Congress on Research, Development and Innovation in Renewable Energies: Selected Papers from CIDiER 2021 (Green Energy and Technology)

Preface\nContents\nAbout the Editors\nPart I: Solar Energy\n	Proposal of a Colombian Refrigeration Potential Map Based on Solar Powered Absorption Cooling Systems\n		1 Introduction\n		2 System Description\n		3 Modeling and Methodology\n			3.1 Symbols and Subscripts\n			3.2 Thermodynamic Model\n			3.3 Methodology\n		4 Results\n		5 Discussion\n		6 Conclusions\n		References\n	Evaluation of Univariate Time-Series Models for Short-Term Solar Energy Forecasting\n		1 Introduction\n			1.1 Background\n			1.2 Forecast of Solar Energy in Microgrids\n		2 Methods\n			2.1 Time-Series Decomposition\n			2.2 Exponential Smoothing Forecasting Model\n			2.3 Box-Jenkins Methodology\n			2.4 Forecasting Errors\n			2.5 Proposed Forecasting Approach\n			2.6 Experimental Design and Characteristics of Datasets\n		3 Results\n			3.1 Solar Irradiance Forecast\n		4 Photovoltaic Power Forecast\n			4.1 Forecast for the Winter Season: First Case\n			4.2 Forecast for the Winter Season: Second Case\n			4.3 Forecast for the Spring Season\n		5 Discussion\n		6 Conclusions\n		References\n	Carbon-Based Perovskite Solar Cells: The Future Photovoltaic Technology\n		1 Introduction\n			1.1 Perovskite Solar Cells\n		2 Results\n			2.1 Carbon-Based Perovskite Solar Cell\n			2.2 C-PSC Commercialization Outlook\n		3 Discussion\n		4 Conclusions\n		References\nPart II: Biomass Energy\n	Design and Instrumentation of a Batch-Type Bioreactor for the Organic Fraction Fermentation of Urban Solid Waste\n		1 Introduction\n		2 Methods\n			2.1 Geometry\n				2.1.1 Bioreactor Design\n				2.1.2 Materials\n				2.1.3 Instrumentation\n		3 Results\n			3.1 Sample Characteristics\n			3.2 Bioreactor Preparation and Monitoring\n			3.3 Biogas Production\n			3.4 Gompertz Model Application\n		4 Discussion\n		5 Conclusions\n		References\n	Design of Combustion Equipment for Residual Biomass at Laboratory Scale\n		1 Introduction\n		2 Methods\n			2.1 Alternatives for Design Selection\n			2.2 Mathematical Analysis\n		3 Results\n			3.1 Theoretical Results\n			3.2 Combustion Furnace Simulation\n			3.3 Theoretical Results\n		4 Discussion\n		5 Conclusions\n		References\nPart III: Hydrogen Energy\n	Toward the Hydrogen Economy in Paraguay: End-Uses of Green Hydrogen Potential\n		1 Introduction\n		2 Methodology\n		3 Estimation Method of H2 Consumption Equivalent to Gasoline and Diesel Consumption in Each Department\n			3.1 Estimation Method of H2 Consumption Equivalent to Firewood and LPG Consumption in Each Department\n		4 Results\n			4.1 Renewable Hydrogen Potential Relative to Gasoline and Diesel Consumption by Department in Paraguay\n			4.2 Renewable Hydrogen Potential Relative to Firewood and LPG Consumption by Department in Paraguay\n		5 Discussion\n		6 Conclusion\n		References\nPart IV: Wind Energy\n	Analysis of Two-Dimensional Airfoil Models as Harvesters of Energy\n		1 Introduction\n		2 Methods\n			2.1 Description of Movements\n			2.2 Operating Regime for Power Extraction\n			2.3 Power and Efficiency\n			2.4 Geometrical Model\n			2.5 Numerical Model\n				2.5.1 Meshing and Mesh Independence Analysis\n				2.5.2 Boundary Conditions and Loads\n				2.5.3 