Global Thermoelectric Generators Market: Industry Analysis and Forecast (2019-2026) – By Source, Temperature, Material, Wattage, End User and Region.

Global Thermoelectric Generators Market: Industry Analysis and Forecast (2019-2026) – By Source, Temperature, Material, Wattage, End User and Region.

Market Scenario

Global Thermoelectric Generators Market was valued US$ XX Mn in 2018 and is expected to reach XX Mn by 2026, at a CAGR of XX % during a forecast period.Global Thermoelectric Generators Market, By RegionThe thermoelectric generator transforms the heat into electrical energy. Thermoelectric power generation is one of the current interests in clean energy research in view of direct solar power generation, which makes thermoelectric power generation a prominent application. Growing demand for fuel efficiency and strict emission regarding carbon from the government across the globe is expected to boost the global thermoelectric generators market growth. Increasing demand for miniaturized thermoelectric generators, growing requirement for maintenance free and durable power sources are also expected to boom the global thermoelectric generators market. Additionally, the growing demand for waste heat recovery systems, coupled with the increase in global warming is projected to fuel demand for the global thermoelectric generator market. On the other hand, the high cost for the installation of the system is expected to limit the growth of the market during the forecast period. Additionally, inadequacy to produce high output power is also expected to hamper the growth of the global thermoelectric generators market. In the automotive industry, nearly about 70% percent of heat energy released from a vehicle’s engine is lost, which is common in the form of heat. The thermoelectric generators are a suitable solution for this energy loss problem. Commonly, thermoelectric generators are widely used for low power remote applications or where the usage of immense heat engines is not possible. The automotive segment is expected to share significant growth in the global thermoelectric generator market owing to a rise in automotive manufacturing across the globe. Thermoelectric generators are majorly used for the reduction of Co2 emission in commercial vehicles. It converts waste heat of an Internal combustion engine into electricity, which is expected to increase of fuel efficiency and accordingly reduction in carbon emissions. The Asia-Pacific is expected to grow at a XX % rate of CAGR in the thermoelectric generator market during the forecast period. Rapid industrialization is one of the key drivers in the thermoelectric generator market in this region. The growing demand for thermoelectric generators by automotive industries to enhance fuel efficiency is expected to boost the thermoelectric generator market growth. As the thermoelectric generator is extensively used in vehicles for automotive waste heat recovery, which also helps in reducing the CO2 emission emitted by vehicles. Accordingly, the maximum share of production of the vehicle in the region is expected to drive the thermoelectric generators market in the Asia Pacific. Some of the many key players are focusing to launch innovative products is projected to boost the thermoelectric generator market during the forecast period. For instance, in 2018, Phononic introduced its proprietary non-hermetic compatible thermoelectric cooler platform, which is developed to offer cooling performance and high reliability combined with lower consumption of power for laser packaging. The objective of the report is to present a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, industry-validated market data and projections with a suitable set of assumptions and methodology. The report also helps in understanding dynamics, structure by analysing the market segments and, project the global thermoelectric generators market. The report also provides a clear representation of competitive analysis of key players by product, price, financial position, product portfolio, growth strategies, and regional presence in the global thermoelectric generators market. The report also provides PEST analysis, PORTER’s analysis, SWOT analysis to address the question of shareholders in arranging the efforts and investment in the near future to a particular market segment.

Scope of the Report for Global Thermoelectric Generators Market

Global Thermoelectric Generators Market, By Source

• Waste Heat Recovery • Energy Harvesting • Direct Power Generation • Co-generation

Global Thermoelectric Generators Market, By Temperature

• Low Temperature (<80°C) • Medium Temperature (80°-500°C) • High Temperature (>500°C)

Global Thermoelectric Generators Market, By Material

• Bismuth or Lead Telluride (BiTe) • Lead-Telluride (Pb-Te) • Antimony-Bismuth (Sb-Bi) • Copper-Iron (Cu-Fe) • Calcium Manganese Oxide • Others

Global Thermoelectric Generators Market, By Wattage

• Low Power (<10W) • Medium Power (10-1KW) • High Power (>1KW)

Global Thermoelectric Generators Market, By End User

• Automotive • Aerospace • Defense • Industrial • Consumer • Others

Global Thermoelectric Generators Market, By Region

• North America • Europe • Asia Pacific • Middle East & Africa • South America

Key Players

• II-VI Incorporated. • Ferrotec Holdings Corporation • Laird PLC • Kelk Ltd • Gentherm, Inc. • II-VI Marlow, Inc. • Yamaha Corporation • Kryotherm Company • Aplhabet Energy, Inc. • Tellurex Corporation • Evident Thermoelectrics • Komatsu Limited • Phononic Devices • Thermo Electric Company, Inc. • RMT Ltd • TECTEG MFR • RIF Corporation • Tegpro Thermoelectric Generator Global Actuators Market

