The techno-economic feasibility of a coastal zero-energy hotel building supported by the hybrid wind–wave​ energy system

Keyphrases

• Electrical Energy 100%
• Hotel Buildings 100%
• Wind Waves 100%
• Energy Matching 100%
• Energy Systems 100%
• Techno-economic Feasibility 100%
• Zero Energy 100%
• Environmentally Friendly 50%
• Electricity Generation 50%
• Air-cooled 50%
• Seawater 50%
• Building Services 50%
• Economic Growth 50%
• Heat Exchanger 50%
• Simulation Study 50%
• Rapid Urbanization 50%
• Energy Demand 50%
• Matching Criterion 50%
• Cooling Tower 50%
• Net Present Value 50%
• System Energy 50%
• Heating System 50%
• Simulation Software 50%
• Coefficient of Performance 50%
• Electricity Demand 50%
• Simple Payback Period 50%
• Heat Pump 50%
• Storage System 50%
• Greenhouse Gas Emissions 50%
• Storage Service 50%
• Renewable Energy Consumption 50%
• Working Period 50%
• Environmental Improvement 50%
• Electric Heater 50%
• CO2 Equivalent 50%
• TRNSYS 50%
• Demand Increase 50%
• Zero Energy Building 50%
• Offshore Wind Turbine 50%
• Wave Energy Converter 50%
• Technical Performance 50%
• Urban Activities 50%
• Economic Energy 50%
• Power Shortage 50%
• Renewable Power Plants 50%
• Energy Fraction 50%
• Techno-economic Behaviours 50%
• Economic Improvement 50%
• Thermal Power System 50%
• Energy Systems Efficiency 50%
• Renewable System 50%

Engineering

• Hotels 100%
• Electrical Energy 100%
• Economic Feasibility 100%
• Energy Systems 100%
• Renewables 50%
• Energy Storage System 50%
• System Efficiency 50%
• Zero-Energy Building 50%
• Offshore Wind Turbines 50%
• Technical Performance 50%
• Electricity Demand 50%
• Renewable Energy Storage 50%
• Power Converter 50%
• Building Services 50%
• Exchanger 50%
• Net Present Value 50%
• Coefficient of Performance 50%
• Payback Period 50%
• Electric Heater 50%
• Wave Energy 50%
• Heat Pump 50%
• Heating System 50%
• Simulation Software 50%
• Renewable Energy 50%
• Electricity Generation 50%
• Greenhouse Gas 50%
• Thermal Energy 50%
• Tower 50%