Wind Power Generation System 1100w 48v Wind Turbine 1kw Wind Generator FX-1000

Rated power 1000 W, max power 1100 W, rated voltage options include 24V/48V/96V (48V commonly used), rotor diameter 1.6 m, blade height 1.32 m, three blades made of glass/basalt, assembly weight <30 kg, three-phase permanent magnet generator, IP54 protection, operating temperature -25 to +45 °C, safe wind speed ≤ 40 m/s, recommended mount height 2–12 m.

The starter (initial) wind speed is 1.3 m/s and the cut-in wind speed (when useful generation begins) is approximately 3 m/s. Actual output increases with wind speed up to the turbine's maximum.

Maximum instantaneous power is 1100 W and rated power 1000 W, but real output depends on local wind speed and turbulence. Average energy production will vary with your site's wind resource and tower height.

Yes — to charge batteries you need a suitable rectifier/charge controller (preferably MPPT) sized for the system voltage (e.g., 48 V) and at least the turbine's peak current. Use an off-grid charge controller designed for wind turbines and battery chemistry in your system.

Connecting directly to the grid requires a certified grid-tie inverter and protection equipment, plus compliance with local regulations. Most small wind systems use a dedicated wind inverter and disconnects. Consult a qualified installer and local utility before attempting grid connection.

Recommended mast/tower height is 2–12 m. Higher mounts generally access stronger, less turbulent winds and increase energy production. Choose a tower that provides adequate clearance from obstructions and meets local zoning and structural requirements.

It uses a three-phase permanent magnet suspension generator. Permanent magnet generators are efficient at converting low-to-moderate wind speeds into electricity and provide good low-speed performance.

The unit is rated IP54 (protected against dust ingress to a limited degree and splash water). Operating temperature range is -25 to +45 °C. The turbine is designed for outdoor use but should be installed to minimize exposure to extreme conditions when possible.

Regular visual inspections (every 3–6 months) are recommended: check bolts and fittings, wiring and connections, blade condition, and tower/mast integrity. Clean blades if heavily soiled. Have bearings, electrical connections, and mechanical components inspected by a technician per manufacturer guidance or yearly for high-use sites.

Assembly weight is under 30 kg. Rotor diameter is 1.6 m and blade height (individual blade length/height) is 1.32 m. The turbine has three blades.

Noise level depends on wind speed and tower location. Three-blade designs with permanent magnet generators are generally relatively quiet, but at high wind speeds some aerodynamic and mechanical noise is normal. Place the turbine away from living spaces if noise is a concern.

Follow proper grounding and lightning protection practices, secure mounting and guying for the tower, ensure safe access for installation (work at heights), use appropriate disconnects, and shut down or feather the turbine during extreme storms or when performing maintenance. Always follow local electrical codes and hire qualified professionals for electrical connections.

Certification and warranty terms are not specified here. Ask the seller/manufacturer for CE/UL/other certifications, detailed warranty length and coverage, and any required maintenance terms before purchase.

Typical additional components: tower/mast and mounting hardware, turbine controller/rectifier and MPPT charge controller (for battery systems), batteries or inverter (for AC loads or grid-tie), disconnects and protection devices, grounding/lightning protection, and proper cabling sized for the voltage and current.

Choose system voltage based on your load and storage needs: 48 V is commonly used for household off-grid systems and balances efficiency and component availability. Higher voltages reduce current and cable losses for the same power but require compatible controllers/inverters. Confirm the turbine's configured output voltage with the supplier and match all system components to that voltage.