A simulation-based methodology for the analysis of the effect of lean tools on energy efficiency: An application in power distribution industry

Keyphrases

• Energy Consumption 100%
• Energy Efficiency 100%
• Lean Tools 100%
• Power Distribution 100%
• Distribution Industry 100%
• Simulation-based 100%
• Manufacturing Systems 40%
• Adaptation 20%
• Resource Utilization 20%
• Energy Management 20%
• Competitive Environment 20%
• Cable 20%
• Lean Manufacturing 20%
• Effective Utilization 20%
• Management Initiatives 20%
• Causes of Waste 20%
• Pull System 20%
• Lean Transformation 20%
• Mistake Proofing 20%
• Mura 20%
• Energy Value Stream Mapping 20%
• Holistic Method 20%
• Waste Elimination 20%
• Cell Manufacturing 20%
• Muda 20%
• Muri 20%
• Environmental Awareness 20%
• Proposed Methodology 20%

Engineering

• Energy Conservation 100%
• Energy Efficiency 100%
• Gas Fuel Manufacture 100%
• Power Distribution 100%
• Design of Experiments 50%
• Real Life 50%
• Cellular Manufacturing 50%
• Lean Manufacturing 50%
• Environmental Awareness 50%
• Pull System 50%
• Overburden 50%
• Calorific Value 50%

Economics, Econometrics and Finance

• Industry 100%
• Energy Conservation 100%
• Manufacturing System 100%
• Lean Tools 100%
• Value Creation 50%
• Cellular Manufacturing 50%
• Lean Production 50%