Overview
Shopping Center Vale is a 2 MW gas power plant located in São Paulo, Brazil. It provides localized power generation for the shopping center's operations.
Shopping Center Vale is a gas-fired power plant located in São Paulo, Brazil, with a capacity of 2.055 MW. This small-scale facility is designed to support the energy needs of the shopping center, ensuring reliable power supply for its commercial operations. The plant operates under Brazil's national environmental and energy regulations, which include emission standards for stationary sources. Gas power plants like this one typically use natural gas or similar fuels, offering lower emissions compared to coal or oil. The technology is likely a reciprocating engine or small gas turbine, common for distributed generation. As a captive power plant, Shopping Center Vale enhances energy security for the shopping center and reduces reliance on the grid. Its location in an urban area underscores the role of distributed generation in meeting local demand while contributing to grid stability.
Environmental context
The plant's gas fuel type results in lower CO2, SOx, and NOx emissions compared to coal or oil. Its small capacity (2 MW) minimizes local air quality impacts, though proximity to populated areas in São Paulo requires adherence to emission limits. The facility likely uses modern combustion technology to meet Brazilian environmental standards.
Frequently asked questions
Shopping Center Vale is located in São Paulo, Brazil, at coordinates -23.646100, -46.638600.
Shopping Center Vale has a capacity of 2.055 MW, making it a small-scale gas power plant.
Shopping Center Vale uses gas as its primary fuel, likely natural gas or similar.
Gas power plants in Brazil must comply with national environmental standards, including emission limits for air pollutants, and are subject to licensing by environmental agencies.
Small-scale gas power plants like Shopping Center Vale provide localized, reliable power for commercial facilities, reducing grid dependence and supporting energy security in urban settings.