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Showing 49 - 96 of 96 products

Showing 49 - 96 of 96 products
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Southwest Windpower Whisper 500 Sealed Bearing 6207-2RS
Southwest Windpower Whisper 500 Replacement Tail Spring
Ryse Energy Digital Control panel for 24vdc AIR Breeze/ AIR 40
Ryse Energy Digital Control panel for 12vdc AIR Breeze/ AIR 40
Southwest Windpower Luminous RE Whisper 500 Spindle and Bearing Assembly
Southwest Windpower Luminous RE Whisper 500 Shock Absorber w/ Hardware
Southwest Windpower Luminous RE Whisper 500 Yaw Shaft
Southwest Windpower Luminous RE Whisper 500 Dump Load  24 or 48v
Southwest Windpower Face Bearing Kit for Air Land/Marine Wind Turbines
Southwest Windpower Whisper 200 Brake Switch
WindiStar 4500 Wind Turbine (4.5KW) 48V

WindiStar 4500 Wind Turbine (4.5KW) 48V

Sale price$13,495.00
Southwest Windpower Whisper 200 Replacement Complete Upper Head Assembly
Southwest Windpower Whisper 200 Replacement Nose Cone  F19
Southwest Windpower Whisper 200 Replacement Blade Extenders
Southwest Windpower Whisper 500 Replacement Spindle O8
Southwest Windpower Replacement Blade Set for Whisper 100
Southwest Windpower Replacement Tail Fin for Whisper 200
3000w Whisper 500 240V w/ Charge Controller and Display
3000w Whisper 500 120V w/ Charge Controller and Display
Midnite Solar Stop Switch for wind turbines
Ryse Energy  Air 40 Land Wind Turbine Generator 12v - 250W
Ryse Energy  Air 40 Land Wind Turbine Generator 24v - 250W
Primus Windpower  Air 30 Land Wind Turbine Generator 48v - 400W
Primus Windpower  Air 30 Land Wind Turbine Generator 24v - 400W
Primus Windpower 1-AR30-10-12 Air 30 Land Wind Turbine Generator 12v - 400W
Ryse Energy Replacement Part 3 Blades and Hardware Kit Air 30 / X Marine
Primus Windpower Sternmount Air Marine Tower Kit for Air X or Air Breeze
Primus Windpower Roof Kit w/o roof seal for Air Wind Turbines Generators
Primus Windpower Roof Kit w/ roof seal for Air Wind Turbines Generators
Primus Windpower 45' guyed tower kit for Air Wind Turbines Generators
Ryse Energy 1-ARBM-15-48 200W Air Breeze 48v Marine Wind Turbine Generator
Ryse Energy 1-ARBM-15-24 200W Air Breeze 24v Marine Wind Turbine Generator
Ryse Energy 1-ARXM-15-48 Air X Wind Turbine Generator 400W Marine 48v
Ryse Energy 1-ARXM-15-24 Air X Wind Turbine Generator 400W Marine 24v
Ryse Energy 1-ARXM-15-12 Air X Wind Turbine Generator 400W Marine 12v
Southwest Windpower 3000w Whisper 500 48V w/ Charge Controller and Display
Southwest Windpower 3000w Whisper 500 24V w/ Charge Controller and Display
Southwest Windpower Whisper 200 12V Charge Controller w/ Dump Load

A small wind turbine generator converts kinetic energy from moving air into usable electricity through aerodynamic blade lift and an internal permanent-magnet alternator. The power available in the wind is proportional to the cube of wind speed, so doubling the velocity from 15 mph to 30 mph increases output by roughly 8x. Our wind generator for home and off-grid use spans 200W to 3,000W across trusted brands like Southwest Windpower's Whisper series (900W, 1,000W, and 3,000W models in 12V, 24V, 36V, and 48V configurations) and Ryse Energy's Air line (200W to 400W). 

Every unit in this collection is a horizontal-axis wind generator that uses a tail vane or an active yaw system to maintain orientation into the wind for peak efficiency. Many customers pair a wind turbine with solar panels to build a hybrid solar-wind generator system that produces power day and night. 

Wind generation often peaks during evening hours and winter months when solar output drops, making the two technologies highly complementary for off-grid reliability. For best results, mount your wind generator at least 20 to 30 feet above any obstruction within 300 feet, and expect roughly a 3% decrease in output for every 1,000 feet of elevation above sea level. Our Whisper turbines are engineered to deliver rated output at 30 mph and begin generating in winds as low as 8 to 12 mph, making them a proven choice for variable conditions across the U.S.


Factors To Consider When Choosing the Right Wind Turbines

  • Assess Your Wind Resource: Before installing a wind turbine, it is crucial to determine the annual wind speed at your site. Small turbines typically require a minimum "cut-in" speed (often 7-9 mph) to start generating. 

  • Sizing the Generator: We offer a range of wind energy solutions to match your electricity demand. For micro wind applications, such as charging a small battery bank on a boat or RV, a 400 Watt Wind Turbines model is often sufficient. 

  • Home and Off-Grid Power: For a complete home energy system, especially in off-grid scenarios, a larger wind generator is recommended. A 1000 Watt Wind Turbines unit can provide significant electricity production during winter months or stormy weather when solar output is low.

  • Hybrid Systems: Wind turbines work exceptionally well when paired with solar panels. This hybrid approach ensures that you generate electricity around the clock. Wind systems often produce power at night or during storms, balancing the energy system.

  • Installation Considerations: Land-based turbines require a tower to reach optimal wind speeds free from turbulence caused by trees or buildings. Unlike vertical-axis wind turbines, standard horizontal-axis wind turbines require clear airspace. Ensure you check local zoning for wind projects before purchasing.

Browse Related Collections for Wind Energy

FAQ

Wind turbines convert the kinetic energy of moving air into mechanical motion. The wind spins the turbine blades, which turn a rotor connected to a generator, creating electrical energy.

Offshore wind refers to wind farms located in bodies of water using massive offshore turbines. Onshore wind, or land-based wind, includes the small wind turbines and distributed wind systems we sell for home and farm use.

A typical wind turbine needs an average wind speed of at least 9-10 mph to be cost-effective. Electricity generation increases exponentially with speed, so higher towers often yield much better results.

Yes, grid-tied wind systems allow you to use wind power to reduce your utility bill. When the turbine produces more electricity than you use, the excess can often be sold back to the utility, depending on local net metering laws.

Absolutely. Combining wind and solar creates a hybrid renewable energy system. Wind turbines operate day and night and often perform best in winter or stormy conditions when solar production is lowest.

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