Sollentuna Cable Car Stockholm | Consulting, Planning
Municipality of Sollentuna
Sweden
2016 – 2017
Mono-cable Gondola Detachable (MGD)
Project description
Sollentuna is a rapidly growing municipality in the Swedish province of Stockholm with 75,000 inhabitants. The challenges identified in the city’s master plan are: developing the city center, creating space for sports activities, developing nature reservoirs, meeting climate targets and reducing noise.
A cable car between Häggvik and Väsjön deemed to fit well with the ambitious ideas of the comprehensive master plan and may contribute to a continuous development of the municipality, particularly around Väsjön, Häggvik and around the cable car line itself. Special attention is given to develop a cable car line that is adapted to the urban area and the landscape while providing efficient public transport between Häggvik and Södersätra with intermediate stations at Edsvik/Rudbeck and Väsjön. In doing so, both the availability and use of public transport should be increased.
The envisaged urban cable car would be a Mono-cable Gondola Detachable (MGD) system with a total length of 3.3 km, a capacity of 1.800 pphpd and 5 stations.
Service description
The following work was part of the consulting and planning services:
- Track alignment evaluation and determination of station locations
- Evaluation and selection of suitable cable car technologies
- System calculations and definition of system parameters
- Static rope line calculation and definition of tower/pillar locations
- Site plan and longitudinal profile design
- Preliminary station, maintenance facility and cabin depot planning and design
- Preliminary cabin design
- Tower/pillar design and clearance envelope analysis
- Definition of foundation forces for stations and towers/pillars
- Preliminary power distribution system design
- Preliminary signaling and communication equipment design
- Development of operation & maintenance concept
- Evaluation of system & civil works investment costs and O&M costs
- Creation of system safety analysis and emergency evacuation concepts