Color: Only Turbine Size: 8 BLADES_24V_1000W Product overview A 24 volt, 1000 watt wind turbine designed for reliable lowspeed startup and wind energy utilization. The turbine configuration emphasizes efficient capture of available wind with an 8 blade design to improve conversion rates in lower wind conditions. The specifications photo shows an MPPT controller, and a wind controller is included in the package. Key benefits Low start up speed: Begins generating power at lower wind speeds, useful where wind is moderate rather than consistently strong. energy utilization: Multiblade rotor improves torque and conversion efficiency, increasing usable output in variable conditions. 24V 1000W output: Provides a practical power level for battery charging and small offgrid systems. Includes wind controller: The package contains a controller unit and the specifications photo shows an MPPT style controller for optimized charging when used with compatible battery systems. Features and important attributes Function: Converts wind energy into electrical power for 24 volt systems, suitable for battery charging and DC loads. Size and model: 8 BLADES_24V_1000W as stated in the product size designation. Color: Only Turbine. Controller: Wind controller included; specifications photo shows an MPPT controller design. Package contents: Wind Turbine 1 set (hub tail 6 blades generator hood bolts and nuts) Wind Controller 1 piece Assembly items included: hub, tail, generator hood, bolts and nuts are supplied to facilitate installation. Compatibility and installation notes Designed for 24 volt battery banks and offgrid DC systems. Compatibility depends on system wiring and controller settings. Requires a suitable tower or mounting structure and proper electrical connections to batteries or inverters. Follow local installation practices and electrical codes. Practical use scenarios Remote cabin or tiny house: Charge a 24 volt battery bank to power lights, small appliances, and DC devices where grid power is not available. Farm or outbuilding: Supplement solar or generator systems to reduce generator runtime and support battery charging in variable wind conditions. Remote monitoring or telecom sites: Provide DC power for telemetry, sensors, or lowpower communications equipment in locations with intermittent wind. What it solves Provides renewable DC power where grid access is limited. Improves energy harvest in low to moderate wind areas through low start up speed and multiblade design. Includes controller hardware to integrate with common 24 volt battery systems.