Business model
Lisbon Public-Transport Asset Lifecycle: Business Model and Market Hypotheses
Owner: CSSBoost WP6 / Task 6.2 consortium team
Overview
Business model
CSSBoost WP6 / Task 6.2 consortium team
The Lisbon business-model work examines resource retention across vehicle procurement, service life and end-of-life recovery. The operational context is the CARRIS bus fleet, where maintenance requirements, energy use and vehicle availability need to be considered together with circularity objectives.
The pilot monitors 15 buses across diesel, natural-gas and electric technologies and investigates the reuse of components from retiring vehicles. TRACK connects operational and maintenance information with dashboards and the project data infrastructure. This provides a basis for examining how a circular intervention relates to actual fleet activity. Recovered components, authorised recycling and procurement requirements represent connected but distinct parts of the lifecycle model.
The current business and financial work establishes assumptions to be tested using pilot operating information. Cost feasibility, pricing and the value proposition are to be refined through bottom-up validation. Financial-analysis and investment-planning activities build on this evidence, while exploitation work considers the ownership, market position and use of project results.
Market & Value Proposition
Public-transport operators, maintenance providers, vehicle and component suppliers, recovery operators and procuring authorities.
Support better-informed maintenance and recovery decisions and more accountable use of vehicles, components and materials.
Financial Analysis
Scenario-specific monitoring and integration, inspection facilities and any recovery or reuse equipment.
Data integration and quality management, maintenance analysis, inspections, testing, handling and traceable recovery.
Potential avoided replacement or downtime costs, recovered-material value and lifecycle-support services. Attribution requires a comparable baseline and actual operational data.
Assumptions
Assess business benefits against the defined pilot cohort and operator baseline. The first execution covers 15 buses across three propulsion types. TRACK data integration supports analysis, but maintenance savings, component-life extension and recovered-part value require validated operational and financial comparisons.
Risks
Unequal duty cycles and vehicle characteristics; incomplete component-reuse records; safety and inspection requirements; data-access limitations; lifecycle boundary choices and uncertain attribution of operator-wide improvements to CSSBoost.
Sources
D6.2, sections 5-7. Public deliverable: https://ec.europa.eu/research/participants/documents/downloadPublic?appId=PPGMS&documentIds=080166e525bff0cc