Functional materials, devices, and standardization: Social implementation accelerated in the IoT era.
- Comprehensive coverage of environmental energy generation, which is advancing as a power source for IoT devices! The key technology of "sensors," essential for Society 5.0. - A must-have technology for the zero carbon dioxide plan by 2050! A book that raises awareness about power generation around us! - Featuring a wealth of cutting-edge information from the latest applied research to market trends! - A significant update after 9 years since the previous edition! - For researchers and engineers involved in environmental energy generation, as well as anyone interested in high-value next-generation energy.
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"Handbook of Environmental Energy Harvesting, 2nd Edition – Functional Materials, Devices, and Standardization: Accelerating Social Implementation in the IoT Era" ■Format: B5 size, 528 pages ■Price: 52,000 yen + tax ■Supervised by: Yuji Suzuki ■Published by: NTS ■Table of Contents Part 1 General Discussion: The Significance of Environmental Energy Harvesting Part 2 Principles of Environmental Energy Harvesting Chapter 1 Principles of Vibration Energy Harvesting Chapter 2 Thermoelectric Energy Harvesting Chapter 3 Photovoltaic Energy Harvesting Chapter 4 Electromagnetic Wave Energy Harvesting and Spatial Transmission Wireless Power Supply Part 3 Materials for Environmental Energy Harvesting – Towards the IoT Era Chapter 1 Vibration Energy Harvesting Chapter 2 Thermoelectric Energy Harvesting Chapter 3 Photovoltaic Energy Harvesting Part 4 Applications and Case Studies Chapter 1 Vibration and Mechanical Energy Harvesting Chapter 2 Thermoelectric Energy Harvesting Chapter 3 Photovoltaic Energy Harvesting, etc. Chapter 4 Electromagnetic Wave Energy Harvesting and Wireless Power Transmission (Microwave and Wireless Power Supply) Chapter 5 Peripheral Technologies Part 5 Market Trends and Outlook, Standardization Chapter 1 Towards the IoT Era – Trends in Cutting-Edge Sensing Promoting a Smart Society Chapter 2 Application of Environmental Energy Harvesting to Social Infrastructure Markets Chapter 3 Energy Harvesting Consortium Chapter 4 Waste Heat Energy Harvesting Consortium Chapter 5 Market Trends in Environmental Energy Harvesting Chapter 6 International Standardization of Environmental Energy Harvesting
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List price: 52,000 yen (excluding tax)
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P2
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P2
Applications/Examples of results
Electromagnetic induction type power generation device Power-free vehicle detection system Vibration power generation Battery-free IoT Piezoelectric vibration power generation device Smart shoes Wearable power generation technology Battery-free smart shoes Differential output MEMS electret generator Rotary electret generator Event-driven wireless sensor terminal Electret FEP/p-PTFE/FEP multilayer film Thermoelectric power generation Flexible thermoelectric power generation device Agricultural sensors Equipment monitoring using wireless devices Thermoelectric power generation device for sewage water level monitoring system Photovoltaics Dye-sensitized solar cells Photovoltaic Bluetooth watch Photovoltaic wristwatch Plant power generation sensor system Converting broadcast and communication radio waves into electrical energy IoT system
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