Note: the 12V Batteries above are not included. If your home or farm is connected to the power grid, on windier days you may be able to sell excess power generated by your wind turbine to your utility. This concept is called net metering. Even if net metering is unavailable, you might be able to reduce your power bills by using the electricity generated by wind turbines, and become less dependent on your utility.
Since wind speed increases with height, increases to the tower height can mean enormous increases in the amount of electricity generated by a wind turbine. Our's - Aluminum Body, Durable and Long Lasting - Unlike rubber, PVC Rings are much more durable will not harden and crack and cause leaks - Bearing are covered and will not rust / leak. Competitor's - Plastic Body , becomes brittle under the Sun's UV Ray - Rubber ring will harden after approximately 1 year of use and will start cracking and leaking - Bearing are exposed and will rust / leak. 1.5 in schedule 40 pipe 1.9 in (48 mm) outer diameter. Nylon 6.6 + Carbon Fiber.59.7cm (23.5 inches). Incorporates highly efficient, true airfoil - Manufactured using a precision injection molding process that produces blades of exceptional consistency. Adjustable blade degree with included degree adjusters (Shims) Increase/decrease blade angle by installing degree adjuster under the blades "+" on the right side = Increase angle = More Torque, Less Speed "-" on the right side = Decrease angle = Less Torque, More Speed Below are comparisons between the our blades and competitor's blades. Pros - 140mm diameter, 10% larger than competitor's - High blade capacity, allow up to 6 to be installed - Covers the entire face plate to eliminate vortex. Cons - 125mm in diameter - Only allows 3 blades to be installed - Does not cover face plate completely. Ours - Dual Metal ball bearing to prevent vertical vibration - Yaw shaft diameter: 40mm - 3cm of stabilizing distance with 2 bearings - No vibration = Increase in efficiency - Reduction in noise output - One piece design Yaw body provides more stability.
Competitor's - Single bearings will not eliminate vertical vibration - Yaw shaft diameter: 35mm - Stabilizing distance effectively shorten to 1.4cm with one bearing (53% reduction) - Vibration will cause bearing to grind on yaw shaft and create a bigger play, which in turn will cause more vibration in a never ending cycle - 2 pieces design Yaw body is less stable. Reduce wind resistance - Eliminates vortexes - Greater stability - Neighbor Friendly. With Nose Cone - Smooth Performance.
Without Nose Cone - Air current spins into tiny vortexes. Rotating blades present the most serious mechanical hazard. The blades may be moving at velocities over 275 miles per hour (440 km/hr). At this speed, the tip of a blade is nearly invisible and can cause serious injury.Under no circumstances should you install the turbine where a person could come in contact with moving rotor blades. The installer of these blades is solely responsible for the use or misuse of these blades. We assume no liability for ANY injuries caused by these products. NO OPERATING COST GENERATES ELECTRICITY FROM THE ABUNDANT RESOURCE. GreenergyStar Dump Load for 12V & 24V Wind Turbines.
Why do we need a Dump Load? As we all know, wind turbines are designed to operate in a loaded situation so it can generate power to either the battery / the grid. It is, however, not designed to operate under a no load (open circuit) situation because doing so will put a lot of strain on the wind turbine components and speeds out the wear out process which will eventually will lead the turbine to self destruct. Therefore, a dump load is required to burn out the extra energy when the battery is full OR when the grid is out.
Because of this, a dump load is also known as a "diversion load". This dump load is designed to work with GreenergyStar SolarWind Hybrid RX Charge Controller.
It will work with the Apollo & Patriot Wind Turbines as well. Specifically designed to work with GreenergyStar SolarWind Hybrid RX Charge Controller - Switch between 12V / 24V system - 2 fans active convection cooling system - LED to indicate if dump load is active - Finned case to efficiently dissipate heat - Consist of 4 high quality golden low temperature resistor. Dump Load Interior - High Quality golden low temperature resistor. 12V and 24 V switchable.
Dimension (L x W x H). 19.3 x 13.1 x 6.9 cm 7.5" x 5.2" x 2.7.High quality finned aluminum to act as heat sink for fast heat dissipation. RED, turns on when dumpload is active. 5% (104.5W - 115.5W). 40'C to 80'C.
120.5 x 55 x 3.5cm 13.3 x 11.1 x 1 inches. Solar panel generates free energy for many general household appliance. These solar panels also specially designed for use in sailing boats, green houses, cars, radios, recreational vehicles, portable televisions, warning lights, flash lights, garden lights, house light, garage lights and ventilators for rooms and cars. They can also be installed into a grid-tie system. Efficiency can be compensated by.Better utilization of the area available for modules. 6 - 8% (Low) efficiency.
Panel size is huge because of low efficiency. Light Weighted (Easy to install).
