Скачать или смотреть Solar power kit converts fuel cars to hybrid

(3 Feb 2016) ITALY: SOLAR CAR
SOURCE: AP HORIZONS, LIFESTYLE, HEALTH AND TECHNOLOGY
RESTRICTIONS: HORIZONS CLIENTS AND AP LIFESTYLE, HEALTH AND TECHNOLOGY CLIENTS ONLY
LENGTH: 5.55

AP Television
Salerno, Italy - 27 January 2015
1. Mauro Grandone, researcher at Salerno University, enters HySolarKit prototype car
2. Photovoltaic panels on the car and view of the Amalfi Coast
3. Various of car driving
4. Car arrives at Salerno University campus
5. SOUNDBITE: (English) Gianfranco Rizzo, Professor at the Department of Industrial Engineering, University of Salerno (eProLab - Energy and Propulsion Laboratory):
"Photovoltaics is revolutionary. It is the only way we can use primary energy directly on the vehicle, with a short circuit between nature and mobility. HySolarKit has been patented by our research group and can be applied to every front drive car, reducing fuel consumption and emissions and increasing performance and acceleration. In this way, our car can be assimilated to an ecological vehicle, accessing limited traffic zones."
6. Close of designs
7. Computer connected to the electric engine
8. Hand on laptop trackpad
9. Wheel and electric engine in the laboratory
10. Tilt down scientific library of Salerno University
11. Researcher uses the electric engine in the laboratory
12. Wheel rotating in the laboratory
13. Hand on the brake in the laboratory
14. Wheel rotating and brake
15. Researcher uses the electric motor in the laboratory
16. Pressure indicator
17. Entrance of the Salerno university library
18. Research group near the car
19. Various of researcher installing photovoltaic panel on car
20. Researcher opens the trunk of the car
21. Close of battery
22. Computer screen showing speed, RPM and battery charge
23. Car moving in the Salerno University campus
24. SOUNDBITE: (English) Mauro Grandone, Research Fellow, Department Of Industrial Engineering, University of Salerno:
"Front wheels are powered by the original internal combustion engine. Two electric motors of seven kilowatts are integrated in rear wheels and connected to a lithium battery. The motors during braking and down hills contribute to recharge the battery, recovering the energy usually lost in traditional cars. The battery is also recharged for free by flexible solar panels of three hundred watts on the roof and the hood, both driving and in parking."
25. Researcher entering car
26. Various of car driving through Salerno University campus
27. Car interior while driving
28 . Photovoltaic panels on the car while driving
29. Car interior while driving
30. Wheel and road while driving
31. Various of researchers in the laboratory at Salerno University
32. SOUNDBITE: (English) Dario Marra, Ph.D. Research Associate, Department of Industrial Engineering, University of Salerno (eProLab - Energy and Propulsion Laboratory):
"The kit will be sold at about 3,000 euros ($3,273 US). The investment can be restored in about three years. But please consider that this kit also enhances performance, acceleration and handling of the vehicle, thanks to four driving wheels. About the funding, we have successfully candidated our project to the first phase of Horizon 2020. Together with industrial partners (Landi Renzo, Actua and Solbian) we have recently applied to the second phase, that could bring our prototypes to the industrialisation phase."
33. Various of computer connected to the electric motor
34. Various of researcher using electric engine in the laboratory
35. Car driving on Amalfi Coast
36. SOUNDBITE: (Italian) Antonio Contrada, Salerno resident:
39. Close of car engine
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