Scope of Work

Situated approximately 50 km west of Toowoomba in Queensland’s Darling Downs region, the Yarranlea Solar Farm spans 250 hectares and boasts a generation capacity of up to 103 MW AC. This capacity is sufficient to power approximately 32,000 homes, contributing significantly to the region’s renewable energy supply . The farm connects to the power grid via the existing Ergon Energy infrastructure, facilitating the transmission of power into Toowoomba through the Middle Ridge Bulk Supply Substation . Equipped with 372,833 solar PV modules mounted on single-axis tracking arrays, the facility has an expected operational life of 30 years .​

Monford Group was responsible for delivering all civil, mechanical, and electrical works for the Yarranlea Solar Farm. Our scope included the detailed redesign of road build-up to optimise site access and durability. We managed the procurement of all miscellaneous materials, excluding major components such as trackers, cables, and panels. Our construction responsibilities encompassed the entire solar farm, up to and including the connection into the substation. We also conducted the cold commissioning of the entire solar farm, ensuring all systems were operational and met the required standards. The project was completed safely, within budget, and ahead of schedule .

Scope of Work

​The Merredin Solar Farm, located approximately 260 km east of Perth in Western Australia’s Central Wheatbelt, stands as the state’s largest completed solar installation. With an expected annual output of 274 GWh, it generates enough electricity to power approximately 42,000 Western Australian homes . The farm comprises approximately 360,000 solar panels mounted on a single-axis tracking system and 22 inverter stations that convert the power from the solar panels to alternating current (AC) before entering an onsite substation. A transformer within this substation increases the voltage for injection into the Merredin Terminal Substation.

Monford Group was entrusted with delivering all civil, mechanical, and electrical works for the Merredin Solar Farm. Our responsibilities encompassed the installation of photovoltaic (PV) modules, mounting structures, the DC electrical system, inverters, transformers, switchgear, SCADA systems, meteorological stations, internal roadworks, drainage, a storage facility, and the operations and maintenance (O&M) building and substation. By leveraging our expertise and efficient project management, we completed the construction from start to finish in just three months, setting a new benchmark for utility-scale solar delivery in the region

Scope of Work

Located near the Pilbara coast in Western Australia, the Port Hedland Solar Farm is a 65 MWdc solar energy project designed to strengthen local energy infrastructure and reduce emissions in one of the country’s key industrial regions. Positioned just 14 kilometres from BHP’s port operations, the farm is connected to the existing Port Hedland power station, enabling a direct renewable energy contribution to local industry. Developed in a remote yet strategically vital area, the project supports regional energy security while advancing Western Australia’s clean energy transition.

As EPC contractor, Monford Group was responsible for delivering the civil, mechanical, and electrical works for the Port Hedland Solar Farm. Our scope included full engineering and design services, as well as the procurement of essential materials. Monford managed construction of the entire facility—installing solar modules, mounting systems, inverters, and associated electrical infrastructure. Our team ensured seamless integration with the existing power station, delivering a technically complex project in a remote setting with a focus on safety, efficiency, and long-term performance. The Port Hedland Solar Farm is forecasted to power 100% of the average daytime energy requirements for BHP’s port facilities, significantly reducing reliance on fossil fuels in one of Western Australia’s most energy-intensive industrial hubs.

Scope of Work

The 260MW Solar Farm, located 2km north-east of Jindera in the Greater Hume Shire, New South Wales, is set to become a major contributor to renewable energy generation. Covering 300 hectares, the project will feature approximately 394,000 solar panels and is expected to generate 507GWh of electricity annually, powering around 100,000 homes.

As the EPC contractor, Monford Group was responsible for all civil, mechanical, and electrical works, including engineering, design, procurement, and commissioning. This large-scale renewable energy project demonstrates our ability to deliver high-quality, sustainable solutions that contribute to a cleaner energy future. Once operational, the Glenellen Solar Farm will generate 507GWh of clean energy annually—enough to power approximately 76,400 Australian homes. By doing so, it will offset around 170,000 tonnes of carbon dioxide emissions every year.

Scope of work

As EPCC contractor on this project, Monford Group delivered all civil, mechanical, and electrical works in the construction and operation of a Renewable Hydrogen Plant and associated infrastructure, including a dedicated 18 MWp solar photovoltaic (PV) farm, 10 MWe hydrogen electrolyser, an 8MW/8MWH lithium-ion Battery Energy Storage System (BESS), and balance of plant and supporting infrastructure.

Once commissioned, the project will be capable of producing up to 640 tonnes of renewable hydrogen per year.