Nuna 5

Nuna 5
Nuna 5
Nuna solar racer

The Nuna 5 is the newest in the Nuna series solar-powered racing car built by the Dutch Nuon Solar Team.

In October 2009, Nuna 5 ran second, in a field of twenty-five, in the World Solar Challenge in Australia.[1][2]

It completed the 3,021 km (1,877 mi) race in 32 hours 38 minutes, having an average speed of 91.9 km/h (57.1 miles/h).[3]

Contents

History

The Nuon Solar Team has won the World Solar Challenge four times (in a row) with Nuna in (2001), Nuna 2 (2003), Nuna 3 (2005) and Nuna 4 (2007).

Noteworthy is the 2001 win, as it was the first time a new team won the World Solar Challenge. At that time was called the Alpha Centauri Team.

The 2009 Nuon Solar Team consists of 14 students from Delft University of Technology. Like previous years, Dutch energy supplier Nuon is the main sponsor of the team. The team is assisted and advised by professor and former astronaut Wubbo Ockels.

In July 2010. Nuon Solar Team and Nuna5 visited Japan.They visited several University and City Office.[4][5][6][7][8] In August 2010, Nuna 5 ran third, in the Suzuka Dream Cup in Japan.

Design and production of Nuna 5

The Nuon Solar Team began designing Nuna5 on a fulltime basis in September 2008. After two series of wind tunnel tests at the Low Turbulence Tunnel laboratory of Delft University of technology in December and January, the aerodynamic design was finished late January 2009.

The team began building the car in February 2009. The body was built from carbon fiber at Schaap Composites shipyard in Lelystad, which is known for having built the ABN Amro Volvo Ocean Race boats.[9]

The car was involved in a serious crash on October 5, 2009 while on a practice drive in Australia. A tire burst while the car was traveling at 110 km/h [68 mph], causing the car to run off the road sustaining severe damage.[10]

Solar panel

Like previous Nuna’s, Nuna 5 will be equipped with Gallium Arsenide triple junction solar cells. The solar cells have an estimated efficiency of 34% and are normally used on solar panels in space.[11] By regulations it is allowed to carry 6 square meters of solar cells. Due to the type of solar cells on Nuna 5, it will compete in the Challenge Class of the World Solar Challenge.

World Solar Challenge 2009 - New regulations

The 2009 regulations are comparable to those from 2007 (the year Nuna 4 raced). The major change was the diminished battery weight, changing from 30 kg in 2007 to 25 kg.

Other changes required cars not be allowed to race on, previously used, slicks (smooth tires), requiring profiled (treaded or grooved) tires. Also, the driver was required to sit more upright with a seating angle of, at most, 27 degrees. [12]

Technical specifications

Technical stats on Nuna 5 [13]
Measurements Length: 4.82 m Width: 1.76 m Height: 0.90 m
Weight (excluding driver) 155 kg
Driver weight Minimum 80 kg (using added weights)
Number of wheels 3
Number of solarcells 2120 cells (Gallium‐Arsenide Triple Junction)
Solarcells surface 6 m² (new 2007 rules maximum)
Efficiency solarcells 34 %
Maximum speed Approximately 140–150 km/h
Engine InWheel Direct Drive Electric Engine (Efficiency: 97 – 99 %)
Battery 25 kg Lithium-ion polymer
Body Carbon fiber and Twaron (aramidfibre)/ Titanium rollbar
Front wheel suspension Double wishbone of carbon fibre / Metal springs which incorporate shocks / Carbon fiber shock absorber/ Aluminium rims / Ceramic bearings
Rear wheel suspension Horizontal fork of carbon fiber / Aluminium connection points
Front brakes Custom ceramic brakedisc / Aramid breaklines
Rear brakes Regenerative brake
Tyres (profiled tyres)
Rolling resistance 10 times less than an average car
Air resistance 12 times less than an average car
Telemetry WiFi to support car
Number plate ZZ-87-10 [14]


References

External links


Wikimedia Foundation. 2010.

Игры ⚽ Нужен реферат?

Look at other dictionaries:

  • Nuna 1 — Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) Nuna 3 (2005) Nuna 4 (2007) Nuna 5 (2009) Nuna 6 (2011) Nuna 1 (or simply Nuna) was a car powered by solar power, developed by students from the Delft University of Technology. The first Nuna Team (The …   Wikipedia

  • Nuna 2 — Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) Nuna 3 (2005) Nuna 4 (2007) Nuna 5 (2009) Nuna 6 (2011) Nuna 2 is the name of a solar powered vehicles that in 2003 won the World solar challenge in Australia for the second time in a row, after the… …   Wikipedia

  • Nuna 3 — Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) Nuna 3 (2005) Nuna 4 (2007) Nuna 5 (2009) Nuna 6 (2011) …   Wikipedia

  • Nuna 6 — Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) Nuna 3 (2005) Nuna 4 (2007) Nuna 5 (2009) Nuna 6 (2011) …   Wikipedia

  • Nuna — ist ein hypothetischer Kontinent der Erdgeschichte; siehe Nuna (Kontinent) Solarrennfahrzeuge; siehe Nuna 1, Nuna 2, Nuna 3, Nuna 4 und Nuna 5 Diese Seite ist eine Begriffsklärung zur Unterscheidung mehrerer mit demselben Wort bezeichneter… …   Deutsch Wikipedia

  • nună — NÚNĂ s. naşă. (nună de cununie.) Trimis de siveco, 05.08.2004. Sursa: Sinonime  núnă s. f., g. d. art. núnei; pl. núne Trimis de siveco, 10.08.2004. Sursa: Dicţionar ortografic  núnă (nunélă), nunéle, s.f. (reg.) pistrui pe faţă; aluniţă sau… …   Dicționar Român

  • Nuna — (Val N.), Seitenthal des Unter Engadin im Schweizercanton Graubündten, zieht sich Guarda u. dem Val Tuci gegenüber in südlicher Richtung nach den Gebirgen an der Grenze des Münsterthals hinauf …   Pierer's Universal-Lexikon

  • Nuna — For other uses, see Nuna (disambiguation). Nuna 3 at Circuit Park Zandvoort Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) …   Wikipedia

  • Nuna 4 — File:Nuna4 op Stuart Highway.jpg Nuna 4 driving on Stuart Highway towards Adelaide Nuna solar racer Nuna 1 (2001) Nuna 2 (2003) Nuna 3 (2005) Nuna 4 (2007) Nuna 5 (2009) Nuna 6 (2011) The Nuna 4 is a solar car developed by the Delft University of …   Wikipedia

  • Nuna — Pour les articles homonymes, voir Nuna (homonymie). Nuna Populations Population totale 150 000 Populations significatives par régions …   Wikipédia en Français

Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”