Chile, A Renewable Powerhouse: From Atacama to the World

Year 1 | Issue 2 | September 2025 | Anglo-Saxon®

By Marco Osorio – Chile

In the heart of the Atacama Desert, where the sun seems eternal and the wind never rests, Chile is building not just a new energy system but also a more sustainable future. Over the past two decades, the country has shifted from relying almost entirely on imported fossil fuels to becoming a global leader in solar, wind, and -more recently-green hydrogen. Today, more than 62% of the national energy matrix comes from renewable sources, with projections pointing to over 80% by 2030.

The Rise of Renewables in Chile

The rapid growth of clean energy in Chile didn’t happen by chance. The high costs of fossil fuels due to imports from distant markets, combined with the urgent need to decarbonize its energy matrix, pushed the country to explore cleaner, more sustainable alternatives. What began as pilot solar and wind projects quickly evolved into a robust industry, positioning Chile as a regional leader in renewable generation.

Today, solar farms in the north and wind fields in the south supply power not only to cities but also to key industries such as mining, which is electrifying at an accelerated pace to reduce its carbon footprint.

Wind and Solar Potential: A Natural Advantage

Chile enjoys a geographic advantage that few countries can match.

  • In the north, the Atacama Desert records the highest solar radiation in the world, exceeding 3,000 kWh/m² per year, enabling highly efficient and competitive photovoltaic generation.

  • In the south, regions such as Aysén and Magallanes experience constant, powerful winds, ideal for developing large-scale wind farms that already feed the national grid and, in some cases, power local industrial projects.

This unique combination of natural resources positions Chile as one of the countries with the highest renewable potential worldwide.

The Challenge of Intermittency

However, the journey isn’t without challenges. Solar and wind power depend on natural conditions that are not always consistent: cloudy days, lack of wind, or seasonal changes can impact generation. This intermittency drives the need for investment in storage and backup solutions, such as large-scale battery systems and hydrogen-based technologies, to ensure a reliable and stable power supply.

Present and Future Challenges

Chile’s energy transition faces two major hurdles:

  • Energy storage: Although lithium battery plants and hydrogen pilot projects are underway, the current capacity is still insufficient to fully support a grid increasingly dependent on intermittent sources.

  • Transmission and transport: Most of the energy is generated in the north and south, far from the country’s central urban hubs, demanding new transmission lines and smarter systems to efficiently manage energy flows.

Tackling these challenges will be essential to maintaining the strong growth of renewables and integrating them fully into the national grid.

Chile as a Sustainable Nation

The shift toward renewable energy is more than just a technological change; it’s a step toward a more sustainable development model. With clear public policies, foreign investment, and an innovative ecosystem, Chile is advancing toward its goal of carbon neutrality by 2050.

Every solar panel installed and every wind turbine raised not only generates electricity but also creates jobs, fosters research, drives technology transfer, and strengthens the country’s global competitiveness. From the blazing sun of the north to the powerful southern winds, Chile is proving that it’s possible to grow, innovate, and protect the planet at the same time.

The Future is Renewable

Chile is writing its own chapter in the global energy revolution. With every project and every breakthrough, the country solidifies its position as a global benchmark for innovation and sustainability.

The future isn’t fossil. The future is renewable—and in Chile, that future is already here.

English Magazine

Marco Osorio is a Chilean civil electronic engineer specializing in renewable energy and industrial automation. He is pursuing a Doctorate in Renewable Energies at UNICEPES (2023–2026), after earning a Master’s in Renewable Energies from Universidad Europea (2022–2023) and a Master’s in Industrial Electronics, Automation and Control from EADIC (2019–2020).

He began his career with a degree in Civil Electronic Engineering from Universidad de Tarapacá. His credentials include certifications in Wind Energy from the Technical University of Denmark (2025) and Predictive Modeling & Machine Learning with MATLAB from MathWorks (2025), underscoring his focus on the intersection of clean energy, automation, and data-driven innovation.

Linkedin: https://www.linkedin.com/in/marco-osorio-b16bb546/

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