TAILIEUCHUNG - Waste heat recovery by using thermoelectric generator

This paper explains how to convert the lost energy through exhaust system in internal combustion engines “ICE” to electric energy by using thermoelectric generators "TEG" with the benefit of the equipment’s which are already existed in most of the internal combustion engines such as water pump, heat exchanger, and exhaust system. | Waste heat recovery by using thermoelectric generator International Journal of Mechanical Engineering and Technology IJMET Volume 10 Issue 03 March 2019 pp. 188 195 Article ID IJMET_10_03_019 Available online at http ijmet JType IJMET amp VType 10 amp IType 3 ISSN Print 0976-6340 and ISSN Online 0976-6359 IAEME Publication Scopus Indexed WASTE HEAT RECOVERY BY USING THERMOELECTRIC GENERATOR Basel Al Ghabet Raymond Kwesi Nutor Xiaozhen Fan Sensheng Ren Yunzhang Fang Physics Department Zhejiang Normal University Jinhua China. Corresponding Author ABSTRACT This paper explains how to convert the lost energy through exhaust system in internal combustion engines ICE to electric energy by using thermoelectric generators quot TEG quot with the benefit of the equipment s which are already existed in most of the internal combustion engines such as water pump heat exchanger and exhaust system. The miniature cooler system which is designed in the laboratory to execute the experiment is similar to combustion engines water coolant system to keep the cold side in TEGs fixed on ambient temperature. The heat source was applied on the hot side to TEGs is came from small candles where the TEGs consist of Bismuth Telluride material as N-P stripes attached thermally in parallel and electrically in series where it inserted between two porcelain layers. The electric current generated from TEGs is direct current DC the experiment showed the value of electrical current was proportional to the temperature difference between quot TEGs quot sides. Key words TEG Waste heat recovery ICE Cite this Article Basel Al Ghabet Raymond Kwesi Nutor Xiaozhen Fan Sensheng Ren Yunzhang Fang Waste Heat Recovery by using Thermoelectric Generator International Journal of Mechanical Engineering and Technology 10 3 2019 pp. 188 195. http IJMET JType IJMET amp VType 10 amp IType 3 1. INTRODUCTION Since 1970 conveyances specifically the ignition of gas and .

• Năng lượng
• Internal combustion engines
• Miniature cooler system
• Waste heat recovery
• Bismuth Telluride material
• Two porcelain layers
• Internal combustion engines fundamentals
• Compression ignition engines
• Pollutant formation and control
• Engine heat transfer
• Engine friction
• Modeling real engine flow
• Engine types
• Operating parameters
• Thermochemistry of fuel air mixtures
• Ideal models of engine cycles
• Gas exchange processes
• Charge motion within the cylinder
• AIR POLLUTION ENGINEERING
• COMBUSTION FUNDAMENTALS
• POLLUTANT FORMATION
• PARTICLE FORMATION
• CONTROL IN COMBUSTION
• Factors Determing Ignition
• Modern Engines Operating
• Fundamental Studies
• Chemical Changes
• Hydrocarbon Compounds
• Syngas Application
• mechanical technology
• drivetrain
• air distribution structure
• mechanical drawing
• mechanical
• Gaseous Fuels
• Ozone Injection
• Compression Machine
• Ignition Engine
• Liquid Phase
• Operating Variables
• Injection System
• Fluidized Bed Reactor
• Power Production
• Municipal Solid
• Sclerocarya Birrea
• Mechanical engineering systems
• Heat energy
• Heat energy supplied
• The steady flow energy equation
• Units used in this book
• A field guide to automotive technology
• Automotive technology
• Windshield cleaning system
• Windshield wiper motor
• All terrain vehicle (ATV)
• Cơ khí chế tạo máy
• Điện – điện tử
• Kiến trúc xây dựng
• Kỹ thuật viễn thông
• Tự động hóa
• tài liệu cơ khí
• tài liệu kỹ thuật
• ôn tập cơ khí
• luyện thi cơ khí