A Sustainable Asset Valuation of a Bus Rapid Transit System in Bandung, Indonesia
Bandung is Indonesia's third-largest city, with a population of approximately 2.5 million people. The city has been facing significant urban mobility and transportation challenges, as it is constrained by a dense and congested urban road network that is over-reliant on individual motorized transportation modes, predominantly motorcycles. This unsustainable mobility pattern results in high traffic volumes and congestion, health and safety concerns, and carbon dioxide emissions.
To address these challenges, the City of Bandung, together with the Indonesian Ministry of Transport and Deutsche Gesellschaft für Internationale Zusammenarbeit GmbH (GIZ), explored the option of a city-wide bus rapid transit (BRT) system that could increase mobility options through public transportation and provide a safe and sustainable transportation mode. The BRT system could lead to a shift from individual motorized transportation modes to BRT and meet sustainable, low-carbon mobility targets.
For this assessment, we used the Sustainable Asset Valuation (SAVi) methodology to demonstrate the multiple economic, social, and environmental benefits that the BRT system can have for the city of Bandung. The SAVi assessment shows that the proposed BRT system would provide a more efficient, convenient, safe, and affordable transportation alternative while also delivering substantial monetary benefits. Key findings include that
- the BRT system is a highly profitable project, generating cumulative (2022–2050), discounted (3.5%) net benefits of USD 2.02 billion;
- the BRT system results in an integrated benefit-cost ratio of 6.67 per USD 1 invested when accounting for the full range of benefits for the city; and
- the greatest positive added benefits of the BRT system are time saved for transportation users through reduced traffic and congestion, increased retail revenues around BRT stations, and significant health benefits from increased physical activity and decreased air pollution.
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