A Unit of Anjani Organisation (ANJANI ORGANISATION)
1 KW to 5 KW WIND MILL (Pavan Chakki)
- ✔ Operates in Low Wind Speeds: Generates power even with light ambient breezes.
- ✔ 360-Degree Wind Capture: Omnidirectional helical blades catch wind from all directions.
- ✔ 24/7 Day & Night Generation: Continuous power when the sun goes down or during rain.
- ✔ Low Noise & Low Vibration: Aerodynamically engineered for whisper-quiet residential rooftop use.
- ✔ Space-Saving Vertical Design: Minimal roof or lawn footprint; easy base maintenance.
- ✔ 100% Safe for Wildlife: Enclosed rotational profile prevents bird collisions.
Hybrid Solar + Wind: Sun by Day, Breeze by Night
Solar PV modules generate peak power during intense daylight, but generation ceases after sunset. Integrating a 1 kW to 5 kW GHODELA shakti vertical wind turbine alongside your rooftop solar array creates an uninterrupted, year-round hybrid renewable system. The wind mill generates power through windy evenings and cloudy monsoon months, keeping batteries topped up.
Runs air conditioners, refrigerators, water pumps, and heavy appliances during peak daylight hours.
Captures night breezes and overcast storm winds, keeping battery banks charged when solar is inactive.
Ideal for farm properties, rural resorts, and open plots in Chhattisgarh requiring continuous off-grid reliability.
Ideal Applications for Micro Wind Turbines
- Farmhouses & Agricultural Lands: Harnesses unobstructed horizontal airflows across open agricultural boundaries for continuous off-grid power.
- Independent Residences & Tall Terraces: Rooftops of multi-storey homes and commercial buildings benefit from elevated thermal wind funnels.
- Highway Resorts, Motels & Fuel Outlets: Provides round-the-clock lighting and signage power along windy highway stretches.
- Telecom & Remote Monitoring Sites: Significantly reduces expensive diesel generator operating hours at remote communication sites.
Commercial & Industrial Wind Power Enquiries
Utility-scale wind energy developments require rigorous micrometeorological assessments: sustained mean wind velocities (≥ 5.5 m/s at hub height), terrain aerodynamics, and grid evacuation substation proximity. We facilitate initial project discussions and pre-feasibility dialogues.
Important Context: An initial discussion is distinct from a formal bankable wind resource study. Large-scale viability is strictly determined by on-site anemometer mast data and grid transmission clearances.
Frequently Asked Questions
Vertical axis wind turbines (such as GHODELA shakti) feature an omnidirectional 360° helical profile that captures wind from any compass heading without requiring directional yaw tracking motors. They operate at lower acoustic vibration levels and are inherently safer for residential and rooftop settings.
Yes. Utilizing a specialized hybrid wind-solar charge controller, DC energy generated by both solar modules and the wind turbine can feed simultaneously into a shared battery bank and inverter system for round-the-clock power.
No. The helical aerodynamic curvature distributes wind resistance smoothly across the vertical axis, eliminating blade-tip turbulence and acoustic hum, making it unobtrusive for rooftop and residential use.