Overview
Central Termica de Ciclo Combinado Salta is a 643 MW gas-fired power plant in Salta, Argentina, operated by AES - Termoandes SA. It plays a key role in the region's electricity grid.
Central Termica de Ciclo Combinado Salta is a gas-fired power plant located in Salta, Argentina. With a capacity of 643 MW, it is a significant facility in the country's power generation sector, contributing to the stability of the regional grid. The plant operates on natural gas using combined cycle technology, which enhances efficiency and reduces emissions compared to older technologies. Argentina's power sector is regulated by national standards, and facilities like this must comply with emission limits and operational permits to ensure environmental and safety standards. As a combined cycle gas turbine plant, it provides flexible and relatively low-carbon electricity compared to coal-fired plants. Its location in Salta supports local industrial and residential demand, and its operation by AES - Termoandes SA reflects private sector involvement in Argentina's energy infrastructure.
Environmental context
The plant uses natural gas, which has a lower carbon footprint than coal or oil, but still emits CO2 and NOx. Its location in Salta, a region with growing energy demand, means it supports economic activity while contributing to local air quality considerations. Combined cycle technology improves efficiency, reducing fuel consumption per MWh.
Frequently asked questions
The plant is located in Salta, Argentina, at coordinates 24.7456° S, 65.0513° W.
It is a gas-fired combined cycle power plant, which uses natural gas to generate electricity efficiently.
The plant is owned and operated by AES - Termoandes SA, a private energy company.
Gas power plants in Argentina must comply with national environmental and energy regulations, including emission limits and operational permits issued by the Secretaría de Energía.
Combined cycle technology captures waste heat from the gas turbine to generate additional power, increasing overall efficiency and reducing fuel consumption and emissions per unit of electricity.