Massive 70-GW Renewables Hub Planned for Western Australia

• Powering the future: Western Australia’s 70-GW renewable energy hub aims to revolutionize green hydrogen production while respecting the land and its heritage.

The developers of the Western Green Energy Hub (WGEH) are seeking environmental approval for an upgraded 70-GW renewable energy project in Western Australia, which aims to enhance green hydrogen production. The application has been submitted to the state’s Environmental Protection Authority by a consortium that includes InterContinental Energy, CWP Global, and Korea Electric Power Corp, among others.

Located in the Goldfields-Esperance region on Mirning Country, the ambitious project will cover 2.29 million hectares, incorporating 35 solar farms and 3,000 wind turbines. The facility intends to generate 3.5 million tonnes of green hydrogen annually, primarily for export, with construction expected to unfold over 30 years in seven stages.

What key features and goals define the Western Green Energy Hub's renewable project in WA?

Key Features and Goals of the Western Green Energy Hub (WGEH) Project

• Massive Scale of Production: The WGEH project plans to generate approximately 3.5 million tonnes of green hydrogen annually, marking it as one of the largest hydrogen production facilities globally.
• Diversified Renewable Resources: The project integrates 35 solar farms and 3,000 wind turbines, harnessing a combination of solar and wind energy to maximize sustainable power generation.
• Strategic Location: Situated in the Goldfields-Esperance region of Western Australia on Mirning Country, the site benefits from abundant natural resources, including high solar irradiance and strong wind patterns, essential for optimizing renewable energy production.
• Phased Development Approach: The construction is slated to occur over 30 years and will be executed in seven distinct stages, allowing for careful evaluation and adaptation of strategies as the project progresses.
• Export Focus: Primarily aimed at international markets, the hydrogen produced is intended for export, enhancing Australia's position in the global renewable energy landscape and addressing the increasing demand for green hydrogen.
• Environmental Considerations: The project's developers are committed to obtaining environmental approvals, ensuring that their operations prioritize ecological sustainability and comply with local environmental regulations.
• Job Creation and Economic Growth: WGEH is projected to generate significant employment opportunities during both the construction and operational phases, contributing to local economies and supporting Australia’s transition to a green economy.
• Investment in Technology: The consortium behind WGEH is likely to invest in cutting-edge technologies for hydrogen production, storage, and transportation, fostering innovation within the renewable energy sector.
• Collaboration with Global Partners: The partnership with major players like InterContinental Energy, CWP Global, and Korea Electric Power Corp signals a strong commitment to collaboration, combining expertise from multiple sectors to drive the project forward.
• Alignment with National Energy Goals: The WGEH project is in alignment with Australia’s broader energy transition goals, contributing to the reduction of carbon emissions and the acceleration of a more sustainable energy future.
• Community Engagement: Developers are expected to engage with local communities and stakeholders throughout the project’s lifecycle, ensuring transparency and collaboration with Indigenous groups and local residents.
• Infrastructure Development: The project anticipates the construction of necessary infrastructure, such as transport and shipping facilities, to facilitate effective distribution and export of hydrogen.

These features and goals collectively outline the WGEH's commitment to creating a significant impact on the renewable energy landscape, while addressing environmental, economic, and social responsibilities.