Brazil's Landmark 30MW Lithium-Ion Battery Installation from our strategic partner: A Sustainability and Reliability Milestone
Introduction
Brazil has made a significant stride in sustainable energy and grid reliability by installing a massive lithium-ion battery system. This pioneering project aims to support more than 2 million people by providing additional power during peak consumption times and enhancing the stability of the national grid.
Project Overview
A Massive Installation
The lithium-ion batteries, covering approximately 5,000 square meters—an area half the size of a standard soccer field—boast a capacity of 30 MW. This substantial installation is poised to have a considerable impact on the nation's energy infrastructure and environmental footprint.
Environmental Impact
Over the course of two years, the battery system is projected to prevent the emission of 1,194 tons of CO2 by replacing diesel generators. This equates to a significant environmental benefit, aligning with global efforts to reduce carbon emissions and combat climate change.
Peak Performance
The batteries will play a critical role during peak energy consumption times, providing up to two hours of backup power. This ensures a continuous supply of electricity, avoiding potential disruptions caused by surges in demand and delivering enhanced service reliability.
Investment and Revenue
The project represents a major investment by ANEEL (Brazil's National Electric Energy Agency) amounting to over $27 million with an expected Annual Allowed Revenue (RAP) of about $5 million, reflecting June 2021 figures based on ANEEL's Authorizing Resolution.
A Pioneering Grid Operator
ISA CTEEP, the company operating the battery system, is a leader in electricity transmission. It operates across 17 Brazilian states and is responsible for transmitting approximately 30% of Brazil’s electricity—crucially, including 92% of the power used in the economic hub of São Paulo.
Conclusion
The 30MW lithium-ion battery installation is a landmark achievement for Brazil, demonstrating a strong commitment to sustainable energy practices and technological innovation in electricity transmission. By significantly reducing carbon emissions and enhancing grid reliability, this project not only supports the present energy demands but also paves the way for a greener, more resilient future for Brazil's power network. ISA CTEEP's role in this venture underscores its position as a vital player in the nation's energy sector, supporting millions of Brazilians with essential energy needs.
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