Comparative life cycle assessment and costing of an autonomous lawn mowing system with human-operated alternatives: implication for sustainable design improvements

Keyphrases

• Design Improvement 100%
• Environmental Benefits 100%
• Mowing 100%
• Life Cycle Cost 100%
• Sustainable Design 100%
• Lawnmower 100%
• Comparative Life Cycle Assessment 100%
• Autonomous Solutions 100%
• Robotic Mower 100%
• Promising Areas 50%
• Environmental Impact 50%
• Technological Progress 50%
• Large Field 50%
• Battery Performance 50%
• Autonomous Systems 50%
• Sensitivity Analysis 50%
• Costing Methods 50%
• Cutwidth 50%
• Economic Impact 50%
• Environmental Economics 50%
• Economic Benefits 50%
• Environmental Sustainability 50%
• Economic Sustainability 50%
• Cutting Speed 50%
• Economic Trade-offs 50%
• Life Cycle Assessment 50%
• Path Planning 50%
• Life Cycle Inventory 50%
• Autonomous Mower 50%
• Indicator Analysis 50%
• Usage Scenarios 50%
• Building Simulation 50%
• Automated Solution 50%
• Schoolyard 50%
• Multi-indicator 50%
• Residential Yards 50%
• Football Stadium 50%
• Robotic Lawn Mower 50%

Engineering

• Ecodesign 100%
• Lawn Mowers 100%
• Life Cycle Impact Assessment 100%
• Environmental Benefit 40%
• Path Planning 20%
• Functional Unit 20%
• Technological Advancement 20%
• Stadiums 20%
• Autonomous System 20%
• Key Parameter 20%
• Economic Benefit 20%
• Life Cycle Inventory 20%
• Cutting Performance 20%
• Economic Sustainability 20%
• Life-Cycle Costing 20%
• Simulation Mode 20%