Video
Technical Parameters
| Model | R-300 | R-400 | R-600 | R-800 | R-1000 |
| Generator power | 300W | 400W | 600W | 800W | 1000W |
| Wheel diameter | 0.9m | 0.9m | 0.9m | 0.9m | 0.9m |
| Turbine height | 0.6m | 0.6m | 0.6m | 0.6m | 0.6m |
| Blades material | Nylon fiber | ||||
| Number of blades | 5 | ||||
| Rated wind speed | 11m/s | ||||
| Start-up wind turbine | 2m/s | ||||
| Survival wind turbine | 45m/s | ||||
| Output voltage | 12V/24v | ||||
| Generator type | 3 phase AC PMG | ||||
| Control system | Electromagnet | ||||
| Speed regulation | Automatically adjust windward direction | ||||
| Lubrication way | Lubrication grease | ||||
| Working temperature | From -40 to 80 centigrade | ||||
Application
Permanent magnet synchronous generators use permanent magnets to replace the excitation system of ordinary synchronous generators. A generator that provides excitation to the generator. Because the permanent magnet generator is very unable to adjust the excitation, the generator port voltage will change with the speed, so the early permanent magnet generator is often used in small wind turbines with low-power converter devices, but with the permanent magnet technology With the improvement of high-power converter technology and the emergence of new wind power solutions, permanent magnet generators have gradually been widely used in large-scale wind power generation, and will become a trend of wind power generators in the future.Install the Solution
Permanent magnets play a vital role in helping maintain the integrity of the turbine's high walls. If you look inside the wind turbine, you will see a lot of cables and very long ladders attached to the wall, some of which contain elevators that allow workers to access the turbine cabin. The traditional solution to this is to drill holes in the turbine wall to mount the brackets or to weld the brackets to the wall to secure the brackets. However, this solution affects the integrity of the wall, reducing its strength and making it susceptible to corrosion. Thankfully, permanent magnets have accelerated the development of wind turbines by allowing engineers to mount the brackets to the wall without drilling or welding anything, cleverly using magnetic mounting systems to attach wall brackets and other vital materials to the turbine wall. , strong rare earth metals such as neodymium magnets are an excellent choice for such applicationsProduct Features