Savener, a leading multidisciplinary engineering and project development company, has successfully completed an innovative feasibility study for the restructuring of public transport services for workers at the Airbus factory in Getafe, Madrid. This project, carried out mainly by its traffic consulting department, stands out for the quality of the design, the functionality of the intervention and the implementation of sustainable and energy efficient solutions.
During the development of the project, Savener used the most advanced systems to carry out detailed field measurements, providing in-depth knowledge of traffic frequency, traffic typology and its hourly distribution. This data was essential to carry out accurate simulations and facilitate constructive discussions with the factory management, leading to the optimal solutions for the final design.
Savener’s approach was characterised by its methodological rigour and commitment to sustainability. The project incorporates energy harvesting systems that improve the efficiency of the resources used, while promoting the use of renewable energies. These solutions not only address current issues, but also set a new standard in the design of public transport services.
The measures implemented by Savener ensure more efficient and sustainable mobility for Airbus employees. A thorough analysis of employee needs and existing transport infrastructures led to the design of an action plan that optimises commuting, reducing travel time and environmental impact.
The project has been widely recognised for its ability to integrate advanced technology and green practices into a coherent and effective solution. The restructuring of public transport at Airbus Getafe is a clear example of Savener’s innovation and leadership in the sector, demonstrating once again its ability to develop projects that not only meet the expectations of its clients, but also contribute to the well-being of the community and care for the environment.
Savener continues to set the standard in the industry, reaffirming its position as a benchmark in engineering and sustainability. The excellence in design and functionality of its interventions continue to be fundamental pillars for the success of its projects, promoting a greener and more efficient future.
