Brazil

Guilman Amorim— 140.04 MW Hydroelectric

HydroRenewable

→ More Hydroelectric plants in Brazil

CompareView on Map

The Guilman Amorim hydroelectric power generation facility stands as a noteworthy contributor to Brazil's energy landscape, holding the 230th position among the 2402 total plants in the country. With a capacity of 140.04 MW, it accounts for 0.06% of Brazil's total capacity of 250,382 MW, underscoring its role in the predominantly hydro-driven energy sector. This facility was commissioned in 1997 and is part of a vast network of hydro plants that harness the natural flow of water to generate electricity, a method that aligns with Brazil's commitment to renewable energy. Located in a region rich with natural resources, Guilman Amorim is surrounded by other smaller plants, including Sá Carvalho with a capacity of 78 MW and São Gonçalo (Antiga Santa Bárbara), which generates 11 MW, highlighting a diverse energy cluster in the vicinity. The hydroelectric plants in the area reflect Brazil's strong reliance on hydroelectricity, which dominates the national energy profile, making up a significant chunk of the total installed capacity. The Guilman Amorim facility operates within a landscape where hydro resources are plentiful, yet it still contributes to the stability and efficiency of the energy grid. The operator, which maintains a commitment to sustainable energy practices, has ensured that this plant operates effectively to meet regional demands. The facility's hydroelectric technology allows it to generate power without the harmful emissions associated with fossil fuels, making it a cleaner alternative in the energy mix. As Brazil continues to foster economic growth while prioritizing environmental sustainability, the role of Guilman Amorim becomes increasingly significant. Its contribution not only meets local energy needs but also supports the national agenda of increasing renewable energy usage. The ongoing evolution of Brazil’s energy market positions facilities like Guilman Amorim as critical players in the transition towards a greener future.