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1. | EXECUTIVE SUMMARY AND CONCLUSIONS |
1.1. | Purpose of this report |
1.2. | Types of thermoelectric device |
1.3. | Primary uses for thermoelectric devices and company trends |
1.3.1. | Options compared |
1.3.2. | Market dynamics |
1.3.3. | Some other applications of thermoelectrics and the market leaders |
1.3.4. | Companies supplying thermoelectric thermal management in vehicles |
1.3.5. | Thermal management of small batteries for vehicles |
1.3.6. | Kyocera Japan - many automotive applications |
1.3.7. | Electric vehicles as a potential thermoelectric market |
1.3.8. | Thermoelectric temperature management of new power devices in vehicles |
1.3.9. | Medical thermoelectrics |
1.4. | Activity by region |
1.5. | Booming TEG research, industrial TEG disillusion but thermal management success |
1.6. | Patents by company and topic |
1.6.1. | Applications by country 2002-2021 |
1.6.2. | Top thermoelectric patenting companies and why |
1.6.3. | Most cited thermoelectric patents and largest invention families and why |
1.6.4. | TEG patent company analysis |
1.6.5. | Thermoelectric sensor patent landscape by company |
1.7. | Thermoelectric materials being researched and wisdom of strategies |
1.8. | Impact of COVID-19 on thermoelectric sales by company |
1.9. | Company roadmap and market $ billion 2022-2042 |
1.9.1. | Thermoelectric module and subsystem market number million and value $ billion 2022-2042 |
1.9.2. | Thermoelectric module and subsystem market number million 2022-2042 |
1.9.3. | Thermoelectric module and subsystem market value $ billion 2022-2042 |
2. | 83 COMPANIES IN THERMOELECTRIC COOLING AND TEMPERATURE MANAGEMENT BY COUNTRY AND WHERE THEY ARE IN VALUE CHAIN |
2.1. | Companies in thermoelectric cooling and temperature management compared by country and where they are in value chain |
3. | 64 COMPANIES IN THERMOELECTRIC ENERGY HARVESTING AND SENSORS BY COUNTRY AND WHERE THEY ARE IN VALUE CHAIN |
3.1. | Companies in the thermoelectric energy harvesting and sensors compared by country and where they are in value chain |
4. | 90 THERMOELECTRIC MATERIALS, MODULES, SUBSYSTEMS AND END-EQUIPMENT COMPANIES WITH RESEARCH THRUST AND PRODUCTS ILLUSTRATED AND APPRAISED INCLUDING COMPANY SOFT ASSESSMENTS |
4.1. | 3M USA |
4.2. | Adcol Electronic Co Ltd China |
4.3. | Advanced Cooling Technologies Inc |
4.4. | ADV Engineering Russia |
4.5. | Align Sourcing USA |
4.6. | Applied Thermoelectric Solutions USA |
4.7. | Alta Rock Energy USA |
4.8. | Alteg Systems USA |
4.9. | Arieca USA |
4.10. | ARM UK |
4.11. | Baker Hughes USA |
4.12. | Ballarini Paolo and Figli Italy |
4.13. | BASF Germany |
4.14. | Beijing Huimao China |
4.15. | Bentek Systems Canada |
4.16. | Biolite Italy |
4.17. | Boeing USA |
4.18. | Caleffi Hydronic Solutions Italy |
4.19. | CDT UK |
4.20. | Citizen Watch Japan |
4.21. | CUI Devices USA |
4.22. | Cyrq Energy USA |
4.23. | Denso Japan |
4.24. | Ecogen Technology Russia |
4.25. | EIC Solutions USA |
4.26. | ENEOS Holdings Japan |
4.27. | EnOcean GmbH Germany |
4.28. | e-ThermoGentech (e-Thermo) Japan |
4.29. | European Thermodynamics Ltd UK |
4.30. | EVERREDtronics Ltd China |
4.31. | Exergyn Ireland |
4.32. | Ferrotec Corporation USA |
4.33. | Fujifilm Japan |
4.34. | Furukawa Japan |
4.35. | Gentherm Inc USA |
4.36. | Global Power Technologies USA |
4.37. | greenTEG Switzerland |
4.38. | H2O Degree USA |
4.39. | Halliburton Energy Services USA |
4.40. | Hangzhou Aurin Cooling Device Co China |
4.41. | Interm Ukraine |
4.42. | ISA Impex India |
4.43. | Kieback & Peter Germany |
4.44. | Hi Z Technology, Inc USA |
4.45. | Honeywell USA |
4.46. | Hyundai Motor Korea |
4.47. | JikoPower Inc USA |
4.48. | KELK Ltd (Komatsu) Japan |
4.49. | Kieback and Peter Germany |
4.50. | Kyocera Japan |
4.51. | Laird Technologies including nExtremeUSA |
4.52. | LG Chem Korea |
4.53. | LG Electronics and LG Innotek Korea |
4.54. | Lintec Japan |
4.55. | Mahle Thermoelectronik (formerly O-Flexx) Germany |
4.56. | Maritime Applied Physics Corporation USA |
4.57. | ll-Vl Marlow Industries USA |
4.58. | Mc10 USA |
4.59. | Matrix Industries USA |
4.60. | Milwaukee Gas Speciality (BASO) USA |
4.61. | Mitsubishi Materials Corporation Japan |
4.62. | Murata Japan |
4.63. | NEC Corporation Japan |
4.64. | Northrop Grumman USA |
4.65. | Novus USA |
4.66. | OTEGO Germany |
4.67. | Panasonic Japan |
4.68. | Perpetua Power Source Technologies, Inc. USA |
4.69. | Photonic Science UK |
4.70. | PL Engineering Russia |
4.71. | Radioisotope Thermoelectric Generator RTG |
4.72. | RGS Development BV Netherlands |
4.73. | RMT Russia |
4.74. | Robert Bosch Germany |
4.75. | Romny Scientific USA |
4.76. | SENS Innovation APS |
4.77. | Showa Denko, Showa Holdings Japan |
4.78. | Siemens Germany |
4.79. | TEC Microsystems Germany |
4.80. | TECTEG Mfr Canada |
4.81. | TEGway Korea |
4.82. | Teledyne Energy Systems USA |
4.83. | TE Technology Inc |
4.84. | Tex E.G Japan |
4.85. | Thermion Company Ukraine |
4.86. | Thermonamic China |
4.87. | Toshiba Japan |
4.88. | Toyota Jidosha Japan |
4.89. | TTEC LLC Thermoelectric Technologies USA |
4.90. | Yamaha |
4.91. | Yasanuga Japan |
Slides | 326 |
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Forecasts to | 2042 |
ISBN | 9781913899592 |