Cost minimisation of renewable hydrogen in a Dutch neighbourhood while meeting European Union sustainability targets

Keyphrases

• Dutch 100%
• European Union 100%
• Electrolyser 100%
• Renewable Hydrogen 100%
• Sustainability Goals 100%
• Cost Minimization 100%
• Energy Demand 66%
• Grid Electricity 66%
• Greenhouse Gas Emission Reduction 66%
• Levelized Cost of Hydrogen 66%
• Solar Photovoltaic 66%
• Netherlands 33%
• Sensitivity Analysis 33%
• Renewable Energy Investment 33%
• Decentralized Renewable Energy 33%
• Energy Services 33%
• Demand Patterns 33%
• Cost Reduction 33%
• Greenhouse Gas Emissions 33%
• Wind Turbine 33%
• Emission Reduction 33%
• Future Energy Systems 33%
• Wind Energy 33%
• Urban Scale 33%
• Residential Heating 33%
• Linear Optimization Model 33%
• Wind Turbine Parameters 33%
• Electricity Consumption 33%
• Heating Scenarios 33%
• Photovoltaic Energy 33%
• Hydrogen Storage 33%
• Decentralized Hydrogen Production 33%
• Levelised Cost 33%
• Combined Heating 33%
• Battery Storage 33%
• Mobility Scenarios 33%
• Multiple Energy 33%
• Parameter Reduction 33%
• Mixed Integer Linear Programming Optimization 33%
• Reduction Factor 33%
• Net Present Cost 33%
• Large-scale Deployment 33%
• Energy System Configuration 33%
• Solar Grid 33%

Engineering

• Renewables 100%
• Electrolyser 100%
• Greenhouse Gas 100%
• Energy Systems 66%
• Compressed Air Motors 66%
• Energy Engineering 33%
• Electricity Grid 33%
• Renewable Conversion 33%
• Future Energy 33%
• Wind Power 33%
• Mixed-Integer Linear Programming 33%
• Secondary Battery 33%
• Reduction Factor 33%
• Net Present 33%
• Photovoltaic Electricity 33%
• Hydrogen Storage 33%
• Decentralised Hydrogen Production 33%
• Cost Reduction 33%