OUR PROJECTS
POWER IN PROGRESS
At Glas Energy, our works speaks for itself. Across Australia and beyond, we've delivered renewable energy projects that combine technical precision with long-term performance. From solar farms and battery storage installations to hybrid microgrids and renewable fuels each project is a testament to our commitment to smarter, cleaner energy.
Explore our growing portfolio through the gallery below—featuring project milestones, , and operational highlights from our solar, storage, wind, renewable fuels and hybrid developments.
01
Narrogin Renewable Fuels Project
The Narrogin Renewable Fuels Project is Australia’s first commercial-scale renewable diesel biorefinery, located just south of Narrogin in Western Australia. The facility will convert sustainably sourced biomass into low-emission renewable diesel using advanced pyrolysis technology. With the capacity to produce 18 million litres of renewable diesel annually, the project will create local jobs, support regional agriculture, and contribute to decarbonising heavy transport and industry. As a modular, scalable facility, it represents a major step forward in building a circular, low-carbon economy in regional Australia.
02
Lockhart Renewable Hybrid Energy Project
Located in the rural township of Lockhart, New South Wales — home to approximately 1,000 residents and situated south of Wagga Wagga — this innovative renewable energy project will feature a 10 MW solar farm AC-coupled to a 10 MW / 20 MWh battery energy storage system. The system will operate through a single connection point, making it a unique integration within the National Electricity Market (NEM). The hybrid plant is expected to generate approximately 20,000 MWh of clean electricity annually, effectively displacing around 20,000 tonnes of CO₂ emissions each year.
03
Glanmire
The Glanmire Solar Farm is a co-located renewable energy project situated along the Great Western Highway in Glanmire, New South Wales, 11km east of Bathurst and 4.5km east of Raglan.
With development approval granted, the project will deliver a 60MW solar farm supported by a 52MW Battery Energy Storage System (BESS), creating enough energy to power approximately 24,150 homes in NSW annually.
04
Barwon
The Barwon project is located approximately 50 km west of Melbourne in Little River, Victoria. The project will supply 250MW of clean energy to the grid and consists of a 250MW battery energy storage system (BESS) that can store energy and discharge when electricity demand is high.
The project will connect via onsite 220kV overhead lines and supply renewable energy to 98,000 Victorian houses annually and displacing around 532,019 tonnes od CO2 emissions per year.
05
Elaine
Elaine is a 150MW solar farm and a 150MW Battery Energy Storage System (BESS) located 80 km west of Melbourne, Victoria. The project will connect to the existing Elaine Terminal Station across the Midland Highway. The site which is currently used for cropping and grazing will remain suitable for grazing post construction.
This development will contribute to Victoria’s renewable energy generation targets of 50% by 2030 and more broadly the reduction of greenhouse gas emissions across Australia.
06
Shady Creek
The Shady Creek energy project is located 10 kilometres north of Trafalgar, around 13 kilometres from Yarragon, and around 130km southeast of Melbourne. The site which is approximately 265 acres (107 ha) will comprise of a 60 MW Solar farm with ground-mounted solar PV modules and a 60 MW BESS. During the construction phase, the project is expected to create 150+ jobs for the local community.
07
Ballantine
Located on the outskirts of Bairnsdale and about 230km east of Melbourne, Victoria, lies the Ballantine solar farm. The site covers approximately 99 hectares.
The project will comprise of approximately 120,000 ground-mounted solar panels generating approximately 70MW of clean, renewable energy for the electricity grid. The development will also include a 70MW BESS, enabling energy to be stored during periods of low demand and dispatched when demand is high.
08
Langley Vale Lerida
Langley Vale Lerida Solar Farm is a hybrid energy project with a generating capacity of 250 megawatts (MW) and includes a 500 MW BESS with four-hour duration.
The Project is located approximately 5km southeast from the township of Gunning, within the Upper Lachlan Shire Council (LGA) and is 198km southwest of Sydney.
Langley Vale Lerida Solar Farm aims to provide a meaningful contribution to NSW’s transition to renewable energy and is aligned with Federal, NSW and local land use policies in this regard. During peak construction, it is expected to create approximately 300 jobs.
09
Mayfair
Mayfair Solar Farm is a proposed 60MW solar and 60MW BESS Project in the Mid-Western Regional Local Government Area, in New South Wales, approximately 5 kilometres north of Gulgong.
The Project is located on Wiradjuri land over a 300-acre underdeveloped site. The proposed Project will connect to the national electricity grid via an existing 66kV on site transmission line. Mayfair Solar Farm has the potential to generate enough clean energy to power approximately 24,000 homes, reducing CO2 gas emissions by 121,500 tonnes per year.
10
Morven
Morven Solar Farm is a proposed 125MW solar and battery energy storage system (BESS) Project in the Greater Hume Shire Local Government Area in New South Wales, about 11 kilometres north of Gerogery and 42 kilometres north of Albury and the Victorian border.
The Project would connect to the national electricity grid via an existing on site 132kV transmission line, operated by Transgrid.
In line with State and Commonwealth commitments to reduce carbon emissions by harnessing renewable energy, the proposed Morven Solar Farm has the potential to generate enough clean energy to power approximately 48,000 homes, reducing greenhouse gas emissions by 220,000 tonnes per year.
11
Yelarbon
Yelarbon Project is a 400 MW Solar farm which will comprise of approximately 850,000 ground mounted solar panels and a 400 MW BESS. The solar panels will be mounted on a tracking system which enables them to rotate and follow the sun, optimising electricity generation.
Yelarbon Solar Farm is proposed on a site along Merton Road in Yelarbon, Queensland. This site is located in southern Queensland, approximately 30km north of the NSW border, and 270km west of the East Coast.
The Project will create enough clean, renewable electricity to power around 185,000 Queensland homes, support national energy independence, and contribute to the Queensland Government’s renewable energy targets.