Techno-economic-environmental analysis of solar/hybrid/storage for vertical farming system: A case study, Malaysia

Earth and Planetary Sciences

• Farm 100%
• Energy Consumption 66%
• Site 66%
• Investigation 66%
• Economics 66%
• City 66%
• Hybrid 66%
• Consumption 66%
• Human Population 66%
• Stakeholder 33%
• Geometry 33%
• Solar Radiation 33%
• Farmland 33%
• Tropical Climate 33%
• Resource Assessment 33%
• Vertical Integration 33%
• Integrated Modelling 33%
• Asia-Pacific 33%
• Urban Agriculture 33%
• Area 33%
• Research 33%
• Region 33%
• Building 33%
• Specification 33%
• Size 33%
• Tool 33%
• Government 33%
• Context 33%
• Evaluation 33%
• Malaysia 33%
• Cost 33%
• Utility 33%
• Comparative Study 33%
• Commodity 33%
• Dependence 33%
• Environmental Analysis 33%
• Carbon Dioxide Emission 33%

Engineering

• Levelized Cost of Energy 100%
• Stages 100%
• Energy Yield 66%
• Performance Ratio 66%
• Storage 66%
• Economics 66%
• Hybrid 66%
• Comparative Study 33%
• Environmental Impact 33%
• Stakeholder 33%
• Environmental Assessment 33%
• Economic Assessment 33%
• Net Present 33%
• Annual Energy Consumption 33%
• Generated Energy 33%
• Square Meter 33%
• Policy Decision 33%
• Compound Annual Growth Rate 33%
• Research 33%
• Development 33%
• Energy Engineering 33%
• Buildings 33%
• Evaluation 33%
• Production 33%
• Estimation 33%
• Decision Maker 33%
• High Energy 33%