Trends in the fundamentals, materials, and module development of thermoelectric power generation technology, and evaluation methods.
S10219
An explanation from the basics of the technological trends in power generation using solid-state devices that can convert any type of heat into electricity, focusing on the core technology of thermoelectric power generation modules.
Lecturers Part 1: Takenobu Kajikawa, Ph.D., Honorary Professor, Shonan Institute of Technology Part 2: Hiroaki Aibu, Chief Researcher, Komatsu Research Headquarters, Industrial Machinery Research Laboratory Target Audience Departments facing challenges in thermoelectric power generation technology Venue Kawasaki City Educational and Cultural Center, Room 4 [Kanagawa, Kawasaki Station] 10-minute walk from JR or Keikyu Kawasaki Station Date and Time February 18, 2011 (Friday) 12:30-16:15
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basic information
This text explains the technological trends of power generation using solid-state devices that can convert any type of heat into electricity (thermoelectric power generation, thermoelectric batteries) and provides a foundational overview of the core technology, which is thermoelectric power generation module technology. Although thermoelectric power generation has traditionally been considered to have low efficiency, recent remarkable technological innovations have led to developments that aim for an efficiency of 20%. It is increasingly being discussed as one of the tools to address global environmental issues by reducing the use of fossil fuels, as well as a potential power generation technology for utilizing new energy.
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Applications/Examples of results
1. The principle of thermoelectric power generation and why thermoelectric now? 1-1. Seebeck effect and power generation 1-2. Positioning of thermoelectrics 2. Overview of thermoelectric power generation technology 2-1. Thermoelectric materials technology 2-2. Thermoelectric device technology 2-3. Heat acquisition and release technology 2-4. Thermoelectric power management technology 3. Thermoelectric power generation module technology 3-1. Configuration and classification of thermoelectric power generation modules 3-2. Modularization technology in bulk devices 3-3. Evaluation technology for thermoelectric power generation modules 4. Trends in domestic research and development 4-1. Results of "Development of High-Efficiency Thermoelectric Conversion Systems" 4-2. Trends in NEDO's "Research and Development of High-Performance Thermoelectric Conversion Materials Utilizing Cage-like Substances" 4-3. Trends in CREST's "Development of High-Efficiency Thermoelectric Materials and Systems" 4-4. Current status of corporate development 5. Trends in overseas research and development 5-1. U.S. Department of Energy and NASA Jet Propulsion Laboratory 5-2. China, Europe, etc. 6. Future prospects 7. Conclusion Part 2 1. Operating principle of thermoelectric power generation modules 2. Examples of thermoelectric power generation module products 3. Performance evaluation 4. Durability 5. Introduction of application examples
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