How Ciego de Ávila is Leading Cuba’s Fight Against Climate Change: Solar Farms, Mangrove Restoration, and Tourism Tech Transform the Region in 2026!
How Ciego de Ávila is Leading Cuba’s Fight Against Climate Change: Solar Farms, Mangrove Restoration, and Tourism Tech Transform the Region in 2026!
Published on January 3, 2026
The central province of Ciego de Ávila has reaffirmed its commitment to Cuba’s State Plan for Confronting Climate Change (Tarea Vida) through various adaptation and mitigation efforts. These initiatives, led by key players in the electricity and scientific sectors, aim to address the challenges posed by climate change while improving sustainability and the well-being of local communities. In 2025, the province is set to continue its climate action efforts, focusing on renewable energy, energy efficiency, and ecosystem restoration, which will contribute to long-term environmental and economic goals.
A key part of this vision is the use of solar energy, sustainable tourism practices, and nature-based solutions to reduce the environmental impact of human activities in the region. By investing in renewable energy infrastructure, promoting energy efficiency in local industries, and restoring vital ecosystems, Ciego de Ávila is working to align itself with global climate goals and set a positive example for other regions.
Solar Energy Projects Lead the Way in Renewable Innovation
One of the cornerstones of Ciego de Ávila’s climate change strategy is its increasing reliance on photovoltaic solar energy. The synchronization of three photovoltaic solar parks (PVSPs) across the municipalities of Ciego de Ávila, Baraguá, and Venezuela represents a significant step toward reducing the province’s carbon footprint. With a total capacity of 21.87 megawatts (MW), these solar parks contribute to decarbonizing the electrical grid, reducing dependence on fossil fuels, and mitigating harmful emissions.
The completion of these projects marks a record high in the use of solar energy in the region, with the parks collectively delivering more than 253,700 megawatt-hours of energy, saving over 659,680 tons of fuel and preventing the release of more than 215,400 tons of greenhouse gases. These efforts demonstrate the renewable energy sector’s potential to support climate change adaptation and drive the region’s transition to clean energy solutions.
Supporting Tourism with Energy Efficiency Initiatives
Tourism is a significant industry for Ciego de Ávila, and energy efficiency has become a priority in the region’s tourism sector. In the Jardines del Rey tourist destination, which includes the Cayo Coco and Cayo Guillermo islands, six hotel facilities have received energy management equipment as part of the International Sustainable Tourism Project. These facilities, including Meliá Costa Rey, Meliá Cayo Coco, and Sol Cayo Coco, will now have tools that help them monitor and manage energy use, promoting responsible electricity consumption.
As part of this initiative, two automatic weather stations (AWS) were installed to monitor meteorological variables and their influence on hotel electricity consumption. Real-time sensors have been placed in areas of highest demand, and the project has also proposed solar thermal systems to improve water heating efficiency in hotels. These efforts will allow for the development of energy efficiency models that account for local energy use habits, offering a practical path toward sustainable tourism.
Hydrological Monitoring and Mangrove Restoration
Another key initiative in Ciego de Ávila’s climate adaptation strategy is the Mi Costa International Project, which focuses on ecosystem-based adaptation along the southern coast. This project is dedicated to monitoring water resources, mitigating saltwater intrusion, and protecting coastal ecosystems. As part of the initiative, four automatic hydrometric stations have been installed to monitor water levels, flow rates, and the quality of water in the southern basin. These stations are equipped with sensors, cameras, and solar panels to ensure energy autonomy in remote locations.
Additionally, the Mi Costa project has been instrumental in mangrove planting efforts, with 114.2 hectares of mangrove restoration carried out along the southern coast of Venezuela. Mangroves play a critical role in protecting coastal areas from erosion, providing habitat for marine life, and acting as carbon sinks to reduce the effects of climate change. These efforts not only restore the region’s natural beauty but also strengthen its ability to withstand the impacts of rising sea levels and extreme weather events.
Coastal Dune Rehabilitation and Biodiversity Restoration
Further supporting ecosystem restoration, the Ciba research center in Ciego de Ávila has led initiatives to rehabilitate coastal dunes in the northern keys of the province, specifically Cayo Coco. Through the production of over 1,500 seedlings of native species, Ciba has managed to restore 637 square meters of coastal dunes and control the spread of invasive species. This rehabilitation project is part of a broader effort to protect the province’s biodiversity and ensure the long-term health of its coastal ecosystems.
The planting of native plants, coupled with active management of invasive species, plays a vital role in maintaining the integrity of coastal habitats and reducing vulnerability to climate impacts such as storm surges and sea level rise. These projects demonstrate how nature-based solutions can be integrated with scientific research and community-based efforts to build resilience against the changing climate.
The Role of Collaborative Efforts in Climate Action
The success of Ciego de Ávila’s climate adaptation strategy is due in large part to the collaboration between local institutions, international projects, and scientific research centers. Partnerships between organizations such as Tourism Malaysia, the Ciba research center, and local government agencies have been key in driving forward these projects. This collaboration has ensured that climate action initiatives are both effective and sustainable, benefiting not only Ciego de Ávila’s environment but also its economy and communities.
Conclusion: A Sustainable Future for Ciego de Ávila
As Ciego de Ávila looks ahead to 2025 and beyond, its commitment to fulfilling the Cuban State Plan for Confronting Climate Change (Tarea Vida) remains clear. Through the development of renewable energy sources, the promotion of energy-efficient tourism, and the restoration of coastal ecosystems, the province is laying the groundwork for a resilient and sustainable future. With continued collaboration, technological innovation, and a focus on environmental stewardship, Ciego de Ávila is setting an example for other regions in Cuba and beyond in addressing the challenges of climate change and securing a sustainable future.