- Lead Organisation
RATCH-Australia Corporation LimitedLocation
Collinsville, QueenslandARENA Program
7 January 2013
10 February 2015
- Project PartnersTransfield Infrastructure Pty Ltd, University of QueenslandThis CST project was completed on 10 February 2015.
This project assessed the viability of converting the existing 180 MW coal-fired Collinsville Power Station in Queensland to a 30 MW hybrid solar thermal/gas power station. It was ultimately determined that a project was not feasible at the current time due to excessive capital costs.
A solar thermal power station has not yet been designed or built in Australia. As a result, the Australian renewable energy industry has had little direct exposure to the development of solar thermal hybrid systems or with the conversion of coal-fired electricity generation equipment to solar thermal.
There is a possibility that a number of coal-fired power stations that are nearing the end of their life could be converted to solar thermal power stations whilst making use of some of the existing infrastructure.
This project assessed the viability of converting the existing 180 MW coal-fired Collinsville Power Station in Queensland to a 30 MW hybrid solar thermal/gas power station.
Although determined to not be feasible at the current time, the project has assisted with the future deployment of solar thermal technologies in Australia by demonstrating where cost reductions must still occur to enable solar thermal power plants to be constructed.
This project consists of:
- Name: Anil Nangia, Project Development Manager
- Email: firstname.lastname@example.org
- Phone: +61 (07) 3214 3404
The results of the feasibility study, including project cost estimates and research reports by the University of Queensland, are publicly available below.
The project has implications for the future use of coal-fired power stations by increasing the energy industry’s understanding of how carbon-intensive electricity generators may be converted using hybrid renewable energy technologies to produce low-carbon power.