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1. | EXECUTIVE SUMMARY AND CONCLUSIONS |
1.1. | Purpose and methodology of this report |
1.2. | Primary conclusions: Markets |
1.3. | 48V hybrid market drivers |
1.4. | Regional trends |
1.4.1. | 43 examples of 48V hybrid brands and regions targeted |
1.4.2. | Car manufacturer 48V hybrid thrust and demand by region |
1.4.3. | Unit sales of 48V hybrid cars % by region 2019-2041 after effect of COVID |
1.5. | Primary conclusions: Technology |
1.5.1. | 48V technology roadmap 2021-2041 |
1.5.2. | Huge scope for simplification and integration |
1.5.3. | Design and impact |
1.5.4. | Mild vs full hybrid |
1.5.5. | Engine |
1.5.6. | Energy storage |
1.5.7. | DC-DC inverter |
1.5.8. | Start-motor-generator and motor-generator positioning |
1.5.9. | Electrification possible with 48V mild hybrid powertrains: examples |
1.5.10. | 48V powertrains in context of others |
1.5.11. | Rising ambitions: Comparison of powertrain benefits |
1.5.12. | Can 48V full hybrids beat HV full hybrids? |
1.5.13. | 48V hybrid car components useful for 48V pure electric vehicles? |
1.6. | Primary conclusions: Manufacturers |
1.7. | Primary conclusions: Tier one suppliers |
1.8. | Forecasts |
1.8.1. | Unit sales of 48V hybrid cars mild vs full hybrid 2019-2041 global number million after effect of COVID |
1.8.2. | Unit price of 48V cars (US$) 2019-2041 after effect of COVID |
1.8.3. | Market value of 48V cars (US$ billion) 2019-2041 after effect of COVID |
1.8.4. | 48V hybrids 2019-2041 global market number share % by rotating electric machine REM position |
1.8.5. | Pre-COVID forecasts to compare |
1.8.6. | Background: IDTechEx car market analysis post COVID |
1.8.7. | Battery electric vehicles that are often 48V (number thousand) 2019-2030 |
1.8.8. | Battery electric vehicles that are often 48V (market value $ billion) 2019-2030 |
1.8.9. | Market forecast for cars worldwide (number thousand) - 2015-2041 |
1.8.10. | 48V hybrid influence on supercapacitor market by application $ billion 2021-2041 |
1.8.11. | Upside forecast of global supercapacitor market by application $ billion 2025-2041 |
2. | INTRODUCTION |
2.1. | Electric vehicle markets and options: the big picture |
2.2. | The move to 48V |
2.3. | 48V alone - abandoning dual 12V + 48V car systems |
2.4. | Windows of opportunity for launch of 48V MH car variants |
2.5. | Powertrain competition 2021-2041 |
2.6. | Powertrain competition for 48V hybrids |
2.7. | Many ongoing incremental improvements at modest cost |
2.8. | 48V mild hybrid cars |
2.8.1. | Basic architecture |
2.8.2. | P0 position for 48V mild hybrid |
2.8.3. | 48V mild hybrid evolution, benefits and disadvantages |
2.8.4. | Hybrid options by functionality: AVL view of 48V MH in context |
2.8.5. | Option of replacing mechanical and hydraulic devices |
2.8.6. | Second generation hybrid powertrain by Delphi |
2.8.7. | Overstated mild hybrid benefits against HV HEV |
2.9. | Surprisingly future proof: 48V hybrid improvement continues through 2030 |
2.9.1. | 48V hybrid technology improvements ahead - Functions vs architectures |
2.9.2. | Launch dates of 48V MH and 48V FH vehicles |
2.10. | Why cars are the main focus of 48V MH |
2.11. | SOFT report for 48V hybrids |
3. | 48V FULL HYBRID CARS: POSITIONING, TECHNOLOGY, EARLY ADOPTERS |
3.1. | 48V full hybrid features, advantages disadvantages |
3.2. | Impacting but not quickly eliminating 48VMH and HV HEV |
