Optimisation énergétique des flux logistiquesOptimisation de la performance énergétique (ERE)

Know: • The complexity of organising logistics systems (goods, people, etc.) and its constraints in particular the control of costs. • The various initiatives related to the consideration of energy efficiency and environmental impact in logistics flows (PREDIT ...). • Methods for carrying out comparative studies of similar supply chains from the energy efficiency and environmental impact perspectives. • Elements of decision support for the organisation of more efficient logistics chains from an energy and environmental point of view.

Master: • The process of optimising energy expenditure in logistics flows. Goods and people. • Regulation and calculation of energy/carbon in transport

Introduction: • Transport, energy consumption and GHG emissions • Transport energy and GHGs: the challenges and objectives of the course • A framework for analysis Energy efficiency and carbon of transport modes: • Vehicle and fuel sales approaches • Unit consumption per vehicle kilometre, tonne km or passenger km • Greenhouse gas (GHG) emissions, their measurement and inclusion in the Kyoto and IEA configurations, impact of conditions of use • Standardization of the posting of GHG emissions from transportation services Energy efficiency of logistics chains: • Quantification method: perimeter, conversion factors • Results of comparison on chains of some products • Place of this supply chain analysis in all energy-carbon analyses Energy consumption • The transport component of the ADEME carbon balance method • Business travel plans Energy consumption in transport of an agglomeration or region • Impact of mobility of people and goods in an urban area How to reduce energy consumption and GHG emissions from transport • Change in technology (research policy; transfer aid – case premium) and change in behaviour (taxation, quotas, regulation, supply) • Improving transport energy efficiency • Reducing mobility (development, product design, economic linkages) • Kyoto, carbon markets; Flexibility mechanisms ( CDM projects)

Table Control (Duration 1h30)