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Chile’s General Directorate of Civil Aeronautics (DGAC), in collaboration with Thales, a global technology leader, has inaugurated the world’s inaugural solar-powered air traffic control radar station. Positioned in the Atacama Desert of Northern Chile, this groundbreaking technological venture marks a significant leap towards sustainable aviation practices and ensures robust air traffic surveillance in the region.
Air safety remains paramount, necessitating constant vigilance by Air Traffic Control Officers to monitor aircraft movements within their airspace. To address this need, Thales developed a solar-powered radar system for DGAC, featuring the advanced STAR NG primary radar and RSM secondary radar. This innovative setup facilitates the detection of both slow and fast-moving targets, including helicopters, commercial planes, and jets, thereby enhancing air traffic monitoring and safety.
Situated at an altitude exceeding 3500 meters, the radar station harnesses the region’s abundant solar energy through 340 strategically positioned panels, covering an expansive area of 10,000 m2. With a maximum daily generation capacity of approximately 960 kWh, the station operates exclusively on sustainable energy, minimizing its environmental footprint.
Thales’ commitment to sustainability is evident in its collaboration with DGAC, aligning with global objectives to mitigate climate change. The deployment of efficient energy usage, advanced battery technology, and backup generators further underscores Thales’ dedication to delivering environmentally responsible solutions.
Juan Alegría, Systems Director at DGAC, hailed the radar station as a significant advancement in air safety, offering unparalleled coverage and environmental benefits. He emphasized the alignment of the project with Chilean policies and international standards set forth by ICAO to mitigate environmental impact.
Lionel de Castellane, VP of Civil Radars segment at Thales, highlighted the project’s significance in promoting sustainability within the civil aviation industry. He underscored Thales’ commitment to creating low-carbon solutions that contribute to a safer and more environmentally conscious future.
In addition to technological advancements, Thales and DGAC have prioritized the preservation of archaeological sites in the region. Through collaboration with indigenous communities and special demarcation measures, the project aims to uphold the historical and cultural heritage of the area, fostering a harmonious coexistence with the environment.
The inauguration of the solar-powered radar station signifies a milestone in aviation technology and underscores Thales’ leadership in delivering sustainable solutions to meet the evolving needs of the aerospace industry. |
