Performance Simulations of Different Energy Flexibility Sources in a Building with the Electrical Grid

Keyphrases

• Electrical Grid 100%
• Performance Simulation 100%
• Energy Management System 100%
• Flexibility Sources 100%
• Energy Flexibility 100%
• System Energy 66%
• Successive Linear Programming 66%
• Finland 33%
• Renewable Energy 33%
• Energy Storage 33%
• Helsinki 33%
• Economic Performance 33%
• Ground Source Heat Pump 33%
• Energy Systems 33%
• Heat Pump 33%
• Supply Temperature 33%
• Space Heating 33%
• Single-family House 33%
• System Components 33%
• Adverse Effects 33%
• Energy Cost 33%
• Building Energy Systems 33%
• PV Panel 33%
• Hot Water Storage Tank 33%
• Electric Heater 33%
• Solar Thermal Collector 33%
• Heating Device 33%
• Domestic Hot Water 33%
• On-site Generation 33%
• Energy Generation 33%
• Electric Grid 33%
• Energy Flow 33%
• Flexibility Performance 33%
• Water Use 33%
• Storage Capacity 33%
• Operational Energy 33%
• Model Predictive Controller 33%
• Battery Capacity 33%
• System Economics 33%
• Linear Optimization Problem 33%
• Sliding Window 33%
• Electric Batteries 33%
• Annual Income 33%
• Small Tank 33%
• Nonlinear Constraints 33%
• Future Forecast 33%
• Wind Turbine Energy 33%
• Small Wind Turbine 33%

INIS

• simulation 100%
• performance 100%
• grids 100%
• energy 100%
• flexibility 100%
• energy systems 80%
• storage 60%
• size 60%
• tanks 60%
• energy management systems 60%
• optimization 40%
• increasing 40%
• capacity 40%
• hot water 40%
• linear programming 40%
• economics 20%
• finland 20%
• devices 20%
• heating 20%
• renewable energy sources 20%
• energy storage 20%
• approximations 20%
• demand 20%
• constraints 20%
• supply 20%
• volume 20%
• heaters 20%
• nonlinear problems 20%
• configuration 20%
• panels 20%
• ground source heat pumps 20%
• energy costs 20%
• income 20%
• wind turbines 20%
• houses 20%
• heat pumps 20%
• space heating 20%
• water use 20%
• electric batteries 20%

Engineering

• Electrical Grid 100%
• Energy Management System 100%
• Energy Flexibility 100%
• Power Generation 66%
• Energy Systems 66%
• Linear Programming 66%
• Domestic Hot Water 33%
• Supply Temperature 33%
• Space Heating 33%
• Solar Thermal Collector 33%
• System Component 33%
• Storage Capacity 33%
• Hot Water Storage Tank 33%
• Electric Heater 33%
• Optimisation Problem 33%
• Operational Energy 33%
• Battery Capacity 33%
• Approximate Method 33%
• Battery (Electrochemical Energy Engineering) 33%
• Energy Storage 33%
• Objective Function 33%
• Energy Flow 33%
• Heat Pump 33%
• Renewable Energy 33%
• Compressed Air Motors 33%
• Ground Source Heat Pump 33%