Dynamic Mesh, User-Defined Function\n				2.5.4 Solver and Residuals\n		3 Results\n			3.1 Forces Acting on NACA 0020 Versus NACA 1412\n			3.2 Extract of Energy and Efficiency on NACA 0020 Versus NACA 1412\n			3.3 Validation of Results\n		4 Discussion\n		5 Conclusions and Recommendations\n		References\nPart V: General Renewable Energy\n	Environmental and Ecotoxicological Impact of Alternative Energies: An Improvement Opportunity for Latin America\n		1 Introduction\n		2 Methods\n		3 Results\n			3.1 Selected Articles\n			3.2 Alternative Energy Sources and their Impacts\n			3.3 Wave Power\n			3.4 Wind Power\n			3.5 Photovoltaic Energy\n		4 Discussion\n		5 Conclusions\n		References\n	Design and Implementation of a Web-Based Residential Energy Assessment Platform: A Case Study in Cuenca, Ecuador\n		1 Introduction\n		2 Methods\n			2.1 Data Collection\n			2.2 Calculation Algorithms\n			2.3 Energy Assessment Platform Design\n			2.4 Case Study\n		3 Results\n		4 Discussion\n		5 Conclusions\n		References\n	Analysis and Evaluation of Energy Efficiency in Buildings Based on Building Information Modeling\n		1 Introduction\n		2 Methodology\n			2.1 Description of the Building to Be Analyzed\n			2.2 Development Phases\n			2.3 3D Building Modeling and Revit Energy Analysis Simulation Tool\n			2.4 Initial Settings\n			2.5 Climate Analysis\n		3 Results\n			3.1 Solar Analysis\n			3.2 Orientation Analysis\n			3.3 Analysis of Operational Hours\n			3.4 Analysis of Construction Elements According to the Material\n		4 Discussion\n		5 Conclusions\n		References\n	Strategies to Reduce Energy Curtailment in a Power System with High Penetration of Renewable Energy: Case Study of San Cristob...\n		1 Introduction\n		2 Methods\n			2.1 Local Site, Profiles, and Proposed Solutions\n				2.1.1 BESS Operational Parameters for Simulations\n				2.1.2 Energy Storage in EV´s Batteries\n		3 Results\n			3.1 Battery Energy Storage System Simulations\n			3.2 EV Battery Swap Station Simulations\n		4 Discussion\n		5 Conclusions\n		References\n	Energy and Economical Study of Different Renewable Energy Technologies for Domestic Hot Water Production Under the Climatic Co...\n		1 Introduction\n		2 Methods\n			2.1 Case Study\n			2.2 Weather Data\n			2.3 Systems Description\n			2.4 Energy Analysis\n			2.5 Economic Analysis\n		3 Results\n			3.1 Energy Analysis: Electricity Demand\n			3.2 Economic Analysis\n		4 Conclusions\n		References\n	Impact of the Biodiesel Blend (B20) Strategy ``Club de Biotanqueo´´ (Biofueling Club) on the Socioeconomic and Environmental A...\n		1 Introduction\n		2 Land Use Background and National Overview of Biodiesel Production in Colombia\n			2.1 Agricultural Development Toward Biomass Production\n			2.2 Potential Energy Use of Residual Biomass\n			2.3 Share of Biofuels in the Colombian Energy Market\n			2.4 Geographical Distribution of Biodiesel Production Industrial Facilities\n		3 Results and Discussion\n			3.1 Club de Biotanqueo Strategy Overview\n			3.2 Club de Biotanqueo Vehicle Selection\n			3.3 Club de Biotanqueo Supply Chain\n			3.4 Environmental and Social Impact of the Club de Biotanqueo Strategy\n			3.5 Regulations and Incentives\n			3.6 Scalability Potential of the Club de Biotanqueo Strategy\n		4 Conclusions\n		References\nIndex