker deal in Australia

The 380 MWp Lower Wonga Solar Farm in Queensland, Australia, will use GameChange Energy’s Genius Tracker system, marking one of the country’s largest utility-scale solar tracker deployments. The project reflects a growing trend in Australia’s renewable energy sector, where developers increasingly prioritize technologies that balance efficiency with adaptability to local environmental conditions. The selection of GameChange Energy’s system shows the importance of innovation in addressing the unique challenges posed by Australia’s varied settings, from coastal plains to inland hills.

Tracker system chosen for rugged terrain

The project, developed by Lightsource bp with INTEC Energy Solutions as the engineering, procurement, and construction (EPC) partner, will install GameChange Energy’s Genius Tracker 1P Terrain Following system. The technology was selected for its ability to adapt to challenging terrain and minimize earth grading requirements. Traditional solar installations often require significant land modification to create flat surfaces for panel placement, a process that can increase costs, extend construction timelines, and disrupt local ecosystems. The Genius Tracker system mitigates these issues by allowing panels to follow the natural contours of the terrain, which not only preserves the site’s existing topography but also reduces the environmental footprint of the project.

GameChange Energy said the system supports efficient construction and delivers reliable long-term performance. The terrain-following design eliminates the need for large-scale excavation, which can be particularly challenging in remote or environmentally sensitive areas.

The project will also integrate the company’s HailStow and MaxGen technologies, which combine autonomous stow capabilities with advanced tracker optimisation designed to maximise energy generation. HailStow is designed to protect panels from hail damage by automatically adjusting their angle to minimize impact during storms, a feature particularly valuable in regions prone to severe weather. Meanwhile, MaxGen uses real-time data to optimize the angle of each tracker throughout the day, ensuring panels capture the maximum amount of sunlight even as weather conditions change.

Abderrahmane Ould Abdellahi, chairman of INTEC Energy Solutions, said tracker selection was critical for both project delivery and performance. The company evaluated factors like grading requirements, construction efficiency, and operational reliability before choosing GameChange Energy. “For a project of this scale, tracker selection plays an important role in both project delivery and long-term performance. Working closely with Lightsource bp, we evaluated a range of factors, including the ability to minimise grading requirements while supporting efficient construction and reliable operation. GameChange Energy demonstrated a strong understanding of the project requirements and the site’s operating conditions, and we look forward to working with them to deliver the project,” he said.

Australia’s solar market grows

Lower Wonga is part of a broader expansion of utility-scale solar in Australia, where demand for infrastructure capable of handling diverse site conditions is rising. The country’s solar market has grown rapidly in recent years, driven by declining costs of photovoltaic (PV) technology, government incentives, and corporate power purchase agreements (PPAs). Queensland, in particular, has emerged as a hub for large-scale solar development due to its high solar irradiance, available land, and supportive state policies. The state government’s target of 50% renewable energy by 2030 has accelerated investment in solar farms, with developers increasingly turning to advanced tracking systems to maximize output from each project.

Vaibhav Joshi, GameChange Energy’s managing director for Oceania and Southeast Asia, called the project a key milestone in the company’s growth in the region. “Lower Wonga is an important project for us, representing another significant step in our growth in Australia and reflecting the growing demand for utility-scale solar infrastructure designed for diverse site conditions,” he said. “Australia continues to be an important market for GameChange Energy, and we are pleased to support this project alongside Lightsource bp and INTEC Energy Solutions.”

Australia has become a major market for solar trackers, which adjust panel angles to follow the sun, increasing energy capture. Unlike fixed-tilt systems, which remain stationary, trackers can enhance energy production in optimal conditions. This advantage is particularly pronounced in Australia, where solar irradiance is among the highest in the world. The country’s mix of flat and hilly terrain has made terrain-following systems particularly valuable for large-scale projects.

GameChange Energy’s trackers are already used in multiple Australian solar farms, though Lower Wonga stands out for its size. The 380 MWp capacity will place it among the largest solar installations in Queensland, where renewable energy targets are driving rapid development. The project’s scale is expected to set a precedent for future developments, demonstrating the viability of large-scale solar in regions with complex terrain.

Lightsource bp, a global solar developer, has been active in Australia for years, often partnering with local firms to handle regulatory and logistical challenges. The company’s portfolio in Australia includes over 1 GW of solar projects either operational or in development, making it one of the largest players in the country’s renewable energy sector. The company’s involvement in Lower Wonga signals confidence in the country’s long-term solar potential, particularly as Australia transitions away from coal-fired power plants.

Construction timelines and grid connection details for the project have not been disclosed. Once operational, the solar farm is expected to supply power to thousands of homes, though specific off-take agreements remain unconfirmed. The project’s output could be directed toward corporate PPAs, government contracts, or the national electricity market, depending on negotiations with off-takers.