Salvador de Bahia Airport, part of the VINCI Airports network, generated over 7,000 MWh of solar energy for its own consumption in 2023, averaging 600 kWh per month. This marks a notable increase of more than 140 MWh from 2022, largely due to the installation of an additional 482 kWp on the roof of the International Cargo Terminal (TECA) in December 2023. The airport has operated a 4,215 kWp solar plant since 2020.
Currently, 100% of the Passenger Terminal’s operations are powered by renewable energy, with 30% sourced from the airport’s solar plant and 70% from the free market. This shift to renewable energy enabled the airport to avoid emitting 625.05 tons of CO2 in the past year, achieving an 87% reduction in carbon emissions compared to the start of the concession in 2018.
“For the 2024 balance sheet, we are projecting even greater figures for energy generation and self-sufficiency at the airport and a reduction in carbon dioxide emissions with the consolidation of this structure complementary to the solar plant that was installed in 2020,” said Alessandra Reis, the airport’s Environment Manager.
The airport continues to manage electricity consumption through efficiency and prioritizes solutions based on clean or less polluting sources. “We are constantly looking for solutions that reinforce our commitment to reducing polluting emissions, promoting sustainability in the national airport sector,” Alessandra added.
In 2023, Salvador de Bahia Airport met VINCI Airports’ target to halve internal carbon emissions by 2030, well ahead of schedule. The airport’s new goal is to reach net zero emissions (scopes 1 and 2) by 2050.
TECA Refuelling and Solar Energy Generation
The TECA International Cargo Terminal’s new solar power plant, with an installed capacity of 482 kWp and four inverters totaling 370 kW, spans approximately 3,540 square meters. This system generates 63,420 kWh per month or 761 MWh per year, exceeding the terminal’s energy consumption and supplying the entire area with renewable energy. Surplus energy is injected into the electrical grid to illuminate Patio 4.
The photovoltaic panels are certified resistant to corrosion from ammonia and sea salt, ensuring durability given the airport’s proximity to the seafronts of Salvador and Lauro de Freitas. The supporting structure for the panels is made from aluminum, stainless steel, or galvanized steel, specifically designed for photovoltaic systems.
With these advancements, Salvador de Bahia Airport continues to lead in sustainability within the national airport sector, emphasizing the importance of renewable energy and carbon emission reduction.
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