Power stations must generate electricity from an eligible renewable energy source to be eligible for accreditation. Common types of eligible renewable energy sources are solar, wind and landfill gas.
The types of eligible renewable energy sources, and ineligible energy sources, are listed in section 17 of the
Renewable Energy (Electricity) Act 2000 (REE Act).
Power stations using a mix of renewable energy sources and fossil fuels to generate electricity are eligible for accreditation. Large-scale generation certificates (LGCs) can however only be created in relation to electricity generated from the power station's eligible energy sources.
You must identify any fuel sources used by the power station in your application for accreditation. You must also demonstrate how you will account for electricity generated from ineligible energy sources in your LGC methodology.
Additionally, some eligible renewable energy sources have a specified meaning under the REE Act and
Renewable Energy (Electricity) Regulations 2001 (Regulations). These meanings and criteria determine whether an energy source comes within a specified meaning, and are included in Part 2, Division 2.2 of the Regulations For these energy sources, applicants are required to provide supporting documentation demonstrating that the fuel source meets requirements set out in the Regulations.
A list of accredited power stations is available on the
Register of accredited power stations.
The following table lists the 19 eligible categories for renewable energy sources as outlined in the REE Act:
About The Clean Energy Regulator
Carbon Farming Initiative
Carbon Pricing Mechanism
National Greenhouse And Energy Reporting
Renewable Energy Target
Emissions Reduction Fund
Our Systems And Their Resources
Clean Energy Markets
Data and information
Subscribe to email updates
Information Publication Scheme
Freedom of Information
The Clean Energy Regulator is a Government body responsible for accelerating carbon abatement for Australia.
Follow us on Twitter
Follow us on LinkedIn