Latin America and the Caribbean build capacity to turn green hydrogen potential into viable projects

  • OLACDE is delivering a free regional course on the green hydrogen economy and Power-to-X, focused on overcoming technological, regulatory and investment barriers across the region.

The Latin American and Caribbean Energy Organization (OLACDE) is delivering a free, virtual regional training course this month on “Fundamentals of the Green Hydrogen Economy and Power-to-X.” The initiative aims to strengthen the technical capabilities of countries across Latin America and the Caribbean to assess, plan and develop viable projects within an emerging value chain of the energy transition.

The program addresses one of the sector’s main challenges in the region: moving from theoretical potential to technically and financially viable projects. Throughout the course, participants examine scalable business models and near-term market opportunities, including the replacement of grey hydrogen in key industries such as mining, fertilizers and the energy sector.

The training also focuses on the enabling conditions required to attract investment. Legal certainty, clear regulatory frameworks, integrated resource planning — including water and renewable energy — and infrastructure development are critical to the success of these projects. The course also examines the role of Power-to-X technologies and synthetic fuels in decarbonizing hard-to-electrify sectors, including maritime transport, aviation and heavy industry.

The training is part of the “Advancing a Regional Approach to the Green Hydrogen Economy in Latin America and the Caribbean” project, implemented by OLACDE in partnership with the United Nations Environment Programme (UNEP) and funded by the Green Climate Fund (GCF). Its overarching objective is to equip the region with strategic tools to accelerate decision-making and support the development of a sustainable green hydrogen market.

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Latin America and the Caribbean build capacity to turn green hydrogen potential into viable projects

Newsletter summary

Latin America and the Caribbean build capacity to turn green hydrogen potential into viable projects

Capacity building & knowledge

We advance high-level technical training programs that foster experience-sharing and develop the human and institutional capacities required to drive energy transformations across our region.

Our academic programs offer executive courses, postgraduate diplomas, master’s degrees, and innovative initiatives focused on key areas such as the energy transition, conventional and renewable energy, electromobility, and regional integration.

OLACDE builds a regional network of energy expertise, connecting governments, young professionals, academics, and industry experts to foster collaborative solutions through technical cooperation and talent development to address future energy and climate challenges.

Technical cooperation & climate finance

We strengthen South-South and triangular cooperation as key drivers to accelerate energy transitions across Latin America and the Caribbean. OLACDE unites efforts among governments, multilateral organizations, academic institutions, and the private sector to mobilize financing, technical expertise, and innovative solutions tailored to our regional context.

We advance strategic initiatives aimed at directing resources toward decarbonization, conventional energy, renewables, and energy justice projects—building a more efficient, inclusive, and sustainable regional cooperation architecture.

Regional energy community

We are building a regional energy community with a global outlook, positioning Latin America and the Caribbean as a pivotal player on the international stage. OLACDE amplifies regional representation in key multilateral energy, trade, and climate forums by fostering strategic alliances and international cooperation.

Through flagship events such as Energy Week and new spaces for high-level dialogue, we champion a collective voice that attracts investment, drives technical partnerships, and unlocks sustainable development opportunities across our region

Energy transition & strategic projects

We foster a regional energy transition built on sustainability, energy security, and social inclusion. OLACDE supports Member Countries in adopting emerging technologies—such as energy efficiency, storage solutions, green hydrogen, electromobility, and grid digitalization—to accelerate the sector’s decarbonization.

Our approach promotes strategic projects that strengthen energy resilience across Latin America and the Caribbean, reducing emissions while building a cleaner, more competitive energy infrastructure. Key regional initiatives, including OEMLAC, position our region as a benchmark for climate innovation and sustainable energy development.

Energy information and data

We develop regional platforms dedicated to energy intelligence, technical analysis, and strategic data systems that empower both public and private decision-making across the sector. OLACDE drives digital transformation in energy by leveraging artificial intelligence, georeferencing, and advanced analytical tools to map regional energy trends.

The integration of systems such as SieLAC, along with new regional digital platforms, consolidates reliable, up-to-date technical data—enabling modern, interoperable, and evidence-based energy planning.

Regional energy integration

We foster cooperation across the regional energy sector by prioritizing infrastructure development, cross-border collaboration, and regulatory alignment to enhance energy security in Latin America and the Caribbean. OLACDE coordinates strategic projects in power grid interconnections, natural gas integration, and joint energy planning to build resilient, sustainable partnerships.

Working alongside the governments of our 27 Member States, regional blocs, multilateral institutions, and key public and private stakeholders, we drive initiatives that introduce innovative energy exchange mechanisms, strengthen national capacities, and accelerate a unified regional energy transition.