Περίληψη σε άλλη γλώσσα
This thesis analyses the Greek road transport and discusses its transition in low carbon emissions energy. Technical, economic, social and political parameters are correlated using computational methods. Two evaluation models are developed using Analytic Hierarchy Process. The first model evaluates fuels and technologies in the Greek transport sector related to economic criteria (implementation cost, technology maturity cost and cost of energy) and policy criteria (CO2 emissions, energy security, employment and social welfare). Analytic Hierarchy Process is modeled using the Expert Choice software. Various scenarios results are discussed. The second model evaluates next generation biomass derived fuels for the transport sector related to technical criteria (technology maturity, infrastructure availability), economic criteria (production cost, investment cost and infrastructure cost), social criteria (public acceptance and food competitiveness) and policy criteria (job creation, energy ...
This thesis analyses the Greek road transport and discusses its transition in low carbon emissions energy. Technical, economic, social and political parameters are correlated using computational methods. Two evaluation models are developed using Analytic Hierarchy Process. The first model evaluates fuels and technologies in the Greek transport sector related to economic criteria (implementation cost, technology maturity cost and cost of energy) and policy criteria (CO2 emissions, energy security, employment and social welfare). Analytic Hierarchy Process is modeled using the Expert Choice software. Various scenarios results are discussed. The second model evaluates next generation biomass derived fuels for the transport sector related to technical criteria (technology maturity, infrastructure availability), economic criteria (production cost, investment cost and infrastructure cost), social criteria (public acceptance and food competitiveness) and policy criteria (job creation, energy security and CO2 emissions. Input data and evaluation criteria are presented, various scenarios are analysed and finally results are discussed.In the last part, the Greek transport sector is modelled using Long-Range energy Alternative Planning software. Energy consumption and CO2 emissions data are given for every vehicle type.
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