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for hybrid and electric vehicles cvut.cz（混合动力和电动车cvut.cz）.pdf

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for hybrid and electric vehicles cvut.cz（混合动力和电动车cvut.cz）

Flywheel energy storage retrofit system for hybrid and electric vehicles Jan Plomer, Ji艡铆 First Faculty of Transportation Sciences Czech Technical University in Prague, Czech Republic 1 Content 1. INTRODUCTION 2. FLYWHEEL HISTORY AND FUTURE POTENTIAL 3. GYROBUSES IN SWITZERLAND 4. EXISTING APPLICATIONS OF FLYWHEEL BATTERY 5. ENERGY STORAGE IN FLYWHEEL 6. HIGH SPEED FLYWHEEL BATTERY 7. NEW DESIGN OF ADDITIONAL FLYWHEEL BATTERY 200WH/20KW/48V 8. CONCLUSION 2 1. Introduction 鈥 Means of transport can be characterized according to different parameters. One of the most important parameter is the energy demands. 鈥 This parameter along with safety and environmental-friendly request are characteristics of great importance and they are expected to become indicators of the highest priority in the near future. 鈥 Two types of transport vehicles, from point of view of an energy delivery into the systems: 鈥 dependent propulsion - with a stable connection to an energy source (Trolleybuses or EMUs, 鈥? 鈥 independent propulsion - energy is stored 鈥渙n board鈥 directly in a vehicle (electric and hybrid cars, 鈥? 3 1. Introduction 鈥 The main advantage of vehicles with an onboard storage system is their independence on the track, which increases their mobility. 鈥 To assess energy storage systems, several physical properties can be exploited, e.g.: 鈥 Specific mass energy 鈥 a capacity in relation to its weight 饊€ 饊仒饊€