Table of Contents

Global Thermoelectric Generators Market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Thermoelectric Generators Market Size, by Market Value (US$ Mn) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Global Thermoelectric Generators Market Industry Trends and Emerging Technologies 4.8. Global Thermoelectric Generators Market Competitive Landscape 5. Supply Side and Demand Side Indicators 6. Global Thermoelectric Generators Market Analysis and Forecast 6.1. Global Thermoelectric Generators Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global Thermoelectric Generators Market Analysis and Forecast, by Source 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global Thermoelectric Generators Market Value Share Analysis, by Source 7.4. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by Source 7.5. Global Thermoelectric Generators Market Analysis, by Source 7.6. Global Thermoelectric Generators Market Attractiveness Analysis, by Source 8. Global Thermoelectric Generators Market Analysis and Forecast, by Temperature 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global Thermoelectric Generators Market Value Share Analysis, by Temperature 8.4. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by Temperature 8.5. Global Thermoelectric Generators Market Analysis, by Temperature 8.6. Global Thermoelectric Generators Market Attractiveness Analysis, by Temperature 9. Global Thermoelectric Generators Market Analysis and Forecast, by Material 9.1. Introduction and Definition 9.2. Key Findings 9.3. Global Thermoelectric Generators Market Value Share Analysis, by Material 9.4. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by Material 9.5. Global Thermoelectric Generators Market Analysis, by Material 9.6. Global Thermoelectric Generators Market Attractiveness Analysis, by Material 10. Global Thermoelectric Generators Market Analysis and Forecast, by Wattage 10.1. Introduction and Definition 10.2. Key Findings 10.3. Global Thermoelectric Generators Market Value Share Analysis, by Wattage 10.4. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by Wattage 10.5. Global Thermoelectric Generators Market Analysis, by Wattage 10.6. Global Thermoelectric Generators Market Attractiveness Analysis, by Wattage 11. Global Thermoelectric Generators Market Analysis and Forecast, by End User 11.1. Introduction and Definition 11.2. Key Findings 11.3. Global Thermoelectric Generators Market Value Share Analysis, by End User 11.4. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by End User 11.5. Global Thermoelectric Generators Market Analysis, by End User 11.6. Global Thermoelectric Generators Market Attractiveness Analysis, by End User 12. Global Thermoelectric Generators Market Analysis, by Region 12.1. Global Thermoelectric Generators Market Value Share Analysis, by Region 12.2. Global Thermoelectric Generators Market Size (US$ Mn) Forecast, by Region 12.3. Global Thermoelectric Generators Market Attractiveness Analysis, by Region 13. North America Thermoelectric Generators Market Analysis 13.1. Key Findings 13.2. North America Thermoelectric Generators Market Overview 13.3. North America Thermoelectric Generators Market Value Share Analysis, by Source 13.4. North America Thermoelectric Generators Market Forecast, by Source 13.4.1. Waste Heat Recovery 13.4.2. Energy Harvesting 13.4.3. Direct Power Generation 13.4.4. Co-generation 13.5. North America Thermoelectric Generators Market Value Share Analysis, by Temperature 13.6. North America Thermoelectric Generators Market Forecast, by Temperature 13.6.1. Low Temperature (<80°C) 13.6.2. Medium Temperature (80°-500°C) 13.6.3. High Temperature (>500°C) 13.7. North America Thermoelectric Generators Market Value Share Analysis, by Material 13.8. North America Thermoelectric Generators Market Forecast, by Material 13.8.1. Bismuth or Lead Telluride (BiTe) 13.8.2. Lead-Telluride (Pb-Te) 13.8.3. Antimony-Bismuth (Sb-Bi) 13.8.4. Copper-Iron (Cu-Fe) 13.8.5. Calcium Manganese Oxide 13.8.6. Others 13.9. North America Thermoelectric Generators Market Value Share Analysis, by Wattage 13.10. North America Thermoelectric Generators Market Forecast, by Wattage 13.10.1. Low Power (<10W) 13.10.2. Medium Power (10-1KW) 13.10.3. High Power (>1KW) 13.11. North America Thermoelectric Generators Market Value Share Analysis, by End User 13.12. North America Thermoelectric Generators Market Forecast, by End User 13.12.1. Automotive 13.12.2. Aerospace 13.12.3. Defense 13.12.4. Industrial 13.12.5. Consumer 13.12.6. Others 13.13. North America Thermoelectric Generators Market Value Share Analysis, by Country 13.14. North America Thermoelectric