Our Projects

CWP and Partners Group, one of the largest private markets infrastructure investment managers, formed the Grassroots Renewable Energy Trust in 2018 with the ambition to create the largest renewable energy portfolio in Australia. CWP committed the mature part of its development portfolio, 1.2 GW in total, while Partners Group committed to invest over $700m AUD in equity to build out CWP’s projects.

In late 2020 we took a step further and merged CWP Renewables with the Grassroots Renewable Energy Trust, creating a multi-billion-dollar integrated renewables company that now operates under the name CWP Renewables, and in which we retain a minority position. The 2 GW diversified portfolio consists of wind, solar and battery assets in Australia’s National Electricity Market, and aims to deliver cheap electricity to our corporate clients without a cost to the environment. By combining wind, solar and, in some cases, battery storage at the portfolio level, we firm up intermittent renewable energy resources.

A unique project –  the largest of its kind in Australia – that will utilize the wind and solar resources available on the site simultaneously. Located near Glen Innes in New South Wales, the first phase of the project, the Sapphire Wind Farm, finished construction in November 2018. As the largest wind farm in NSW, the Sapphire Wind Farm has helped the ACT government achieve its target of 100% renewables by 2020 by providing a long term power purchase agreement.

The second phase of the project is what distinguishes it as the largest of its kind in Australia; with a planned 200MW of solar and storage to be developed, this will be a significant step on the path to firm renewable power. The project is expected to begin construction in late 2020, with completion of construction in late 2021.

The first major success for CWP Renewables, with a total capacity of 600MW and €1.1 billion secured in investment, this is the largest onshore wind farm in Europe.

Developed by CWP over 3 years and then construction managed by CWP over 4 years, this landmark project set records in the industry. It was the largest private investment ever in Romania and remains the largest onshore wind farm in Europe today.

The monumental project comprises 240 GE 2.5xl wind turbines, the largest single order of wind turbines in General Electric’s history. The project is now owned by CEZ.

Located in Olt County in South Romania, the Studina solar park will be one of the largest solar powerplants in Romania, with its 134 MW capacity providing clean electricity directly to the grid.

The Dobrotich Wind Farm is a large scale renewable energy project which will provide enough electricity to power around 440,000 homes and abate 1,350,000 tons of carbon dioxide each year.

It will also bring economic benefits to the local communities and Varna region, including over 200 new jobs.

The Dobrotich Wind Park will assist the Bulgarian government in achieving its commitment to the European Commission of attaining 27% renewable energy in the energy mix by 2030.

Ruzhitsa wind park is one of the large-scale renewable energy projects which provides enough electricity to power around 326 300 homes and displaces around 1 001 445 tonnes of carbon dioxide each year.

The park also brings economic benefits to the local municipalities – Kaolinovo and Nikola Kozlevo, as well as to Shumen province, including the creation of new jobs during the construction of the park and during its operation.

Gabritsa Wind Park is one of the large-scale renewable energy projects which provides enough electricity to power around 142 000 homes and displaces 437 000 tonnes of carbon dioxide each year.

The park also brings economic benefits to the local municipalities – Hitrino and Venets, as well as to Shumen province, including the creation of new jobs during the stages of construction of the park and during its operation.

The Australian Renewable Energy Hub is one of the most exciting energy projects in the world, with the potential to address key energy security and emissions reduction challenges facing Australia’s regional neighbours. It will create significant new manufacturing opportunities in Western Australia and will generate cheap clean power for the Pilbara region. Cheap clean energy will enable new and expanded mines, downstream mineral processing, and large scale production of green hydrogen products for domestic and export markets.

The scale of the project will enable the creation of new supply chain facilities for the manufacturing and assembly of equipment for wind and solar generation and for hydrogen production, which would create new, local, high value jobs. Approximately 20,000 jobs would be created during the 10 year project construction period, with 3,000 jobs created for the 50+ year operational period.

The Vetrozelena wind farm is a large-scale renewable energy project developed by CWP in Serbia’s windy Vojvodina region. The wind farm is the second such project CWP is realizing in the country, following the 158 MW Čibuk wind farm. The Vetrozelena project will be twice as large, with an installed capacity of 300 MW and will include 48 wind turbines.

The Solarina solar farm, with its 150 MW capacity, is a large-scale renewable energy project developed by CWP in Serbia’s Zaječar region. The calculated expected annual production of the entire solar park is about 270 GWh, which is enough energy to supply more than 65,000 households with solar energy. The production of electricity in the Solarina solar park will lead to an annual reduction of 187,650 tons of CO2 emissions in Serbia.

CWP is developing Kima Solar, a 50 MW photovoltaic power plant in southwest Serbia, in the municipality of Sjenica. The calculated expected annual production of the solar park is about 76 GWh, which is enough energy to supply more than 18,000 households with solar energy.

Wind farm Vetrogon, with a maximum installed capacity of 450 MW, is a renewable energy project that CWP is developing in the area of Srbobran and Bečej, Serbia. The calculated expected annual gross production of the entire wind farm is about 1,100 GWh, which is enough to supply more than 260,000 households with green electricity.

Lederata Energy hybrid power plant is a project developed by CWP in the area of Požarevac and Veliko Gradište, Serbia. Lederata Energy combines two renewable energy sources – wind and solar, and represents the first such project implemented by CWP in Serbia. The facility will consist of a 50 MW solar park, a 100 MW wind farm and an energy storage system of 20 MWh.

The calculated expected annual gross production of the entire power plant is about 380 GWh, which is enough to supply more than 90,000 households with green electricity.

The Equinox Power solar power plant, with a total installed capacity of 150 MW, is a renewable energy project that CWP is developing in the area of the municipality of Kula, Serbia.

Montechevo solar power plant, with a total installed capacity of 400 MW, is a project developed by CWP in the area of municipalities Lastva, Čevo and Prentin do on the territory of Cetinje, Montenegro. Upon completion of construction and commissioning, which is expected at the end of 2026, Montechevo will be the largest solar power plant in Montenegro. The calculated expected annual gross production of the entire power plant is around 650 GWh, which is enough to supply more than 154,000 households with green electricity.

Sapphire Wind Farm

270 MW, New South Wales, Australia

Crudine Wind Farm

135 MW, New South Wales, Australia

Boco Rock Wind Farm

113 MW, New South Wales, Australia

Čibuk 1 Wind Farm

158 MW, Dolovo, Serbia