- Country: Russia
- Sector: Buses
- Area of Action: Urban transport
- Type of service: Municipality/public service
- Power source: Electric
- Aspects described in the case study:
- Technical features of e-buses and actual developments
- Charging infrastructure construction and operation
- Digital solutions assisting the use and operation of e-buses
- Training of e-bus drivers
- Training of e-bus maintenance staff
- Eco driving
- Health and business environment of e-bus driving
CONTEXT
The Urban Monorail Shuttle is an innovative autonomous transportation system designed to improve mobility in large, densely populated cities. Created by the Russian agency Working People, this autonomous monorail is easily integrated into existing road infrastructure, utilising medians and roadsides without the need for costly additional construction. The modular design allows the addition of capsules on demand, improving the efficiency and flexibility of the system. Equipped with advanced technology for autonomous navigation and air purification systems, this concept seeks to offer a safe and sustainable transportation solution for modern urban environments.
THE PROCESS
- Planning and Investment: Begins with feasibility studies to assess the need for the project and cost estimates. A detailed strategic plan is developed and the necessary financing for implementation and long-term maintenance is secured.
- Infrastructure Development: Key infrastructure is built and upgraded, such as renewable energy systems or specific transportation routes, adapting the existing infrastructure to support the new technologies.
- Technology Integration: Consists of selecting and configuring new technologies, integrating them with existing systems to maximise operational efficiency and technological compatibility.
- Training Programs: Implement workshops and courses to train personnel in the use and maintenance of new technologies, ensuring efficient and safe operation.
- Awareness Campaigns: Seminars and educational activities are carried out to inform and motivate the community about the benefits and correct use of new technologies.
IMPACT
- Environmental Benefits: The adoption of sustainable technologies, such as renewable energy and clean transportation, reduces carbon emissions, improving air quality and combating climate change.
- Operational Efficiency: The integration of advanced technologies and process automation optimises operation and maintenance, reducing downtime and improving system efficiency and reliability.
- Public Health: Improved air quality and reduced pollutants reduce the incidence of respiratory diseases and other related health problems, promoting a healthier environment.
- Economic Growth: Modernization and the adoption of new technologies boost the local economy, generating employment and improving the region’s competitiveness, favouring sustainable development and attracting investment.
- Training and Skills Development: Training programs improve staff skills, increasing their job opportunities and strengthening the community’s ability to adapt to new technologies and future changes.
MORE INFORMATION
During the analysis of this case, it has been observed that government policies, such as tax incentives and subsidies, significantly facilitate the adoption of sustainable technologies at the local and national levels. However, bureaucracy and resistance to change in traditional infrastructures can represent significant barriers to progress, public education and awareness are essential for the acceptance and sustainability of these projects, underlining the importance of long-term community commitment.
MULTIMEDIA
Sources:
https://cdn.trendhunterstatic.com/thumbs/urban-monorail-shuttle.jpeg?auto=webp
https://cdn.trendhunterstatic.com/phpthumbnails/451/451828/451828_5_600.jpeg?auto=webp
Relevant links:
English (UK) 
Español 
Magyar 