Generators Market Forecast, by Country 13.14.1. U.S. 13.14.2. Canada 13.15. North America Thermoelectric Generators Market Analysis, by Country 13.16. U.S. Thermoelectric Generators Market Forecast, by Source 13.16.1. Waste Heat Recovery 13.16.2. Energy Harvesting 13.16.3. Direct Power Generation 13.16.4. Co-generation 13.17. U.S. Thermoelectric Generators Market Forecast, by Temperature 13.17.1. Low Temperature (<80°C) 13.17.2. Medium Temperature (80°-500°C) 13.17.3. High Temperature (>500°C) 13.18. U.S. Thermoelectric Generators Market Forecast, by Material 13.18.1. Bismuth or Lead Telluride (BiTe) 13.18.2. Lead-Telluride (Pb-Te) 13.18.3. Antimony-Bismuth (Sb-Bi) 13.18.4. Copper-Iron (Cu-Fe) 13.18.5. Calcium Manganese Oxide 13.18.6. Others 13.19. U.S. Thermoelectric Generators Market Forecast, by Wattage 13.19.1. Low Power (<10W) 13.19.2. Medium Power (10-1KW) 13.19.3. High Power (>1KW) 13.20. U.S. Thermoelectric Generators Market Forecast, by End User 13.20.1. Automotive 13.20.2. Aerospace 13.20.3. Defense 13.20.4. Industrial 13.20.5. Consumer 13.20.6. Others 13.21. Canada Thermoelectric Generators Market Forecast, by Source 13.21.1. Waste Heat Recovery 13.21.2. Energy Harvesting 13.21.3. Direct Power Generation 13.21.4. Co-generation 13.22. Canada Thermoelectric Generators Market Forecast, by Temperature 13.22.1. Low Temperature (<80°C) 13.22.2. Medium Temperature (80°-500°C) 13.22.3. High Temperature (>500°C) 13.23. Canada Thermoelectric Generators Market Forecast, by Material 13.23.1. Bismuth or Lead Telluride (BiTe) 13.23.2. Lead-Telluride (Pb-Te) 13.23.3. Antimony-Bismuth (Sb-Bi) 13.23.4. Copper-Iron (Cu-Fe) 13.23.5. Calcium Manganese Oxide 13.23.6. Others 13.24. Canada Thermoelectric Generators Market Forecast, by Wattage 13.24.1. Low Power (<10W) 13.24.2. Medium Power (10-1KW) 13.24.3. High Power (>1KW) 13.25. Canada Thermoelectric Generators Market Forecast, by End User 13.25.1. Automotive 13.25.2. Aerospace 13.25.3. Defense 13.25.4. Industrial 13.25.5. Consumer 13.25.6. Others 13.26. North America Thermoelectric Generators Market Attractiveness Analysis 13.26.1. By Source 13.26.2. By Temperature 13.26.3. By Material 13.26.4. By Wattage 13.26.5. By End User 13.27. PEST Analysis 13.28. Key Trends 13.29. Key Developments 14. Europe Thermoelectric Generators Market Analysis 14.1. Key Findings 14.2. Europe Thermoelectric Generators Market Overview 14.3. Europe Thermoelectric Generators Market Value Share Analysis, by Source 14.4. Europe Thermoelectric Generators Market Forecast, by Source 14.4.1. Waste Heat Recovery 14.4.2. Energy Harvesting 14.4.3. Direct Power Generation 14.4.4. Co-generation 14.5. Europe Thermoelectric Generators Market Value Share Analysis, by Temperature 14.6. Europe Thermoelectric Generators Market Forecast, by Temperature 14.6.1. Low Temperature (<80°C) 14.6.2. Medium Temperature (80°-500°C) 14.6.3. High Temperature (>500°C) 14.7. Europe Thermoelectric Generators Market Value Share Analysis, by Material 14.8. Europe Thermoelectric Generators Market Forecast, by Material 14.8.1. Bismuth or Lead Telluride (BiTe) 14.8.2. Lead-Telluride (Pb-Te) 14.8.3. Antimony-Bismuth (Sb-Bi) 14.8.4. Copper-Iron (Cu-Fe) 14.8.5. Calcium Manganese Oxide 14.8.6. Others 14.8.7. Europe Thermoelectric Generators Market Value Share Analysis, by Wattage 14.9. Europe Thermoelectric Generators Market Forecast, by Wattage 14.9.1. Low Power (<10W) 14.9.2. Medium Power (10-1KW) 14.9.3. High Power (>1KW) 14.10. Europe Thermoelectric Generators Market Value Share Analysis, by End User 14.11. Europe Thermoelectric Generators Market Forecast, by End User 14.11.1. Automotive 14.11.2. Aerospace 14.11.3. Defense 14.11.4. Industrial 14.11.5. Consumer 14.11.6. Others 14.12. Europe Thermoelectric Generators Market Value Share Analysis, by Country 14.13. Europe Thermoelectric Generators Market Forecast, by Country 14.13.1. Germany 14.13.2. U.K. 14.13.3. France 14.13.4. Italy 14.13.5. Spain 14.13.6. Rest of Europe 14.14. Europe Thermoelectric Generators Market Analysis, by Country 14.15. Germany Thermoelectric Generators Market Forecast, by Source 14.15.1. Waste Heat Recovery 14.15.2. Energy Harvesting 14.15.3. Direct Power Generation 14.15.4. Co-generation 14.16. Germany Thermoelectric Generators Market Forecast, by Temperature 14.16.1. Low Temperature (<80°C) 14.16.2. Medium Temperature (80°-500°C) 14.16.3. High Temperature (>500°C) 14.17. Germany Thermoelectric Generators Market Forecast, by Material 14.17.1. Bismuth or Lead Telluride (BiTe) 14.17.2. Lead-Telluride (Pb-Te) 14.17.3. Antimony-Bismuth (Sb-Bi) 14.17.4. Copper-Iron (Cu-Fe) 14.17.5. Calcium Manganese Oxide 14.17.6. Others 14.18. Germany