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Kaohsiung: Redefining Urban Mobility

Creating inclusive, low-carbon mobility for all

Status

Location Kaohsiung, Chinese Taipei
Scale City
Main actor Kaohsiung City Government, Transportation Bureau
Duration/Time 2019-2030 (electric bus target year)
Investment Approx. €300 million+ (city and national funds)
Direct beneficiaries 2.7 million residents + commuters, especially women, elderly, children, and people with disabilities
Target users Public transport users, cyclists, pedestrians, residents of rural/peripheral areas
City stage in city journey Implement
Sector Urban mobility, transport decarbonization

City description

Kaohsiung, the third-largest city in Chinese Taipei with 2.7 million residents, is a global port hub and major center for industry, shipping, and logistics, traditionally shaped by heavy manufacturing and petrochemicals. Today, the city is diversifying into commerce, services, tourism, and the green economy, positioning itself as a leader in sustainable urban mobility to balance its industrial heritage with a more people-centered future.

Challenge

Kaohsiung struggles with car dependency, congestion, and air pollution, alongside inequities in access to safe and affordable transport for women, the elderly, people with disabilities, and rural residents.

Solution

The city is pursuing a just, multimodal, and low-carbon transport system that reduces emissions through electric buses, integrates services via the MenGo MaaS platform, expands walking, cycling, and shared mobility, and ensures rural and underserved areas are fully included.

Key Impacts

2.7 million residents

directly benefit from inclusive transport design.

100% electric bus fleet by 2030

progressive phase-out of diesel buses already underway.

1 unified MaaS platform (MenGo)

integrates light rail, bus, ferry, MRT, and YouBike 2.0 into a single payment and service system.

90%+ of the bus fleet equipped

with accessibility features such as low floors and wheelchair ramps.

10,000+ shared bicycles (YouBike 2.0)

connected to the MaaS system, expanding active mobility options

50% of citywide CO₂ reduction potential

tied to transport actions, supported by MaaS and electrification.

Hundreds of accessibility upgrades implemented

including ramps, tactile paving, adapted taxis, and safer pedestrian facilities

Significant modal shift potential

enabled by integrated public transport and incentives to reduce private car use.

Rural and peripheral areas included

through expanded services and data-driven route planning to improve equity.

Overview

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LeadershipResilience goalsScience-based targetsFundingData accessDigital solutionsCircular economyClimate resilienceTransport and mobility