CNRG & TS Natural Reactive Generators & Transportation Systems
(VAWT) Vertical Axis Wind Power Technology
Horizontal Axis vs. Vertical Axis
CNRG & TS will
use the newest
(VAWT)Vertical Axis Wind Power
The CNRG & TS wind rotors are neither proper, but a hybrid design.
Horizontal axis wind turbines are typically not as efficient converting wind energy into electricity as vertical axis wind turbines. The reason they have become dominant in the commercial wind power industry is that the construct design is as old the wind mills of Holland.
Small vertical axis wind turbines are more suited to urban areas as they are silent and because of the reduced risk associated with their slower rates of rotation.
A key benefit of putting wind turbines into urban areas is that they can produce power close to where the power is being consumed. This is referred to as distributed generation cost.
Distributed generation can be an efficient form of power generation because it can reduce the electrical losses associated with transmitting power over long distances using large towers and power lines.
Below are some images and analysis of vertical axis vs. horizontal wind turbines. The pictures show the varying scales and the diversity of wind power technology.
ax = 0 ay = -g acceleration
vx = v0xvy = v0y - gt velocity-time
x = x0 + v0xt y = y0 + v0yt - ½ gt2 displacement-time
vy2 = v0y2 - 2g(y - y0) velocity-displacement
The horizontal distance traveled by a projectile is called its range. A projectile launched on level ground with an initial speed v0 at an angle θ above the horizontal …
will have the same range as a projectile launched with an initial speed v0 at 90° - θ. (Identical projectiles launched at complementary angles have the same range.)
will have a maximum range when θ = 45°.
Velocity has 18% more displacement due to centrifugal force
The efficiency of electric energy production is 18% higher than the horizontal wind mill type of generator that are being used mostly at present times.
As a fact CNRG & TS (VAWT)Vertical Axis Wind Turbines require less parts,
Less man hours to manufacture, less field maintenance.
All this with using less land while providing more electricity for more profit.
CNRG & TS
Generators & Transportation Systems
Home Power System
With power outputs ranging from 100 to 200 kilowatt per hour (based on a steady 15 mile per hour wind). Average charge back and /or profit is between $30. - $500 per day.
The Commercial wind farm station 5 unit stack has a baseline dollar profit of at a
minimum10Kwh baseline $5,000 per 30 days
There are two systems to choose from, the first is strictly grid tied and with the proper watt turbine will reduce or eliminate your power bill, all depending on power produced verses power consumption ratio!
The second does the above, however, it also supplies power in case of a black out, or for those who wish to live off the grid completely, It simply cuts out of the grid system and charges your on site power storage.
For a cost of $10,000 per unit we can supply you with a system that can full power supply.
A single unit for home and company energy bill reduction.
Commercial wind farm and a large companies energy usage.