Thermoelectric Generators Market Forecast, by Wattage 14.18.1. Low Power (<10W) 14.18.2. Medium Power (10-1KW) 14.18.3. High Power (>1KW) 14.19. Germany Thermoelectric Generators Market Forecast, by End User 14.19.1. Automotive 14.19.2. Aerospace 14.19.3. Defense 14.19.4. Industrial 14.19.5. Consumer 14.19.6. Others 14.20. U.K. Thermoelectric Generators Market Forecast, by Source 14.20.1. Waste Heat Recovery 14.20.2. Energy Harvesting 14.20.3. Direct Power Generation 14.20.4. Co-generation 14.21. U.K. Thermoelectric Generators Market Forecast, by Temperature 14.21.1. Low Temperature (<80°C) 14.21.2. Medium Temperature (80°-500°C) 14.21.3. High Temperature (>500°C) 14.22. U.K. Thermoelectric Generators Market Forecast, by Material 14.22.1. Bismuth or Lead Telluride (BiTe) 14.22.2. Lead-Telluride (Pb-Te) 14.22.3. Antimony-Bismuth (Sb-Bi) 14.22.4. Copper-Iron (Cu-Fe) 14.22.5. Calcium Manganese Oxide 14.22.6. Others 14.23. U.K. Thermoelectric Generators Market Forecast, by Wattage 14.23.1. Low Power (<10W) 14.23.2. Medium Power (10-1KW) 14.23.3. High Power (>1KW) 14.24. U.K. Thermoelectric Generators Market Forecast, by End User 14.24.1. Automotive 14.24.2. Aerospace 14.24.3. Defense 14.24.4. Industrial 14.24.5. Consumer 14.24.6. Others 14.25. France Thermoelectric Generators Market Forecast, by Source 14.25.1. Waste Heat Recovery 14.25.2. Energy Harvesting 14.25.3. Direct Power Generation 14.25.4. Co-generation 14.26. France Thermoelectric Generators Market Forecast, by Temperature 14.26.1. Low Temperature (<80°C) 14.26.2. Medium Temperature (80°-500°C) 14.26.3. High Temperature (>500°C) 14.27. France Thermoelectric Generators Market Forecast, by Material 14.27.1. Bismuth or Lead Telluride (BiTe) 14.27.2. Lead-Telluride (Pb-Te) 14.27.3. Antimony-Bismuth (Sb-Bi) 14.27.4. Copper-Iron (Cu-Fe) 14.27.5. Calcium Manganese Oxide 14.27.6. Others 14.28. France Thermoelectric Generators Market Forecast, by Wattage 14.28.1. Low Power (<10W) 14.28.2. Medium Power (10-1KW) 14.28.3. High Power (>1KW) 14.29. France Thermoelectric Generators Market Forecast, by End User 14.29.1. Automotive 14.29.2. Aerospace 14.29.3. Defense 14.29.4. Industrial 14.29.5. Consumer 14.29.6. Others 14.30. Italy Thermoelectric Generators Market Forecast, by Source 14.30.1. Waste Heat Recovery 14.30.2. Energy Harvesting 14.30.3. Direct Power Generation 14.30.4. Co-generation 14.31. Italy Thermoelectric Generators Market Forecast, by Temperature 14.31.1. Low Temperature (<80°C) 14.31.2. Medium Temperature (80°-500°C) 14.31.3. High Temperature (>500°C) 14.32. Italy Thermoelectric Generators Market Forecast, by Material 14.32.1. Bismuth or Lead Telluride (BiTe) 14.32.2. Lead-Telluride (Pb-Te) 14.32.3. Antimony-Bismuth (Sb-Bi) 14.32.4. Copper-Iron (Cu-Fe) 14.32.5. Calcium Manganese Oxide 14.32.6. Others 14.33. Italy Thermoelectric Generators Market Forecast, by Wattage 14.33.1. Low Power (<10W) 14.33.2. Medium Power (10-1KW) 14.33.3. High Power (>1KW) 14.34. Italy Thermoelectric Generators Market Forecast, by End User 14.34.1. Automotive 14.34.2. Aerospace 14.34.3. Defense 14.34.4. Industrial 14.34.5. Consumer 14.34.6. Others 14.35. Spain Thermoelectric Generators Market Forecast, by Source 14.35.1. Waste Heat Recovery 14.35.2. Energy Harvesting 14.35.3. Direct Power Generation 14.35.4. Co-generation 14.36. Spain Thermoelectric Generators Market Forecast, by Temperature 14.36.1. Low Temperature (<80°C) 14.36.2. Medium Temperature (80°-500°C) 14.36.3. High Temperature (>500°C) 14.37. Spain Thermoelectric Generators Market Forecast, by Material 14.37.1. Bismuth or Lead Telluride (BiTe) 14.37.2. Lead-Telluride (Pb-Te) 14.37.3. Antimony-Bismuth (Sb-Bi) 14.37.4. Copper-Iron (Cu-Fe) 14.37.5. Calcium Manganese Oxide 14.37.6. Others 14.38. Spain Thermoelectric Generators Market Forecast, by Wattage 14.38.1. Low Power (<10W) 14.38.2. Medium Power (10-1KW) 14.38.3. High Power (>1KW) 14.39. Spain Thermoelectric Generators Market Forecast, by End User 14.39.1. Automotive 14.39.2. Aerospace 14.39.3. Defense 14.39.4. Industrial 14.39.5. Consumer 14.39.6. Others 14.40. Rest of Europe Thermoelectric Generators Market Forecast, by Source 14.40.1. Waste Heat Recovery 14.40.2. Energy Harvesting 14.40.3. Direct Power Generation 14.40.4. Co-generation 14.41. Rest of Europe Thermoelectric Generators Market Forecast, by Temperature 14.41.1. Low Temperature (<80°C) 14.41.2. Medium Temperature (80°-500°C) 14.41.3. High Temperature (>500°C) 14.42. Rest of Europe Thermoelectric Generators Market Forecast, by Material 14.42.1. Bismuth or Lead Telluride (BiTe) 14.42.2. Lead-Telluride (Pb-Te) 14.42.3. Antimony-Bismuth (Sb-Bi) 14.42.4. Copper-Iron (Cu-Fe) 14.42.5. Calcium