In May 2025, the debate over the cost of this transition gained sharper contours, with estimates pointing to the need to channel around 6% of the national Gross Domestic Product (GDP) annually to finance the change.
With a global average temperature 1.55 °C above pre-industrial levels in 2024, governments accelerate energy transition and urban adaptation to contain environmental and socioeconomic impacts
In a global scenario increasingly pressured by decarbonization goals and the effects of climate change, Brazil recorded a remarkable advance in its transportation matrix in 2024.
In 2015, world leaders signed the Paris Agreement with a clear objective: to limit global warming to 1.5°C above pre-industrial levels and drastically reduce greenhouse gas emissions.
Brazil, which has one of the cleanest energy matrices among the G20 countries, will need to invest approximately US$6 trillion — about R$33.6 trillion — by 2050 to reach net-zero carbon emissions.
Decarbonizing the energy matrix has become a global priority in the fight against climate change. But how can we decarbonize efficiently and sustainably?
Green energy is revolutionizing Brazilian industry, promoting decarbonization and reducing operational costs. With 87.9% of electricity generated in Brazil in 2023 coming from renewable sources, the country stands out in the global scenario of sustainable energy transition.
energia limpa está revolucionando a maneira como produzimos e consumimos eletricidade, impulsionando a sustentabilidade e fortalecendo economias em todo o mundo.
Distributed generation and energy storage are transforming Brazil’s power sector, driving energy autonomy and regulatory challenges.
Energy efficiency is a central concept for sustainable development, focusing on reducing energy consumption without compromising the performance of activities and processes.