Hyperloop represents an innovative and technologically advanced concept of a transport system based on the motion of pods through tubes with reduced air pressure. The Hyperloop system started development in 2013. The system uses magnetic levitation technology and electric motor to minimize friction and enable speeds of over 1,000 km/h. Reduced air resistance and absence of contact with the ground significantly increase energy efficiency and reduce wear and tear of the system. The infrastructure consists of hermetically sealed transport tubes, power and control stations, as well as complex systems for safety, operation and maintenance of stable pressure within the network.
The structure of the Hyperloop system consists of several interconnected technical units:
- transport tubes with reduced air pressure,
- pods for transport of passengers or cargo,
- magnetic levitation system to eliminate friction,
- linear electric motor to accelerate and propel pods,
- vacuum pumps for maintaining a low pressure in tubes,
- energy system to power infrastructure and pods,
- operation and control system for navigation, safety and traffic regulation,
- stations for reception, boarding and maintenance of pods,
- safety and communication systems to monitor operation and emergency situations.