Heavy weighted (Hard to install). 36 pieces silicon solar cells - Enclosed with epoxy and high-quality resin material - Rain proof, rust proof and corrosive proof, protects against wind, rain, salt air and solar radiation.Weather resistant, charge batteries in dry/wet condition. Green ergyStar Steel Adjustable Solar Panel Universal Pole Mount for Optimizing PV Array Orientation & Tilt Angle. To maximize our energy harvest with solar panels, we need to optimize the angle of our solar panel so its surface is perpendicular to sunlight. In the Northern Hemisphere, the sun will reach its greatest height at noon on the summer solstice (June 21) and lowest on the winter solstice (Dec 21). The elevation angle will vary depending on the locations latitude. For example, in Los Angels, California (Latitude 34° 3' N), the solar noon elevation will span from 11.0° to 57.8°. Ideally, if we want to capture the most sunlight on a yearly basis, we will tilt the panel to the suns average elevation, which is equal to the latitude of your location. In our example, the arrays should be tilted at about 34° from the ground and oriented to true south. Optimum Tilt (Equinox) The green area depicts the path of the sun during the spring and fall equinoxes. Of course, there are always exceptions.
If your area has overcast winters and sunny summer then you will probably want to lower that angle to optimize for summer exposure. Another option is to use adjustable mount. The rule of thumb is to minus 15° from your locations latitude in summer and plus 15° to latitude in winter. Adjusting twice a year on spring and fall will roughly increase efficiency by 5%.
With our 2 way adjustable solar panel pole mount, the built-in protractor will allow you to easily adjust the angle of your panels to any degrees. This way, you will be able to maximize you solar energy harvast. Refer to picture above for assembly instructions.
The mount will fit on a 1-5/8 fence pole, which are readily available in your local hardware store. To mount solar panels onto the mount, two aluminum angle rails with appropiate length are required.
This mount can accomodate up to 250W (18kg, 40lbs) of solar panels. Fence Pole, Aluminum Angle Rail NOT Included in this listing Specification. Acceptable Pole Diameter (Fence Pole). The charge controller regulates the flow of electricity from the solar modules / wind generator to the battery bank. When the battery bank is low, the charge controller feeds all of the electricity from the array / generator to the batteries.
When the batteries reach a state of full charge, the charge controller stops or redirects the supply of electricity to prevent overcharging. Modern charge controllers have the ability to hold the battery bank in a " float " state of charge if the bank is not being used. At night the charge controller prevents a reverse flow of current from the batteries to the modules.There are three basic types of charger controllers - series, shunt and pulse-width-modulated. A series controller, the most basic type, acts as a switch to disconnect and re-connect the solar modules to the battery bank.
A shunt type controller redirects the current from the solar modules - either by simply short circuiting the array or by directing the current to some other load. Pulse-width-modulated charge controllers, the most up-to-date type, maintain the battery bank in a float state of charge. " Float " is the voltage level just below gassing voltage. Keeping the batteries in this state of charge delivers their best possible life without using excessive electrolytic. Many people have asked about power point tracking and whether it has any real advantages.
Maximum Power Point Tracking (MPPT) converts the difference between a solar modules rated voltage, (usually 17 volts) and a battery banks charging voltage (up to 14.7 volts) into usable charging current. Often claims are made for up to a 30% increase in charging current. This gain, however, is possible under a very limited set of conditions. The "extra" module voltage is there for a reason: to allow for real world use of the solar module, i. The voltage drop caused by the array wiring and other components, including the charge controller, between the solar array and batteries.Also, high ambient temperatures cause the solar module to drop in voltage further reducing this "extra" voltage. Having said that, there are times when the voltage difference will be high enough to provide extra current to a battery bank utilizing this type of charge controller. Cold weather comes to mind, as well as low battery bank voltage. Under these conditions, it can be possible to get as much as 10% to 30% more current from your solar modules. Pulse-width-modulated to keep battery bank at a " float " state of charge Maximize Efficiency with Max Power Point Tracking (around 30% increase in charge) Built in diode to prevent reverse flow of current back to the modules Temperature Compensation Maximum Output: 10A Voltage: 12V Continue Power: 120W Over-charger Protection Over discharge protection Compatible with Hybrid System (i: solar, wind) Can use AC Power as source. 12V- 10A Solar Controller (CQ1210). 118 X 110 X 35 mm. The controller wil adjust over-discharge voltage and protected voltage according to batteries dishcarge rates. All pictures and descriptions are subjected to change without notice. We are not responsible for any inadvertent errors. Items that are used/ damaged/ deformed or altered in any ways will not be accepted. Spams and mass e-mailing will be deleted without slightest glance. E-mails with virus or anything subjected to hacking are automatically deleted. The item "800W 12V Wind Turbine Generator Kit + Controller+100W Solar Panel+Mount+Dumpload" is in sale since Tuesday, May 2, 2017.
This item is in the category "Home & Garden\Home Improvement\Electrical Supplies\Alternative Energy Supplies\Wind Power Supplies\Wind Turbines & Kits". The seller is "hi_iq" and is located in Point Roberts, Washington.
This item can be shipped worldwide.