Manganese Oxide 14.42.6. Others 14.43. Rest Of Europe Thermoelectric Generators Market Forecast, by Wattage 14.43.1. Low Power (<10W) 14.43.2. Medium Power (10-1KW) 14.43.3. High Power (>1KW) 14.44. Rest Of Europe Thermoelectric Generators Market Forecast, by End User 14.44.1. Automotive 14.44.2. Aerospace 14.44.3. Defense 14.44.4. Industrial 14.44.5. Consumer 14.44.6. Others 14.45. Europe Thermoelectric Generators Market Attractiveness Analysis 14.45.1. By Source 14.45.2. By Temperature 14.45.3. By Material 14.45.4. By Wattage 14.45.5. By End User 14.46. PEST Analysis 14.47. Key Trends 14.48. Key Developments 15. Asia Pacific Thermoelectric Generators Market Analysis 15.1. Key Findings 15.2. Asia Pacific Thermoelectric Generators Market Overview 15.3. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by Source 15.4. Asia Pacific Thermoelectric Generators Market Forecast, by Source 15.4.1. Waste Heat Recovery 15.4.2. Energy Harvesting 15.4.3. Direct Power Generation 15.4.4. Co-generation 15.5. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by Temperature 15.6. Asia Pacific Thermoelectric Generators Market Forecast, by Temperature 15.6.1. Low Temperature (<80°C) 15.6.2. Medium Temperature (80°-500°C) 15.6.3. High Temperature (>500°C) 15.7. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by Material 15.8. Asia Pacific Thermoelectric Generators Market Forecast, by Material 15.8.1. Bismuth or Lead Telluride (BiTe) 15.8.2. Lead-Telluride (Pb-Te) 15.8.3. Antimony-Bismuth (Sb-Bi) 15.8.4. Copper-Iron (Cu-Fe) 15.8.5. Calcium Manganese Oxide 15.8.6. Others 15.9. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by Wattage 15.10. Asia Pacific Thermoelectric Generators Market Forecast, by Wattage 15.10.1. Low Power (<10W) 15.10.2. Medium Power (10-1KW) 15.10.3. High Power (>1KW) 15.11. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by End User 15.12. Asia Pacific Thermoelectric Generators Market Forecast, by End User 15.12.1. Automotive 15.12.2. Aerospace 15.12.3. Defense 15.12.4. Industrial 15.12.5. Consumer 15.12.6. Others 15.13. Asia Pacific Thermoelectric Generators Market Value Share Analysis, by Country 15.14. Asia Pacific Thermoelectric Generators Market Forecast, by Country 15.14.1. China 15.14.2. India 15.14.3. Japan 15.14.4. ASEAN 15.14.5. Rest of Asia Pacific 15.15. Asia Pacific Thermoelectric Generators Market Analysis, by Country 15.16. China Thermoelectric Generators Market Forecast, by Source 15.16.1. Waste Heat Recovery 15.16.2. Energy Harvesting 15.16.3. Direct Power Generation 15.16.4. Co-generation 15.17. China Thermoelectric Generators Market Forecast, by Temperature 15.17.1. Low Temperature (<80°C) 15.17.2. Medium Temperature (80°-500°C) 15.17.3. High Temperature (>500°C) 15.18. China Thermoelectric Generators Market Forecast, by Material 15.18.1. Bismuth or Lead Telluride (BiTe) 15.18.2. Lead-Telluride (Pb-Te) 15.18.3. Antimony-Bismuth (Sb-Bi) 15.18.4. Copper-Iron (Cu-Fe) 15.18.5. Calcium Manganese Oxide 15.18.6. Others 15.19. China Thermoelectric Generators Market Forecast, by Wattage 15.19.1. Low Power (<10W) 15.19.2. Medium Power (10-1KW) 15.19.3. High Power (>1KW) 15.20. China Thermoelectric Generators Market Forecast, by End User 15.20.1. Automotive 15.20.2. Aerospace 15.20.3. Defense 15.20.4. Industrial 15.20.5. Consumer 15.20.6. Others 15.21. India Thermoelectric Generators Market Forecast, by Source 15.21.1. Waste Heat Recovery 15.21.2. Energy Harvesting 15.21.3. Direct Power Generation 15.21.4. Co-generation 15.22. India Thermoelectric Generators Market Forecast, by Temperature 15.22.1. Low Temperature (<80°C) 15.22.2. Medium Temperature (80°-500°C) 15.22.3. High Temperature (>500°C) 15.23. India Thermoelectric Generators Market Forecast, by Material 15.23.1. Bismuth or Lead Telluride (BiTe) 15.23.2. Lead-Telluride (Pb-Te) 15.23.3. Antimony-Bismuth (Sb-Bi) 15.23.4. Copper-Iron (Cu-Fe) 15.23.5. Calcium Manganese Oxide 15.23.6. Others 15.24. India Thermoelectric Generators Market Forecast, by Wattage 15.24.1. Low Power (<10W) 15.24.2. Medium Power (10-1KW) 15.24.3. High Power (>1KW) 15.25. India Thermoelectric Generators Market Forecast, by End User 15.25.1. Automotive 15.25.2. Aerospace 15.25.3. Defense 15.25.4. Industrial 15.25.5. Consumer 15.25.6. Others 15.26. Japan Thermoelectric Generators Market Forecast, by Source 15.26.1. Waste Heat Recovery 15.26.2. Energy Harvesting 15.26.3. Direct Power Generation 15.26.4. Co-generation 15.27. Japan Thermoelectric Generators Market Forecast, by Temperature 15.27.1. Low Temperature (<80°C) 15.27.2. Medium Temperature (80°-500°C) 15.27.3. High Temperature (>500°C) 15.28. Japan Thermoelectric Generators