3.3. | Design of a 48V full hybrid vehicle |
3.3.1. | Market positioning and technology choices |
3.3.2. | Preferred 48V FH device locations |
3.3.3. | 48V full hybrid with maximum benefits |
3.4. | Manufacturers launching first 48V full hybrid cars |
3.4.1. | ChangAn Motors China |
3.4.2. | FAW China 48V full hybrid |
3.4.3. | Skoda: 48V full hybrid as mild hybrid upgrade |
3.4.4. | Volkswagen |
3.5. | Examples of 48V MH and FH parts, systems developers |
3.5.1. | Borg Warner USA |
3.5.2. | Continental (Vitesco) Germany |
3.5.3. | Ricardo UK |
3.5.4. | Mahle Germany |
3.5.5. | Valeo France |
3.6. | 48V Plug-in PHEV? |
4. | 40 MANUFACTURERS OF 48V MILD HYBRID CARS ANALYSED AND SIX SAYING NO: 92 PAGES |
4.1. | Introduction |
4.2. | Alfa Romeo Italy |
4.3. | Aston Martin Lagonda UK |
4.4. | Audi Germany |
4.5. | Bentley (VW Group) UK |
4.6. | BMW Germany |
4.7. | Buick (GM) USA |
4.8. | Cadillac (GM) USA |
4.9. | Chery China |
4.10. | Chevrolet (GM) China |
4.11. | FCA (Stellantis) USA/ Italy |
4.12. | Fiat (Stellantis) Italy |
4.13. | Ford USA, Europe |
4.14. | Geely China (Volvo, Proton, Lotus, LEVC taxis, Lotus etc) |
4.15. | General Motors USA |
4.16. | Hyundai Kia Automotive Group Korea |
4.17. | Jaguar Land Rover (Tata Motors) UK |
4.18. | Jeep (Stellantis) USA |
4.19. | Kia Motors Korea |
4.20. | Lamborghini (VW Group) Italy |
4.21. | Mahindra & Mahindra India |
4.22. | Maruti Suzuki India |
4.23. | Mazda Japan |
4.24. | Mercedes-Benz Germany |
4.25. | MG Morris Garages India |
4.26. | Maserati (Stellantis) Italy |
4.27. | Opel Germany |
4.28. | Porsche Germany |
4.29. | PSA (Stellantis) France |
4.30. | RAM (Stellantis) USA |
4.31. | Renault France |
4.32. | Rolls Royce Motors (BMW) UK |
4.33. | SAIC-GM China |
4.34. | SEAT (VW Group) Spain |
4.35. | Skoda (VW Group) Czech Republic |
4.36. | Subaru Japan |
4.37. | Suzuki Japan |
4.38. | SsangYong (Mahindra and Mahindra) Korea |
4.39. | Tata Motors India |
4.40. | Volkswagen Germany |
4.41. | Volvo Motors (Geely) Sweden |
4.42. | Six manufacturers with no 48V hybrid priority: reasons |
5. | 48V MH TRUCKS AND BUSES |
5.1. | Truck and bus manufacturers involved |
5.1.1. | Daimler Germany |
5.1.2. | General Motors USA |
5.1.3. | Renault France |
5.1.4. | Volvo Group Sweden |
5.2. | Programs |
5.2.1. | Class 8 trucks |
5.2.2. | US DOE Supertruck program |
5.3. | Tier One suppliers involved |
5.3.1. | AVID first 48V hybrid truck |
5.3.2. | Eaton 48V full hybrid truck systems |
6. | NEW COMPONENTS FOR 48V HYBRIDS |
6.1. | Rotating electric machines REM: e-machines |
6.1.1. | Technology choices |
6.1.2. | Great improvements : example Mercedes |
6.2. | Evolution to multifunctional rotating machines |
6.3. | Borg Warner, Bosch, Federal Mogul, Valeo and other views |
6.4. | Energy storage and DC-DC converters for 48V hybrids |
6.4.1. | Overview |
6.4.2. | Li-ion battery improvement for hybrid cars: COSMX |
6.4.3. | Better batteries and supercapacitors coming: W/kg vs Wh/kg |
6.4.4. | Supercapacitors |
6.4.5. | Hybrid Energy Storage Systems HESS |
6.4.6. | 48V supercapacitor on battery example: Geely and Maxwell Tesla |
6.4.7. | Capacitor Assisted Battery CAB for 48V hybrids |
6.4.8. | GM COSMX breakthrough MODACS |
6.4.9. | Photovoltaic bodywork will be very important for 48V: Toyota, Hyundai etc |
Slides | 295 |
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Forecasts to | 2041 |
ISBN | 9781913899103 |