Dominica’s journey toward a greener, self-sustaining future is reaching a major milestone. The island’s new geothermal power plant in Laudat is in the final stages of completion and is expected to generate 10 megawatts (MW) of clean, renewable energy for the national grid by March 2026. Once operational, it will power approximately 23,000 homes, marking a transformational step toward Dominica’s goal of becoming the world’s first climate-resilient nation.
Prime Minister Dr Roosevelt Skerrit, accompanied by Energy Minister Dr Vince Henderson and Project Manager Fred John, recently visited the site to inspect progress. The Prime Minister expressed his satisfaction with the pace and quality of work, confirming that the plant will begin supplying power as early as February 2026. This development represents more than an engineering success – it is a defining symbol of Dominica’s transition to a sustainable energy future.
A bold step towards renewable self-sufficiency
The Laudat geothermal plant is designed to harness energy from the earth’s natural heat, using a system of three production wells and one injection well to produce 10 MW of electricity. The plant will connect to the national grid through a newly constructed, hurricane-resistant underground transmission line – ensuring both efficiency and resilience.
This milestone is part of Dominica’s broader strategy to move away from fossil fuels, which currently account for over 90 per cent of the country’s electricity generation. By significantly reducing reliance on imported diesel, the new geothermal facility will help stabilise electricity prices, reduce carbon emissions, and strengthen the island’s resilience against global energy shocks.
Once operational, the geothermal plant will not only provide clean energy but also stimulate economic growth by creating jobs, supporting small businesses, and fostering investment in green industries. Local communities in Laudat, Wotten Waven, and Trafalgar stand to benefit directly from this development, with improved access to stable energy and opportunities for economic expansion.
Powering homes, businesses and opportunity
Dominica’s geothermal power plant represents one of the most ambitious renewable energy projects in the Caribbean. With its 10 MW output, the facility will supply reliable power to approximately 23,000 homes across the island, significantly lowering the cost of electricity and supporting industrial development.
The Government has prioritised this project as a key element of Dominica’s Sustainable Island State Agenda, aiming for nearly 100 per cent renewable energy generation by 2030. The geothermal plant will serve as the cornerstone of this vision, complementing other renewable initiatives such as hydropower, wind and solar projects.
Beyond immediate energy benefits, the geothermal project underscores Dominica’s dedication to environmental stewardship. By drastically cutting fossil fuel dependence, the island will reduce greenhouse gas emissions and protect its pristine ecosystems – preserving the lush rainforests, rivers and biodiversity that make Dominica the Nature Isle of the Caribbean.
Local and international collaboration
The success of this pioneering project has been made possible through extensive collaboration between local leadership and international partners. The development is supported by the Caribbean Development Bank (CDB) and the Green Climate Fund (GCF), both of which have provided essential financing and technical expertise.
Dominica has also partnered with ORMAT Technologies Inc., a world leader in geothermal solutions, which brings decades of experience in clean-energy engineering. The Government has confirmed that ORMAT will continue to operate and maintain the facility over the next 25 years, ensuring long-term reliability and efficiency.
Prime Minister Skerrit praised the efforts of all those involved, commending the technical teams and engineers who have worked tirelessly to bring the project close to completion. He noted that the geothermal plant exemplifies Dominica’s capacity for innovation and resilience:
“This project shows what can be achieved when determination, collaboration, and a shared vision for sustainability come together. Dominica’s green energy transition is not just about power—it is about empowering our people, protecting our environment, and securing our nation’s future.”
A model for the Caribbean
As global attention turns to renewable energy, Dominica’s geothermal project stands as a model for other island nations seeking sustainable solutions. The plant’s construction and operation demonstrate how small states can take decisive action to reduce emissions, promote energy independence, and build resilience in the face of climate change.
The success of the project will also contribute to Dominica’s growing reputation as a regional leader in sustainability. The island’s Citizenship by Investment Programme, which channels investment into national infrastructure and renewable projects like this one, continues to play a vital role in financing climate-resilient development.
The geothermal initiative reflects the same forward-thinking vision that guides Dominica’s economic and environmental strategies—creating a nation where clean energy, sustainable tourism, and innovation work hand in hand to enhance quality of life.
Toward a sustainable island state
As Dominica nears the commissioning of its geothermal plant, the island moves closer to achieving its ambitious 2030 target of 100 per cent renewable energy. This project will serve as a catalyst for further development, laying the foundation for a truly sustainable economy powered by nature itself.
For residents, it promises more stable electricity, lower costs, and greater energy security. For investors and global partners, it signals that Dominica is serious about long-term sustainability, innovation, and resilience.
Dominica’s green future is indeed heating up – and as the island prepares to bring geothermal energy online by early 2026, it stands as a powerful example of how small nations can lead the global transition to clean energy.