Maryvale Solar & Energy Storage Project

37km South East of Dubbo

 About Maryvale Solar Farm

Maryvale Solar and Energy Storage Project has now received Development Approval from the New South Wales Department of Planning and  Environment, and is to be a market first hybrid solar and energy storage plant. The projected site is located 37km South East of Dubbo in Maryvale, and is planned to have an installed capacity of approximately 235MWp of photovoltaics “DC-coupled” with 190-270MWh of energy storage, with an area of approximately  350 – 360ha. 

Construction is estimated to commence in mid 2024, with over 400 personnel predicted to be onsite throughout the construction period. Commercial operations are projected to commence 2026, with the projected energy generation equivalent to an average of 82,000 households per annum, whilst also preventing 615,000 tonnes of CO2 being prevented from entering the atmosphere. 

 

 JOBS TO BE CREATED DURING CONSTRUCTION (PEAK)

400

ESTIMATED OPERATIONS COMMENCEMENT

2026

 

ESTIMATED HOMES POWERED WITH CLEAN ENERGY

82,000

ESTIMATED ANNUAL CO2 SAVINGS (TONNES)

615,000

 

Timeline

Project News

Site Location

The project is located 37km South East of Dubbo.

Community Consultation

 

Those involved in the development of the Maryvale Solar and Energy Storage Project are committed to developing an honest relationship with the local community throughout all stages of the project.

Community engagement is of the utmost importance to us at Gentari Solar Australia, and to the successful development and construction of this project.   

Community consultation for the project development occurred in two rounds. The first occurred between November 2017 and July 2018. The second round of community consultations occurred in March 2022.  Further community consultation will be arranged and information shared as the project progresses to the construction phase. 

To obtain further information,  and any general enquiries regarding the project, please use the contact form below to get in touch with our friendly team. 

 

DOCUMENT DOWNLOADS

FAQ

  • The area has great sun, relatively flat and cleared land, is suitable for agrisolar sheep grazing after construction, and is relatively close to the Transgrid Wellington Terminal Station that links the local electricity grid to Australia’s Eastern seaboard power network. These are all great qualities for a potential solar site.

  • Solar Farm projects are one of many ways we can future proof Australia’s energy supply and play our part in the international effort to tackle climate change. They are considered to be one of the most environmentally-friendly and sustainable ways of generating power. They produce practically no noise or waste and require minimal maintenance. At the end of their serviceable life the land can revert to its original use. A safer and cleaner environment will ensure a healthier future for generations to come.

  • Solar panels use low reflectivity glass and are designed to absorb as much light as possible in order to maximise their energy generation. When the light hits the panels at a low angle they can reflect some light, however the average reflection of a solar panel is less than a car windscreen

  • At peak, during the construction phase we estimate over 400 jobs will be created to deliver the hybrid project. An information session will be held for local businesses and workers to express their interest to become involved in the project in various capacities.

  • The solar farm is expected to operate for at least 30 years. After decommissioning, the infrastructure would be removed and returned to its pre-works condition. The project would not have any long-term effect on agricultural productivity or future land use.

We value your feedback

 

For all general enquiries, complaints, and feedback regarding the Maryvale Solar and Energy Project, please get in touch via our contact form below. 
We look forward to your feedback and will be pleased to assist. 

 

Get in touch

Email: community@gentari.com.au

Phone: (02) 8405 7963