It seems that everyone these days is talking about other powers. After the 2005 Hurricane season, Santa Ana East Winds during the California Wildfire Season and all the hot air coming into our Washington DC, it is clear that perhaps America should be more vigilant using Wind Turbines to make electricity. After all, it seems that the wind is constantly blowing in many parts of our planet. Scientists and Terrain Modelers have a wealth of insight into the ever-changing and ever-changing aspects of windmills.
Unfortunately migratory birds did not change or evolve as quickly as human predisposition to air pollution. In the words of evolution, humans have built air-conditioning towers in a short period of time for the bird's evolutionary process to adapt to the appearance and development of flying elements to withstand the rapidity of airborne particles. For some reason bats can't fly through these vessels, but birds can't. It is estimated that one environmental group estimates that tens of thousands of birds are killed or maimed each year by fossil fuels. Something must be done; one answer is to break the law all wind generators are made of. One idea is to place a blink or bright LED lights, which disturb the bird's visual senses, which will remove them from these generators. But how can you do that without using the power generated by the generator, since most strobe lights use so much power?
I suggest that we use a wind turbine-driven flutter to power the LED lights using electronic input technology to charge the capacitor instead of the pre-powered turbine power lamps. Currently there are nifty microscopic micro-flashlights that you can purchase that use the same process and are available thanks to the Everlite Flashlight technology research lab. These small lamps work by vibrating for about 30 seconds and then shining for about 6 minutes and they are very bright because they use a very bright LED light.
Helicopters such as helicopter blades make similar sounds and these waves can be drawn on a small object attached to bright LED lights. If they become too short due to the peace of the wind the blades will turn very slowly and at the slightest risk of the birds fleeing.
Conclusion:
During low winds the birds are also better controlled and as a result are less likely to be hit. Maybe this is a good way to save energy, as it will be a beacon to prevent flying planes from hitting some of these towers now 150 feet above the ground? Think about this
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