NEXTGEN WIND.EU
  • Home
  • Russian (Ru)
  • TECHNOLOGIES
  • Contact
  • Innovation
    • New Sannikov Limit
    • Aerodinamic Derivative
    • Graphs and Calculations >
      • Straight Blades
      • Arch Type Blades
      • Aerodynamic Type Blades
      • Exceed Betz Limit
    • Patent
    • Betz limit comparison
    • Scientist opinion (Eng)
    • What it's all about
  • Prototype
    • Principle of Operating
  • Hydro turbine
    • Charts
  • Trend
    • 10 Biggest Turbines
    • 100 kW Comparison
    • 1.5 MW to 9 MW
    • 5.5 MW to 38 MW
  • License
    • Pitch Deck
  • Partners
    • Scientists
  • Electric Car Charger
  • Video
Explore and Join New Water (hydro) and air (wind) powered Energy Generating Device
​

Electric car charging in motion

Electric car uses a wind turbine to charge the batteries in motion to increase the traveled distance.
Picture
Figure 2. Dependence between the increases of electro car run and drag coefficient of wind turbine. Charge of car battery by wind turbine is carried out at the time of car movement. Wind=5m/s (counter wind)

Picture
Figure 3. Dependence between the increases of electro car run and drag coefficient of wind turbine. Charge of car battery by wind turbine is carried out at the time of car movement. Wind=0. CP-wind turbine power coefficient (corresponds to the “beta” at figure 2.)

Picture
Figure 4.
Dependence between the increases of electro car run and power coefficient of wind turbine. Charge of car battery by wind turbine is carried out at the time of car movement.  Blades of wind turbine are arc profile. The size of the blade has 0.625m to 0.5m.


 

Calculation of the increase in distance running because electric charging by wind turbines is carried out using the following procedure:

1.    Calculated power of the wind turbine on the vehicle speed of 90 km / h

2.    Calculate power requirements to overcome the additional aerodynamic drag of the wind turbine

3.    Determines the power that can be used to increase the energy accumulators

4.    Using a predetermined amount of energy consumption of electric vehicles on the 100km path defines additional distance which is obtained when charging is in motion.

"Faster Then The Wind" - Andrew Bauer - Theoretical calculation - 1969. - Link
Mark Drela -  "Dead-Downwind Faster Than The Wind (DFTTW) Analysis" - 2010. - Link

A car moving against the wind using only the power of wind

Powered by Create your own unique website with customizable templates.