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Dyna-Living Wind Turbine Generator Kit 400W DC 12V Wind Turbine Motor 3 Blades Wind Power Generator with Charge Controller for Home Marine…
[High-Quality and Durable]- The 400W wind turbine motor adopts a three-phase AC permanent magnet synchronous generator, free running, low noise and long service life. Teflon wire is heat resistant, which is not easy to damage the wire when the machine is overloaded. It is smooth in operation, good wind resistance for double-row bearing.
[Excellent Heat Resistance]-The coil is made of Teflon wire, which is resistant to high temperatures. It has effective regulation of current and voltage, low start-up speed but high wind energy utilization factor, which contributes to the annual energy output.
[High-Quality 3 Blades of Wind Turbine Generator]-The blade is equipped with a copper inlay part that does not damage the nylon fiber when the bolt is tightened, the blades are not easily deformed or broken. The working temperature is -40 ° C ~ 80 ° C, do not worry about the temperature being too low and causing the leaves to freeze.
[Unique Design]- The wind turbine generator adopts a permanent magnet rotor alternator and with a special kind of stator design, efficiently decreases resistance torque. And the wind turbines match the generators quite well, the blade is designed with aerodynamics to make the rotor run smoothly, quietly and with high wind energy utilization factor.
[Wide Application]-This wind turbine generator is easy installation and maintenance, which is suitable for the leisure sector and is known for charging batteries for boats, gazebos, cabins or mobile homes, as well as for green windmills, home, corporate and industrial energy supplements!
Additional information
Brand
Dyna-Living
Wattage
400 watts
Power Source
Wind Powered
Voltage
12 Volts
Output Wattage
400 Watts
color
White
Material
Copper
Frequency
60 Hz
Manufacturer
Dyna-Living
Part Number
Dyna-BI0TOP01750
Item Weight
16.12 pounds
Is Discontinued By Manufacturer
No
Shape
Round
Batteries Included
No
Batteries Required
No
8 reviews for Dyna-Living Wind Turbine Generator Kit 400W DC 12V Wind Turbine Motor 3 Blades Wind Power Generator with Charge Controller for Home Marine…
Rated 5 out of 5
Alec w. –
We use the wind generator for winter to keep our batteries from dropping to much at night and during storms. I used a termination point to attach the generator to a 1 1/2 pipe tower. For the price we are very happy.
Rated 4 out of 5
Inmangroup –
For testing purposes, I installed this close to the garage, and used it as a lawn tractor battery keep alive. Most of the time, the house blocked too much wind for the blades to spin. In spite of this, the unit did a fine job of keeping the battery alive. While watching for the occasional turn of the blades, I had plenty of time to reflect upon the actual capabilities of the generator. Below are my reflections: 400W is the peak rating at maximum speed. Expect this to happen very rarely. Peak ratings aren’t very useful. Instead, average ratings are used to determine the work electricity can accomplish. The average power of 400W P is 282.8W. The information online does not specify whether the 400W is peak, or peak-to-peak. So, the most pessimistic estimate is the average working power is only 141.4W. So, the pessimistic estimate is, the generator is capable of supplying up to 9.4 Amps for limited periods of time. I would not expect it to power anything directly, but I feel comfortable using it to keep a battery charged, perhaps in conjunction with a solar panel.
In spite of the claim of warp resistant blades, mine appear to have done so, which reduces the efficiency a bit more.
Rated 2 out of 5
HR –
Looks cool, definitely can get to spinning when there is no wind if it’s unloaded. I think the charge controller is broken – the lights wont come on no matter what the state of charge on the battery is or what the wind mill is doing.
Does not seem to be charging the battery I put it on. The battery was mostly charged before starting (75%) so that it could pull some juice, but also could run the controller if necessary.
Will update once more time has passed.
Update 18 months later: The charge controller was absolutely dead. The seller made proving this hard but did finally agree and refunded the cost of another low quality charge controller. I moved it to where it is easier to watch and I have it set up now with a custom controller – it does create some power but it doesn’t produce much (2-10 watts for 30 second bursts) – seems like the wind is too gusty and not sustained enough where I have it.
Another update: After fiddling with it more I have the turbine itself producing real power (using custom circuitry, remember: the controller that came with it was toast). It’s still in a poor spot for real production, but it’s capable of sustaining mid 20 watts in (guessing) 25 mph winds. By the time a 40 mph (again, guessing) gust comes along, it needs to be braked in order to not damage itself. I’ve had it push through the brake when the gusts come, generating over 1000 watts of power for a few seconds. The turbine definitely works. As it is set up now, there’s no way it would ever, ever pay for itself – it has an average of .02-.03 watt hours per day when it’s windy enough, which is maybe 1-2 days a week. It’s pretty fun to watch and tinker with though.
Ideally, it needs to have no load in the 5-12 v range to allow it to spin up, then produces in the 12-30V range. Spikes have registered as high as 42V. Take them as pure conjecture, I am not responsible for validity of these values or what you do with them. I did not use calibrated equipment to measure them – could be completely wrong.
Rated 2 out of 5
Izzy –
The media could not be loaded.
