HEAT FROM THE STREET: Investigating Energy Capture and Urban Heat Reduction
Investigate energy capture using asphalt pavements as solar collectors and explore ways to reduce Urban Heat Island Effect. The project delves into heat transfer mechanisms, energy balance, components of the system, measurement tools, model construction, and analysis for improved understanding and implementation of energy-efficient practices.
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Presentation Transcript
HEAT FROM THE STREET Saif Hamdan Ibraheem Younis Ahmad Baniodeh Araby Draghmeh Supervisor: Dr. Ramiz Al_Khaldi.
CONTENTS Introduction Objectives Problem Specification Methodology Model Components Analysis Conclusion
INTRODUCTION Sources of energy
INTRODUCTION Asphalt pavements as solar collector
OBJECTIVES Investigate the temperature distribution along the depth of asphalt pavements with laboratory experiments. Investigate the amount of energy captured by the (SCES) model and the factors that limits the captured energy. Built model for street capturing energy system (SCES). Investigate different pipe geometries to increase heat transfer from asphalt pavement to water. Use theoretical approach develop a relationship among flow rate, pipe diameter, and pipe length. Investigate the possibility of reducing Urban Heat-Island Effect.
HEAT TRANSFER There are three basic ways in which heat is transferred Conduction Convection Radiation
SYSTEM COMPONENTS Asphalt pavement Pipes Pipes layout Pump Valve
MEASUREMENT TOOLS Flow meter Thermocouple Solar radiation meter Digital anemometer
RESULR AND ANALYSIS Construct the model Collection of reading Make comparison
CONCLUSION AND RECOMMENDATION What is our project ? How we can improve it ? Why we go for this project ?
