AUO High-Efficiency Photovoltaic Battery Powers Apollo 6 Solar Vehicles
 |
"Apollo VI" solar car.
Core Tip: AU Optronics, the world's leading supplier of display and solar energy solutions, today (13th) announced that it is one of the main sponsors of the “Apollo VI†solar car developed by the Kaohsiung University of Applied Sciences in Taiwan and provides its Produced by high-efficiency solar cells.
AU Optronics, the world's leading provider of display and solar energy solutions, today (13th) announced that it is one of the main sponsors of the "Apollo VI" solar car developed by Kaohsiung University of Applied Sciences in Taiwan, and provides its production of High-efficiency solar cells. The "Apollo VI" body covers high-efficiency solar cells sponsored by AUO and can produce more than 1200 watts of electricity at a maximum speed of 120 kilometers per hour. This newly-designed solar car will participate in the "2011 World Solar Challenge" held in Australia on October 16th and compete with 39 teams from around the world on a 3021km-long race.
"AUO not only provides innovative and efficient solar energy solutions, but also continues to adhere to our green commitments," said Chen Jianbin, deputy general manager of AU Optronics' solar energy business group, "to assist Apollo VI in participating in the World Solar Challenge. AUO sponsors the high-efficiency back-contact monocrystalline solar cell produced by AUO SunPower of Malaysia with a conversion efficiency of up to 23%. We wish 'Apollo VI' to achieve outstanding results in the competition. At the same time, AUO also borrowed This encourages young people to create more environmentally friendly design and technology to create a green life for humans." Content from the photovoltaic portal news website Global Photovoltaic Network
The "Apollo VI" solar car has a total length of 4.7 meters, a width of 1.8 meters and a height of 1.1 meters. It does not contain more than 130 kilograms of driving and battery weight. The entire vehicle covers the highly efficient back-contact monocrystalline solar cells provided by AUO. With an area of ​​6 square meters and an average power consumption of 20 watts per kilometer, the average speed is 80 kilometers per hour and the maximum speed is 120 kilometers per hour.
The Apollo Solar Racing Team consists of 20 students from the Kaohsiung University of Applied Science and Technology in Taiwan. The team was established in 1998 to build the first solar car and later participated in many international solar car races. In 2007, the Apollo Solar Team won the adventure runner-up in the "World Solar Vehicle Challenge".
AU Optronics, the world's leading provider of display and solar energy solutions, today (13th) announced that it is one of the main sponsors of the "Apollo VI" solar car developed by Kaohsiung University of Applied Sciences in Taiwan, and provides its production of High-efficiency solar cells. The "Apollo VI" body covers high-efficiency solar cells sponsored by AUO and can produce more than 1200 watts of electricity at a maximum speed of 120 kilometers per hour. This newly-designed solar car will participate in the "2011 World Solar Challenge" held in Australia on October 16th and compete with 39 teams from around the world on a 3021km-long race.
"AUO not only provides innovative and efficient solar energy solutions, but also continues to adhere to our green commitments," said Chen Jianbin, deputy general manager of AU Optronics' solar energy business group, "to assist Apollo VI in participating in the World Solar Challenge. AUO sponsors the high-efficiency back-contact monocrystalline solar cell produced by AUO SunPower of Malaysia with a conversion efficiency of up to 23%. We wish the Apollo VI success in the competition. At the same time, AUO also borrowed This encourages young people to create more environmentally friendly designs and technologies to create green lives for humans."
The "Apollo VI" solar car has a total length of 4.7 meters, a width of 1.8 meters and a height of 1.1 meters. It does not contain more than 130 kilograms of driving and battery weight. The entire vehicle covers the highly efficient back-contact monocrystalline solar cells provided by AUO. With an area of ​​6 square meters and an average power consumption of 20 watts per kilometer, the average speed is 80 kilometers per hour and the maximum speed is 120 kilometers per hour.
The Apollo Solar Racing Team consists of 20 students from the Kaohsiung University of Applied Science and Technology in Taiwan. The team was established in 1998 to build the first solar-powered car and later participated in many international solar-powered car races. In 2007, the Apollo Solar Team won the adventure runner-up in the "World Solar Vehicle Challenge".
Foot valve is also named bottom valve, it prevent medium backflow, mainly used in pumps and other equipment. The plastic bottom valve mainly have PVC foot valve, CPVC foot valve, PVDF bottom valve and PPH bottom valve, have socket end and flange connection as per standard DIN, ANSI, JIS. PVC foot valve is widely used in water treatment, agriculture irrigation and water supply.
Ningbo RMI Plastic Co.,Ltd offer foot valve with specification:
Size:DN25~DN300 (1 inch ~ 8 inch)
Connection: Flange DIN PN10, ANSI CL150, JIS10K; socket DIN, ANSI, JIS, CNS, BS;
Body Material: PVC, CPVC, PVDF, PP, PPH
Sealing Material: EPDM, Viton
Design pressure:1.0Mpa(PN10 bar)
PVC Foot Valve,CPVC Foot Valve,PPH Foot Valve,PVDF Foot Valve
Ningbo RMI Plastic Co.,Ltd , https://www.rmiplast.com