I have purchased this 400W turbine hoping to generate supplemental energy for my solar system during the winter months. My initial setup with voltage controllers was design to charge a 12 v battery and transfer to load when above 11.5V to a booster then hybrid inverter. i had strong wind , well in excess of 13 Mph for hours. the most i was getting is 50 Watts for about 15 sec until voltage drop due to insufficient power. Yes the turbine can’t output enough current to recharge the battery or maintain even 50 watts. at times the turbine was spinning so fast i thought it would fly off the mast. definitely not a lack or wind. I had plenty of wind however this turbine isnt performing at advertised. essentially my watt meter recorded energy produced was ~ 10Wh . in 2 months i produced less than 800 Watts
It fits perfectly. The blades are not flimsy. The body is substantial. I’ll edit later
Rated 2 out of 5
mike –
It didn’t come with any kind of mounting bracket I dislike that. It only works in strong winds.
Fairly solidly built,metal chassis it looks nice kind of a neat ornament.
Rated 4 out of 5
Izzy –
I love this thing. Works when there’s wind. Day or night l live in the desert. I have solar. and wind. Only bad thing is the hub fits loose and is noisy but tape on the shaft fixed it right up
Rated 3 out of 5
rmavro –
This needs a lot of wind. 35 mph gusts are not really enough, and in a strong wind it does not produce much power anyway. Okay for charging battery near a sea shore I guess
Alec w. –
We use the wind generator for winter to keep our batteries from dropping to much at night and during storms. I used a termination point to attach the generator to a 1 1/2 pipe tower. For the price we are very happy.
Inmangroup –
For testing purposes, I installed this close to the garage, and used it as a lawn tractor battery keep alive. Most of the time, the house blocked too much wind for the blades to spin. In spite of this, the unit did a fine job of keeping the battery alive. While watching for the occasional turn of the blades, I had plenty of time to reflect upon the actual capabilities of the generator. Below are my reflections:
400W is the peak rating at maximum speed. Expect this to happen very rarely.
Peak ratings aren’t very useful. Instead, average ratings are used to determine the work electricity can accomplish. The average power of 400W P is 282.8W.
The information online does not specify whether the 400W is peak, or peak-to-peak. So, the most pessimistic estimate is the average working power is only 141.4W.
So, the pessimistic estimate is, the generator is capable of supplying up to 9.4 Amps for limited periods of time.
I would not expect it to power anything directly, but I feel comfortable using it to keep a battery charged, perhaps in conjunction with a solar panel.
In spite of the claim of warp resistant blades, mine appear to have done so, which reduces the efficiency a bit more.
HR –
Looks cool, definitely can get to spinning when there is no wind if it’s unloaded. I think the charge controller is broken – the lights wont come on no matter what the state of charge on the battery is or what the wind mill is doing.
Does not seem to be charging the battery I put it on. The battery was mostly charged before starting (75%) so that it could pull some juice, but also could run the controller if necessary.
Will update once more time has passed.
Update 18 months later: The charge controller was absolutely dead. The seller made proving this hard but did finally agree and refunded the cost of another low quality charge controller. I moved it to where it is easier to watch and I have it set up now with a custom controller – it does create some power but it doesn’t produce much (2-10 watts for 30 second bursts) – seems like the wind is too gusty and not sustained enough where I have it.
Another update: After fiddling with it more I have the turbine itself producing real power (using custom circuitry, remember: the controller that came with it was toast). It’s still in a poor spot for real production, but it’s capable of sustaining mid 20 watts in (guessing) 25 mph winds. By the time a 40 mph (again, guessing) gust comes along, it needs to be braked in order to not damage itself. I’ve had it push through the brake when the gusts come, generating over 1000 watts of power for a few seconds. The turbine definitely works. As it is set up now, there’s no way it would ever, ever pay for itself – it has an average of .02-.03 watt hours per day when it’s windy enough, which is maybe 1-2 days a week. It’s pretty fun to watch and tinker with though.
Ideally, it needs to have no load in the 5-12 v range to allow it to spin up, then produces in the 12-30V range. Spikes have registered as high as 42V. Take them as pure conjecture, I am not responsible for validity of these values or what you do with them. I did not use calibrated equipment to measure them – could be completely wrong.
Izzy –
The media could not be loaded.
I have purchased this 400W turbine hoping to generate supplemental energy for my solar system during the winter months. My initial setup with voltage controllers was design to charge a 12 v battery and transfer to load when above 11.5V to a booster then hybrid inverter. i had strong wind , well in excess of 13 Mph for hours. the most i was getting is 50 Watts for about 15 sec until voltage drop due to insufficient power. Yes the turbine can’t output enough current to recharge the battery or maintain even 50 watts. at times the turbine was spinning so fast i thought it would fly off the mast. definitely not a lack or wind. I had plenty of wind however this turbine isnt performing at advertised. essentially my watt meter recorded energy produced was ~ 10Wh . in 2 months i produced less than 800 Watts
Shopper –
Nice wind turbine. We got this flange https://www.amazon.com/gp/aw/d/B01M0QX6V4?psc=1&ref=ppx_pop_mob_b_asin_im
It fits perfectly. The blades are not flimsy. The body is substantial. I’ll edit later
mike –
It didn’t come with any kind of mounting bracket I dislike that. It only works in strong winds.
Fairly solidly built,metal chassis it looks nice kind of a neat ornament.
Izzy –
I love this thing. Works when there’s wind. Day or night l live in the desert. I have solar. and wind. Only bad thing is the hub fits loose and is noisy but tape on the shaft fixed it right up
rmavro –
This needs a lot of wind. 35 mph gusts are not really enough, and in a strong wind it does not produce much power anyway. Okay for charging battery near a sea shore I guess