Overview
TS5 Tower 4 is a 4.92 MW gas power plant located in Brazil. It is operational and contributes to the local energy grid.
TS5 Tower 4 is a gas-fired power generation facility located in Brazil, with coordinates approximately 23.65°S, 46.64°W. With a capacity of 4.92 MW, it falls into the small-scale category for gas power plants. The plant is currently operational, supporting regional electricity supply. Gas power plants in Brazil typically operate under national environmental regulations, including CONAMA resolutions for air quality and emissions. Gas plants often utilize combined cycle or simple cycle gas turbines, with efficiency and emissions varying accordingly. The plant's small capacity suggests it may serve local or industrial loads. The facility's location in Brazil's southeastern region, near major urban centers, underscores its role in meeting local energy demand. Gas power generation offers flexibility and lower emissions compared to coal, aligning with Brazil's energy mix that includes significant hydroelectric and renewable sources. TS5 Tower 4 contributes to grid stability and energy diversification.
Environmental context
As a gas power plant, TS5 Tower 4 has a lower carbon footprint compared to coal-fired plants, but still emits CO2, NOx, and other pollutants. Its small capacity (4.92 MW) limits overall emissions. The plant's proximity to populated areas in southeastern Brazil may require adherence to local air quality standards. Gas plants typically have faster ramp rates, supporting integration of intermittent renewables.
Frequently asked questions
TS5 Tower 4 is located in Brazil, with approximate coordinates 23.65°S, 46.64°W.
TS5 Tower 4 has a capacity of 4.92 MW, making it a small-scale gas power plant.
TS5 Tower 4 uses natural gas as its primary fuel.
Gas power plants in Brazil must comply with CONAMA resolutions, which set limits on air pollutant emissions such as NOx and SOx, and may require environmental licensing.
As a gas plant, TS5 Tower 4 provides flexible generation that can quickly respond to demand changes, supporting grid stability and complementing renewable sources like hydro and wind.