
城市加速迈向未来交通的三种方法
越来越多的城市开始关注交通创新技术,以实现其效率和气候目标。人工智能、绿色能源生产和自动驾驶汽车等创新技术能使交通出行更具可持续性和高效性。与私营部门合作有助于城市更广泛获取新的解决方案。
越来越多的城市开始关注交通创新技术,以实现其效率和气候目标。人工智能、绿色能源生产和自动驾驶汽车等创新技术能使交通出行更具可持续性和高效性。与私营部门合作有助于城市更广泛获取新的解决方案。
Una nueva investigación muestra que un número creciente de ciudades está apostando por tecnologías de movilidad para alcanzar sus objetivos de eficiencia y clima.
New research shows a growing number of cities, including transport innovator San Francisco, are focusing on mobility technologies to meet efficiency and climate goals
未来十年,全球出行服务支出预计将翻三番,从2023年的3890亿美元增加到2035年的1.1万亿美元。到2035年,亚洲的出行服务需求将占全球总需求的一半以上,收入达到5730亿美元。为了保证公平、高效和可持续的绿色出行增长,我们需要制定可靠的法规,建立公私合作伙伴关系,并扩建基础设施。
Para que el aumento de la movilidad verde sea equitativo y sostenible, necesitamos regulaciones confiables, asociaciones público-privadas y mejor infraestructura.
For greener mobility growth to be equitable, efficient and sustainable we need reliable regulations, public/private partnerships and better infrastructure.
Cities looking to decarbonize need holistic mobility plans that also consider their clean energy sourcing and have effective public-private partnerships.
El Índice de Preparación para la Movilidad Urbana clasifica a las ciudades en función de su grado de preparación para navegar por el panorama de la movilidad al tiempo que impulsan la mov...
The Urban Mobility Readiness Index ranks cities on how ready they are to navigate the mobility landscape while ramping up sustainable transport.
Three ways cities can help cut carbon mobility emissions: cleanse their power sources, incentivize electric vehicles (EVs) and encourage auto alternatives.
Although electric vehicle (EV) sales are at an all-time high, EVs are still in the minority on the roads. Discover how cities can boost EV adoption rates.
As office workers head back to cities, competition is growing between new and old mobility. Can cities promote green mobility without reducing mass-transit?