World’s First Renewable Energy Island Microgrid Project

Carnegie microgrid project
Western Power CEO, Paul Italiano and Carnegie CEO Dr Michael Ottaviano at the announcement of the world first renewable energy island microgrid project MoU at Carnegie’s Private Wave Energy Research Facility in Fremantle

Wave energy developer, Carnegie Wave Energy Limited, announced  has signed an Memorandum of Understanding with Western Australian Government power utility Western Power to deliver a world first renewable energy island microgrid project.

The Garden Island Microgrid Project (GIMG) will be the first such wave-integrated renewable microgrid project to be connected to an electricity network. The GIMG Project will consist of the CETO 6 Project currently in progress and the existing reverse osmosis desalination plant currently operating on Garden Island but will add an additional 2MW peak, of solar photovoltaic (PV) power generation and sufficient energy storage to allow safe, stable and reliable interaction with the electricity grid.

Chief executive officer  Michael Ottaviano said, “Carnegie sees great potential to integrate its world leading CETO wave technology into islands as well as fringe of grid applications wherever there is a strong wave resource. Western Australia presents itself as an attractive option to locate wave power projects in coastal communities and avoid building and maintaining long transmission lines.” Additionally, Carnegie’s island power projects will invariably involve integrating CETO with other renewable energy power sources, desalination plants, diesel generation and increasingly energy storage. This project will also be a great opportunity to demonstrate a real world, wave integrated microgrid system to our island customers”

Western Power CEO, Paul Italiano was also optimistic about the project, “Western Power sees significant potential for long-term economic benefits in increasing the amount of decentralised energy generation located near the edges of the grid.  We will provide engineering expertise to assess the technical challenges of enabling a two way flow of power between a large integrated network and a microgrid that has a mix of renewable sources of generation, including wave energy.”


ST Staff Writers About ST Staff Writers
This post was prepared by Solar Thermal Magazine staff.

1 Comment

Comments are closed.