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About Anhua turbines.
Flywheel design:
Our flywheel design is simple, yet one of the most
important innovations we have to offer. By having such a heavy flywheel attached to the windmill blades, the momentum is not lost when the wind drops its speed momentarily. In the real world wind does not blow constant and even
from any one direction and at a constant rate of speed for long periods of time. Anyone who has a windmill knows this. Our flywheel helps to keep the momentum built up when the "few second lulls" occur in the winds,
making the output steady and reliable. One glance at a amp meter will prove this to any skeptic.
The Turbine is heavy and well built. This means the turbine will not be tossed around on the tower, it will sit and
take the force of the wind and transform it into energy. It will not fall apart after a few years of service. Its simple design, good outputs in low winds, and rugged construction; add up to a dependable windmill that will keep you
in power for years to come. The Anhua is affordable as well. Shop around and you will find the Anhua line of wind turbines are a value that can't be beat.
Side mounting:
Side mounting
renders it impossible for the windmill to remain straight into damaging winds, as it will always turn sideways automatically when there is too much wind force. The result is the windmill blades will slow and the damage is
prevented. This feature is more reliable than furling the windmill out of the wind by use of springs, or electronic governors
Turn away tail:
This new design tailpiece allows any
momentary side gusts of wind to pass through the windmill tailpiece. The design prevents interruptions in the positive tracking the windmill has when producing power. This may not seem significant at first but every time the
windmill looses its wind tracking, the windmill blades slow and sometimes stop, losing their momentum.
The turn-away tail stops those interruptions and gives the windmill an increase in power production. Depending on the winds in your area this could result in increases in up to 25% in output.
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