http://vk.com/freeenergypro Wind turbine generator from a car generator. Generator 1322. 3771 28V 50A. 12 neodymium magnets. Neodymium magnet. Magnetic prism 40x15x10mm. Attractive force 28 kg. Magnet weight 45 g. First Test - Idle speed was maximum 70V. Drill rotation up to 900 rpm Second Test - load 100W 12V light bulb, manual rotation was maximum 7V 5A. Third Test - load 100W 12V light bulb, drill rotation up to 900 rpm, 13V 5A. Did not spin up to the maximum. Fourth Test - load electric motor 12V 10A, drill rotation up to 900 rpm, 17V 11A. We did not spin it up to the maximum. Test 5 - 100W load and two 55W connected in parallel, drill rotation up to 900 rpm was maximum 15V 10A. Test 6 - 200V load 20W energy-saving light bulb, connected to the diode bridge in two phases, drill rotation at the second speed up to 2000 rpm was maximum 110V. Test the moment of magnet sticking at the initial rotation of the shaft idle. Rack 500 mm long. measurement with a spring balance with an accuracy of 100 g. - moment 300 g. Test the moment of magnet sticking at the initial rotation of the shaft load 100W light bulb. Rack 500 mm long. measurement with a spring balance with an accuracy of 100 g. - moment 400 g. The tests were carried out with other diodes, they were used on the same generator, but with 6 neodymium magnets. After the second test they started smoking and blew out. Had to look for a more powerful replacement. During the tests we burned out three halogen bulbs, six diodes, one electric motor, a lot of wires and pinched our fingers 10 times in the rotor, which was attracting all the iron on the table. http://vk.com/freeenergypro Generator for wind turbine generator from the car. Alternator 28V 50A 1322. 3771. 12 neodymium magnets. Neodymium magnet. Magnetic prism 40h15h10mm. The attractive force of 28 kg. The weight of the magnet 45 c. First Test - Idling maximum was 70V, the rotation of the drill up to 900 rpm Second Test - Load 100W 12V lamp, rotation of the hand was the most 7V 5A. Third Test - Load 100W 12V lamp, rotating drill up to 900 rpm, 13V 5A. Maximum does not spin. Fourth Test - load motor 12V 10A, rotating drill up to 900 rpm, 17V 11A. Maximum does not spin. Fifth Test - Load 100W and 55W on two connected in parallel, the rotation of the drill up to 900 rpm maximum was 15V 10A. Sixth Test - 200V 20W lamp load power saving is connected to the diode bridge into two phases, the rotation of the drill at the second speed up to 2000 rpm maximum was 110V. The test time for the initial sticking magnets rotating shaft idling. Rake 500 mm long. measurement with a spring balance with an accuracy of 100 g. - Point 300 gr. Test time sticking magnets at an initial rotation of the shaft load 100W bulb. Rake 500 mm long. measurement with a spring balance with an accuracy of 100 g. - Point 400 gr Tests were carried out with other diodes, they were used at the same generator, but with 6 neodymium magnets. After the second test, they are puffed and they are struck. had to find a replacement by more powerful. During tests burned three halogen bulbs, six diodes, one motor, lots of wires and pinch your fingers 10 times the rotor, which attracts all the iron on the table. Homemade wind turbine generator for neodymium magnets TEST 国产风力发电机组的钕磁铁测试TESTための自家製の風力タービン発電機