Harness the power of the wind with the 600W Horizontal Axis Wind Turbine (HAWT) and MPPT Hybrid Controller, designed for off-grid living and sustainable energy solutions. Whether powering homes, farms, boats, or remote locations, this compact yet powerful system ensures consistent and efficient energy generation. The MPPT hybrid controller enhances performance by integrating up to 600W of solar panels, creating a versatile hybrid setup for reliable, renewable power.

Unmatched Performance & Efficiency

This wind generator captures kinetic energy from the wind, converting it into usable electricity through its 3-phase AC permanent magnet generator. The low starting wind speed ensures continuous power generation in combination with the MPPT Controller.

Equipped with advanced aerodynamics and a precision-engineered blade design, this 600W wind turbine captures wind energy with exceptional efficiency. The MPPT hybrid controller ensures optimal power conversion, maximizing your energy output and reducing waste, starting from a 1.8 m/s low wind velocity.

Key Features:

✅ 600W Power Output – Provides a reliable source of wind energy for various applications, can be supplemented with up to 600W PV panels.
✅ MPPT Hybrid Controller – Intelligent power management ensures stable voltage and peak efficiency.
✅ Blade Variations – Select 3 bladed version for optimal efficiency in high wind resource areas like the coast. Select 5 bladed version for higher torque in lower resource areas like Inland or variant Urban centers.
✅ Durable & Weather-Resistant Build – Constructed from high-quality reinforced fiberglass blades and corrosion-resistant materials.
✅ Low-Wind Startup – Designed to generate power even in moderate wind conditions, starting from 1.8 m/s wind speed, due to MPPT technology.
✅ Safe Display – uniquely this HAWT has a variable load LED indicator on bottom of HAWT housing, this gives a quick hand-free indication if unit is delivering power.
✅ Quiet Operation – Engineered to minimize noise while delivering consistent performance.
✅ Easy Installation – Comes with a pre-assembled hub, making setup simple and hassle-free.
✅ Versatile Applications – Ideal for residential homes, off-grid cabins, marine vessels, telecom towers, and agricultural sites.

🌀HAWT Wind Turbine Specifications

Feature	Specification
Model	S4-600W
Power Output	600W
Voltage Options	12V or 24V
Blade Material	Reinforced fiberglass
Start Wind Speed	2m/s
Rated Wind Speed	8m/s
Cut-out Wind Speed	50m/s
Rotor Diameter	1400 mm
Mounting Options	Hoop (default) or Flange
Weight	Approx. 3kg
Life Span	20 years

🔋MPPT Hybrid Controller Specifications

Feature	Specification
Model	1400W80 Hybrid MPPT Controller
Wind Power Capacity	800W
Solar Power Capacity	600W
Voltage Options	12V / 24V (configurable)
Charge Controller Type	MPPT (Maximum Power Point Tracking)
Battery Compatibility	Lead-acid, lithium-ion
Display	LCD screen for real-time monitoring
Protection Features	Overcharge, over-discharge, short circuit, reverse polarity
Operating Temperature	-20°C to 60°C
Dimensions	Standard compact design for easy installation

Why Choose This 600W Wind Turbine System?

This wind turbine delivers consistent, renewable power, helping you reduce reliance on grid electricity while supporting sustainable energy solutions. Whether used as a primary or backup power source, the MPPT hybrid controller optimizes voltage regulation, ensuring seamless energy management in all conditions.

🔹 Why Choose a 5-Blade Wind Generator?

Unlike traditional 3-blade turbines, the 5-blade system offers higher torque and smoother operation making it ideal for off-grid applications in lower wind resource areas or variable flow Urban areas.

For coastal areas or high wind resource areas use the 3-bladed version for higher efficiency and Survival Speed.

⚡MPPT vs. PWM – Understanding the Difference

 

When it comes to solar and wind charge controllers, two main technologies are used: PWM (Pulse Width Modulation) and MPPT (Maximum Power Point Tracking). While both regulate power flow from solar panels or wind turbines to batteries, MPPT controllers are far more efficient in energy conversion.

🔹 How PWM Works

A PWM charge controller operates by switching the connection between the power source (solar panel or wind turbine) and the battery. It maintains a fixed voltage level, typically set to match the battery voltage.
For example, if you have a 12V battery, a PWM controller will only allow charging when the input voltage is above 12V. If the voltage drops below this threshold, charging stops, leading to energy loss.

🛰️ How MPPT Works (Why It’s Better)

An MPPT charge controller continuously tracks the optimal voltage and current levels to extract maximum power from the energy source. Unlike PWM, MPPT uses MOSFET-assisted technology, allowing it to boost or adjust voltage dynamically.
Even if the wind turbine or solar panel generates low voltage, MPPT can convert and optimize it to match the battery’s requirements.
For example, if a solar panel is producing only 10V, an MPPT controller can step up the voltage to 12V while adjusting the current accordingly (since Power = Voltage × Current). This ensures continuous charging, even in low-light or variable wind conditions.

🔹 Key Advantages of MPPT Over PWM

✅ Higher Efficiency – MPPT can improve energy conversion by up to 40% compared to PWM.
✅ Works in Low Voltage Conditions – Ensures charging even when solar/wind input fluctuates.
✅ Optimized Battery Charging – Prevents energy waste by adjusting voltage dynamically.
✅ Ideal for Variable Systems – MPPT is best for variable supply setups, while PWM is better for constant voltage applications.

🛠️Shipping & Delivery

We offer express global courier shipping with tracking to ensure safe and timely delivery. Your order will be shipped via DHL Expedited or equivalent express service, providing a fast and secure shipping experience and is included in price. Please note that local customs, taxes and excises are not included in price but will be handled between courier company and client on import into country.

🧭Eco Bini Notes

1️⃣ Wind Turbine Engineering Considerations – Wind turbines are highly variable renewable energy devices and require more engineering input than other systems. We’ve addressed some of these concerns in our Wind Energy FAQ Blog.
2️⃣ Energy Sustainability Course – Learn about various renewable energy systems and the true sustainability costs of different technologies, including payback time analysis in our fREe Energy Course.
3️⃣ Pricing & Fit-to-Purpose Analysis – Wind turbine pricing is indicative, meaning custom solutions may be required. Contact us for a fit-to-purpose engineering assessment to determine the best system for your unique scenario.
4️⃣ Full Engineering Analysis Included – Please take note that a comprehensive engineering review is part of the purchase, ensuring the wind turbine is fit-for-purpose and optimized for your specific site conditions.