Market Forecast, by Material 15.28.1. Bismuth or Lead Telluride (BiTe) 15.28.2. Lead-Telluride (Pb-Te) 15.28.3. Antimony-Bismuth (Sb-Bi) 15.28.4. Copper-Iron (Cu-Fe) 15.28.5. Calcium Manganese Oxide 15.28.6. Others 15.29. Japan Thermoelectric Generators Market Forecast, by Wattage 15.29.1. Low Power (<10W) 15.29.2. Medium Power (10-1KW) 15.29.3. High Power (>1KW) 15.30. Japan Thermoelectric Generators Market Forecast, by End User 15.30.1. Automotive 15.30.2. Aerospace 15.30.3. Defense 15.30.4. Industrial 15.30.5. Consumer 15.30.6. Others 15.31. ASEAN Thermoelectric Generators Market Forecast, by Source 15.31.1. Waste Heat Recovery 15.31.2. Energy Harvesting 15.31.3. Direct Power Generation 15.31.4. Co-generation 15.32. ASEAN Thermoelectric Generators Market Forecast, by Temperature 15.32.1. Low Temperature (<80°C) 15.32.2. Medium Temperature (80°-500°C) 15.32.3. High Temperature (>500°C) 15.33. ASEAN Thermoelectric Generators Market Forecast, by Material 15.33.1. Bismuth or Lead Telluride (BiTe) 15.33.2. Lead-Telluride (Pb-Te) 15.33.3. Antimony-Bismuth (Sb-Bi) 15.33.4. Copper-Iron (Cu-Fe) 15.33.5. Calcium Manganese Oxide 15.33.6. Others 15.34. ASEAN Thermoelectric Generators Market Forecast, by Wattage 15.34.1. Low Power (<10W) 15.34.2. Medium Power (10-1KW) 15.34.3. High Power (>1KW) 15.35. ASEAN Thermoelectric Generators Market Forecast, by End User 15.35.1. Automotive 15.35.2. Aerospace 15.35.3. Defense 15.35.4. Industrial 15.35.5. Consumer 15.35.6. Others 15.36. Rest of Asia Pacific Thermoelectric Generators Market Forecast, by Source 15.36.1. Waste Heat Recovery 15.36.2. Energy Harvesting 15.36.3. Direct Power Generation 15.36.4. Co-generation 15.37. Rest of Asia Pacific Thermoelectric Generators Market Forecast, by Temperature 15.37.1. Low Temperature (<80°C) 15.37.2. Medium Temperature (80°-500°C) 15.37.3. High Temperature (>500°C) 15.38. Rest of Asia Pacific Thermoelectric Generators Market Forecast, by Material 15.38.1. Bismuth or Lead Telluride (BiTe) 15.38.2. Lead-Telluride (Pb-Te) 15.38.3. Antimony-Bismuth (Sb-Bi) 15.38.4. Copper-Iron (Cu-Fe) 15.38.5. Calcium Manganese Oxide 15.38.6. Others 15.39. Rest of Asia Pacific Thermoelectric Generators Market Forecast, by Wattage 15.39.1. Low Power (<10W) 15.39.2. Medium Power (10-1KW) 15.39.3. High Power (>1KW) 15.40. Rest of Asia Pacific Thermoelectric Generators Market Forecast, by End User 15.40.1. Automotive 15.40.2. Aerospace 15.40.3. Defense 15.40.4. Industrial 15.40.5. Consumer 15.40.6. Others 15.41. Asia Pacific Thermoelectric Generators Market Attractiveness Analysis 15.41.1. By Source 15.41.2. By Temperature 15.41.3. By Material 15.41.4. By Wattage 15.41.5. By End User 15.42. PEST Analysis 15.43. Key Trends 15.44. Key Developments 16. Middle East & Africa Thermoelectric Generators Market Analysis 16.1. Key Findings 16.2. Middle East & Africa Thermoelectric Generators Market Overview 16.3. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by Source 16.4. Middle East & Africa Thermoelectric Generators Market Forecast, by Source 16.4.1. Waste Heat Recovery 16.4.2. Energy Harvesting 16.4.3. Direct Power Generation 16.4.4. Co-generation 16.5. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by Temperature 16.6. Middle East & Africa Thermoelectric Generators Market Forecast, by Temperature 16.6.1. Low Temperature (<80°C) 16.6.2. Medium Temperature (80°-500°C) 16.6.3. High Temperature (>500°C) 16.7. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by Material 16.8. Middle East & Africa Thermoelectric Generators Market Forecast, by Material 16.8.1. Bismuth or Lead Telluride (BiTe) 16.8.2. Lead-Telluride (Pb-Te) 16.8.3. Antimony-Bismuth (Sb-Bi) 16.8.4. Copper-Iron (Cu-Fe) 16.8.5. Calcium Manganese Oxide 16.8.6. Others 16.9. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by Wattage 16.10. Middle East & Africa Thermoelectric Generators Market Forecast, by Wattage 16.10.1. Low Power (<10W) 16.10.2. Medium Power (10-1KW) 16.10.3. High Power (>1KW) 16.11. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by End User 16.12. Middle East & Africa Thermoelectric Generators Market Forecast, by End User 16.12.1. Automotive 16.12.2. Aerospace 16.12.3. Defense 16.12.4. Industrial 16.12.5. Consumer 16.12.6. Others 16.13. Middle East & Africa Thermoelectric Generators Market Value Share Analysis, by Country 16.14. Middle East & Africa Thermoelectric Generators Market Forecast, by Country 16.14.1. GCC 16.14.2. South Africa 16.14.3. Rest of Middle East & Africa 16.15. Middle East & Africa Thermoelectric Generators Market Analysis, by Country 16.16. GCC Thermoelectric Generators Market Forecast, by Source 16.16.1. Waste Heat Recovery 16.16.2. Energy Harvesting 16.16.3. Direct Power Generation 16.16.4. Co-generation 16.17. GCC Thermoelectric Generators Market Forecast, by Temperature 16.17.1. Low Temperature (<80°C) 16.17.2. Medium Temperature (80°-500°C) 16.17.3. High Temperature (>500°C) 16.18. GCC Thermoelectric Generators Market Forecast, by Material 16.18.1. Bismuth or Lead Telluride (BiTe) 16.18.2. Lead-Telluride (Pb-Te) 16.18.3. Antimony-Bismuth (Sb-Bi) 16.18.4. Copper-Iron (Cu-Fe) 16.18.5. Calcium Manganese Oxide 16.18.6. Others 16.19. GCC Thermoelectric Generators Market Forecast, by Wattage 16.19.1. Low Power (<10W) 16.19.2. Medium Power (10-1KW) 16.19.3. High Power (>1KW) 16.20. GCC Thermoelectric Generators Market Forecast, by End User 16.20.1. Automotive 16.20.2. Aerospace 16.20.3. Defense 16.20.4. Industrial 16.20.5. Consumer 16.20.6. Others 16.21. South Africa Thermoelectric Generators Market Forecast, by Source 16.21.1. Waste Heat Recovery 16.21.2. Energy Harvesting 16.21.3. Direct Power Generation 16.21.4. Co-generation 16.22. South Africa Thermoelectric Generators Market Forecast, by Temperature 16.22.1. Low Temperature (<80°C) 16.22.2. Medium Temperature (80°-500°C) 16.22.3. High Temperature (>500°C) 16.23. South Africa Thermoelectric Generators Market Forecast, by Material 16.23.1. Bismuth or Lead Telluride (BiTe) 16.23.2. Lead-Telluride (Pb-Te) 16.23.3. Antimony-Bismuth (Sb-Bi) 16.23.4. Copper-Iron (Cu-Fe) 16.23.5. Calcium Manganese Oxide 16.23.6. Others 16.24. South Africa Thermoelectric Generators Market Forecast, by Wattage 16.24.1. Low Power (<10W) 16.24.2. Medium Power (10-1KW) 16.24.3. High Power (>1KW) 16.25. South Africa Thermoelectric Generators Market Forecast, by End User 16.25.1. Automotive 16.25.2. Aerospace 16.25.3. Defense 16.25.4. Industrial 16.25.5. Consumer 16.25.6. Others 16.26. Rest of Middle East & Africa Thermoelectric Generators Market Forecast, by Source 16.26.1. Waste Heat Recovery 16.26.2. Energy Harvesting 16.26.3. Direct Power Generation 16.26.4. Co-generation 16.27. Rest of Middle East & Africa Thermoelectric Generators Market Forecast, by Temperature 16.27.1. Low Temperature (<80°C) 16.27.2. Medium Temperature (80°-500°C) 16.27.3. High Temperature (>500°C) 16.28. Rest of Middle East & Africa Thermoelectric Generators Market Forecast, by Material 16.28.1. Bismuth or Lead Telluride (BiTe) 16.28.2. Lead-Telluride (Pb-Te) 16.28.3. Antimony-Bismuth (Sb-Bi) 16.28.4. Copper-Iron (Cu-Fe) 16.28.5. Calcium Manganese Oxide 16.28.6. Others 16.29. Rest of Middle East & Africa Thermoelectric Generators Market Forecast, by Wattage 16.29.1. Low Power (<10W) 16.29.2. Medium Power (10-1KW) 16.29.3. High Power (>1KW) 16.30. Rest of Middle East & Africa Thermoelectric Generators Market Forecast, by End User 16.30.1. Automotive 16.30.2. Aerospace 16.30.3. Defense 16.30.4. Industrial 16.30.5. Consumer 16.30.6. Others 16.31. Middle East & Africa Thermoelectric Generators Market Attractiveness Analysis 16.31.1. By Source 16.31.2. By Temperature 16.31.3. By Material 16.31.4. By Wattage 16.31.5. By End User 16.32. PEST Analysis 16.33. Key Trends 16.34. Key Developments 17. South America Thermoelectric Generators Market Analysis 17.1. Key Findings 17.2. South America Thermoelectric Generators Market Overview 17.3. South America Thermoelectric Generators Market Value Share Analysis, by Source 17.4. South America Thermoelectric Generators Market Forecast, by Source 17.4.1. Waste Heat Recovery 17.4.2. Energy Harvesting 17.4.3. Direct Power Generation 17.4.4. Co-generation 17.5. South America Thermoelectric Generators Market Value Share Analysis, by Temperature 17.6. South America Thermoelectric Generators Market Forecast, by Temperature 17.6.1. Low Temperature (<80°C) 17.6.2. Medium Temperature (80°-500°C) 17.6.3. High Temperature (>500°C) 17.7. South America Thermoelectric Generators Market Value Share Analysis, by Material 17.8. South America Thermoelectric Generators Market Forecast, by Material 17.8.1. Bismuth or Lead Telluride (BiTe) 17.8.2. Lead-Telluride (Pb-Te) 17.8.3. Antimony-Bismuth (Sb-Bi) 17.8.4. Copper-Iron (Cu-Fe) 17.8.5. Calcium Manganese Oxide 17.8.6. Others 17.9. South America Thermoelectric Generators Market Value Share Analysis, by Wattage 17.10. South America Thermoelectric Generators Market Forecast, by Wattage 17.10.1. Low Power (<10W) 17.10.2. Medium Power (10-1KW) 17.10.3. High Power (>1KW) 17.11. South America Thermoelectric Generators Market Value Share Analysis, by End User 17.12. South America Thermoelectric Generators Market Forecast, by End User 17.12.1. Automotive 17.12.2. Aerospace 17.12.3. Defense 17.12.4. Industrial 17.12.5. Consumer 17.12.6. Others 17.13. South America