Photon Energy Replaces Diesel With Hybrid Solar and Storage
Stay informed with our
free newsletters

This news is classified in: Traditional Energy Oil and Gas

Oct 23, 2019

Photon Energy Replaces Diesel With Hybrid Solar and Storage System on Lord Howe Island

Photon Energy Group (WSE: PEN) announces that its subsidiary Photon Energy Engineering Australia will install a hybrid solar and battery storage system on Lord Howe Island, New South Wales, reducing the local community’s reliance on diesel-generated power.

A minimum 1.2 MWp solar PV array and a battery system with over 3.2 MWh capacity will soon be built on the World Heritage-listedremote island, located in the Tasman Sea 700km north-east of Sydney.

The integrated solar and storage system, purposely designed for a small and remote location, will provide more than two thirds of Lord Howe Island’s electricity, currently powered by diesel generation.

Global Bioremediation Technology And Services Market Forecast 2024-2032

Global Bioremediation Technology And Services Market Forecast 2024-2032

Download free sample pages

“Photon Energy is proud to have been successful in the Lord Howe Island Board’s rigorous tender process and to be given the opportunity to help the island’s community not only massively save on diesel and greenhouse gas emissions but also to prevent spills and pollution in a pristine environment,” said Michael Gartner, Managing Director of Photon Energy Australia.   

Through the Australian Renewable Energy Agency, the federal government has provided AUD 4.5 million towards this AUD 11.1 million project, with the NSW government also providing a loan facility of AUD 5.9 million to the Lord Howe Island Board, responsible for care, control and management of the island.    

The ground-mounted PV power facility combined with solar battery storage will be integrated with the local microgrid and diesel generators, which currently form the main power source for the island's community.

Construction on the hybrid solar and battery system project will commence early next year and is expected to be completed by June 2020.


Photon Energy Group