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A platform for research: civil engineering, architecture and urbanism
Modelling critical success factors (CSFs) for Ghanaian public–private partnership (PPP) power projects using fuzzy synthetic evaluation (FSE)
The purpose of this paper was to first identify and then model the impact of critical success factors (CSFs) of public–private partnership (PPP) power projects.
Review of empirical literature came out with 20 CSFs which were ranked by experts and industry practitioners through a two-round Delphi questionnaire survey.
These CSFs were grouped into CSF groups (CSFGs) using component analysis, and they served as the input variables for fuzzy analysis. The six components were collaboration and transparency, guarantee and permits, socio-political support, expected profitability, technical feasibility and risk allocation (RA). Overall success index of PPP power projects in Ghana was 5.966 and showed there is high impact of CSFGs on project success. Fuzzy analysis also confirmed RA as the most significant CSFG.
The model developed can serve as a multi-dimension CSF framework that can be used as a success attainment tool for PPP power projects. For policy developers and stakeholders, the model serves as a pointer to issues which the government/public sector must focus on to attract huge investments from the private sector in the power sector.
Modelling critical success factors (CSFs) for Ghanaian public–private partnership (PPP) power projects using fuzzy synthetic evaluation (FSE)
The purpose of this paper was to first identify and then model the impact of critical success factors (CSFs) of public–private partnership (PPP) power projects.
Review of empirical literature came out with 20 CSFs which were ranked by experts and industry practitioners through a two-round Delphi questionnaire survey.
These CSFs were grouped into CSF groups (CSFGs) using component analysis, and they served as the input variables for fuzzy analysis. The six components were collaboration and transparency, guarantee and permits, socio-political support, expected profitability, technical feasibility and risk allocation (RA). Overall success index of PPP power projects in Ghana was 5.966 and showed there is high impact of CSFGs on project success. Fuzzy analysis also confirmed RA as the most significant CSFG.
The model developed can serve as a multi-dimension CSF framework that can be used as a success attainment tool for PPP power projects. For policy developers and stakeholders, the model serves as a pointer to issues which the government/public sector must focus on to attract huge investments from the private sector in the power sector.
Modelling critical success factors (CSFs) for Ghanaian public–private partnership (PPP) power projects using fuzzy synthetic evaluation (FSE)
Kukah, Augustine Senanu Komla (author) / Owusu-Manu, De-Graft (author) / Badu, Edward (author) / Edwards, David John (author) / Asamoah, Eric (author)
Journal of Facilities Management ; 23 ; 71-97
2025-01-02
27 pages
Article (Journal)
Electronic Resource
English
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