Thermoelectric Generators Market Value Share Analysis, by Country 17.14. South America Thermoelectric Generators Market Forecast, by Country 17.14.1. Brazil 17.14.2. Mexico 17.14.3. Rest of South America 17.15. South America Thermoelectric Generators Market Analysis, by Country 17.16. Brazil Thermoelectric Generators Market Forecast, by Source 17.16.1. Waste Heat Recovery 17.16.2. Energy Harvesting 17.16.3. Direct Power Generation 17.16.4. Co-generation 17.17. Brazil Thermoelectric Generators Market Forecast, by Temperature 17.17.1. Low Temperature (<80°C) 17.17.2. Medium Temperature (80°-500°C) 17.17.3. High Temperature (>500°C) 17.18. Brazil Thermoelectric Generators Market Forecast, by Material 17.18.1. Bismuth or Lead Telluride (BiTe) 17.18.2. Lead-Telluride (Pb-Te) 17.18.3. Antimony-Bismuth (Sb-Bi) 17.18.4. Copper-Iron (Cu-Fe) 17.18.5. Calcium Manganese Oxide 17.18.6. Others 17.19. Brazil Thermoelectric Generators Market Forecast, by Wattage 17.19.1. Low Power (<10W) 17.19.2. Medium Power (10-1KW) 17.19.3. High Power (>1KW) 17.20. Brazil Thermoelectric Generators Market Forecast, by End User 17.20.1. Automotive 17.20.2. Aerospace 17.20.3. Defense 17.20.4. Industrial 17.20.5. Consumer 17.20.6. Others 17.21. Mexico Thermoelectric Generators Market Forecast, by Source 17.21.1. Waste Heat Recovery 17.21.2. Energy Harvesting 17.21.3. Direct Power Generation 17.21.4. Co-generation 17.22. Mexico Thermoelectric Generators Market Forecast, by Temperature 17.22.1. Low Temperature (<80°C) 17.22.2. Medium Temperature (80°-500°C) 17.22.3. High Temperature(>500°C)  17.23. Mexico Thermoelectric Generators Market Forecast, by Material 17.23.1. Bismuth or Lead Telluride (BiTe) 17.23.2. Lead-Telluride (Pb-Te) 17.23.3. Antimony-Bismuth (Sb-Bi) 17.23.4. Copper-Iron (Cu-Fe) 17.23.5. Calcium Manganese Oxide 17.23.6. Others 17.24. Mexico Thermoelectric Generators Market Forecast, by Wattage 17.24.1. Low Power (<10W) 17.24.2. Medium Power (10-1KW) 17.24.3. High Power (>1KW) 17.25. Mexico Thermoelectric Generators Market Forecast, by End User 17.25.1. Automotive 17.25.2. Aerospace 17.25.3. Defense 17.25.4. Industrial 17.25.5. Consumer 17.25.6. Others 17.26. Rest of South America Thermoelectric Generators Market Forecast, by Source 17.26.1. Waste Heat Recovery 17.26.2. Energy Harvesting 17.26.3. Direct Power Generation 17.26.4. Co-generation 17.27. Rest of South America Thermoelectric Generators Market Forecast, by Temperature 17.27.1. Low Temperature (<80°C) 17.27.2. Medium Temperature (80°-500°C) 17.27.3. High Temperature (>500°C) 17.28. Rest of South America Thermoelectric Generators Market Forecast, by Material 17.28.1. Bismuth or Lead Telluride (BiTe) 17.28.2. Lead-Telluride (Pb-Te) 17.28.3. Antimony-Bismuth (Sb-Bi) 17.28.4. Copper-Iron (Cu-Fe) 17.28.5. Calcium Manganese Oxide 17.28.6. Others 17.29. Rest of South America Thermoelectric Generators Market Forecast, by Wattage 17.29.1. Low Power (<10W) 17.29.2. Medium Power (10-1KW) 17.29.3. High Power (>1KW) 17.30. Rest of South America Thermoelectric Generators Market Forecast, by End User 17.30.1. Automotive 17.30.2. Aerospace 17.30.3. Defense 17.30.4. Industrial 17.30.5. Consumer 17.30.6. Others 17.31. South America Thermoelectric Generators Market Attractiveness Analysis 17.31.1. By Source 17.31.2. By Temperature 17.31.3. By Material 17.31.4. By Wattage 17.31.5. By End User 17.32. PEST Analysis 17.33. Key Trends 17.34. Key Developments 18. Company Profiles 18.1. Market Share Analysis, by Company 18.2. Competition Matrix 18.2.1. Competitive Benchmarking of key players by price, presence, market share, Wattage s and R&D investment 18.2.2. New Product Launches and Product Enhancements 18.2.3. Market Consolidation 18.2.3.1. M&A by Regions, Investment and Wattage s 18.2.3.2. M&A Key Players, Forward Integration and Backward Integration 18.3. Company Profiles: Key Players 18.3.1. II-VI Incorporated. 18.3.1.1. Company Overview 18.3.1.2. Financial Overview 18.3.1.3. Product Portfolio 18.3.1.4. Business Strategy 18.3.1.5. Recent Developments 18.3.1.6. Development Footprint 18.3.2. Ferrotec Holdings Corporation 18.3.3. Laird PLC 18.3.4. Kelk Ltd 18.3.5. Gentherm, Inc. 18.3.6. II-VI Marlow, Inc. 18.3.7. Yamaha Corporation 18.3.8. Kryotherm Company 18.3.9. Aplhabet Energy, Inc. 18.3.10. Tellurex Corporation 18.3.11. Evident Thermoelectrics 18.3.12. Komatsu Limited 18.3.13. Phononic Devices 18.3.14. Thermo Electric Company, Inc. 18.3.15. RMT Ltd 18.3.16. TECTEG MFR 18.3.17. RIF Corporation 18.3.18. Tegpro Thermoelectric Generator 19. Primary Key Insights

About This Report

Report ID29591
Published DateMay 2019
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