Antigua and Barbuda’s Energy Minister Elected IRENA Vice President for Latin America and Caribbean

In a significant development for Caribbean representation in global energy governance, Antigua and Barbuda’s Energy Minister Melford Nicholas has attained the prestigious position of Vice President for Latin America and the Caribbean at the International Renewable Energy Agency (IRENA). This election occurred during IRENA’s 16th Assembly convened in Abu Dhabi, positioning the small island nation in a senior decision-making capacity within the influential international organization.

Minister Nicholas utilized the platform to articulate the acute energy challenges confronting Small Island Developing States (SIDS). In his national address, he revealed that Antigua and Barbuda remains disproportionately reliant on imported fossil fuels, with fuel expenses constituting approximately 67% of all utility revenues. This economic vulnerability underscores the urgent necessity for transition to sustainable alternatives.

During high-level discussions with IRENA Director-General Francesco La Camera, Nicholas championed accelerated deployment of renewable energy solutions across SIDS nations. The dialogue centered on strategic investment frameworks, international partnerships, and developing climate-resilient energy infrastructure capable of withstanding environmental disruptions.

Nicholas emphasized the critical need for enhanced access to concessional financing mechanisms and customized risk-mitigation instruments specifically designed for small island economies. He highlighted ongoing international support, including a hybrid solar project in Barbuda funded by the United Arab Emirates, alongside contributions from the United Kingdom, New Zealand, and the CARICOM Development Fund.

The minister’s leadership was further demonstrated as he presided over a ministerial-level session, solidifying Antigua and Barbuda’s influential role in shaping global renewable energy policy and reinforcing the nation’s commitment to sustainable energy transition.