Important Notice for Our Valued Customers

While many small wind turbines are widely offered on the market, some are advertised with unrealistic power ratings of 3000–4000 Watts—often at extremely low prices. Please be aware that such claims do not reflect actual performance under real-world wind conditions.

To avoid disappointment, we strongly advise you to carefully review the product specifications and ensure that the system you are considering truly meets your energy needs. Making an informed and responsible choice is essential for investing in a reliable, efficient, and long-lasting wind power solution.

The IstaBreeze® I-1000 wind generator is the perfect solution for environmentally conscious consumers looking for a powerful wind turbine for grid feed-in.

With a maximum output of 1000 watts, this model enables effective feed-in to the public power grid, thus promoting the use of renewable energies.

This set includes all the necessary components for the simple and efficient installation of the wind turbine.

The I-1000 wind turbine is specially optimized for generating wind energy in medium to strong wind areas.

Whether on stormy nights or gentle summer breezes - the I-1000 reliably converts wind energy into usable electrical power.

By using this wind generator, you can not only reduce your energy costs, but also actively contribute to reducing CO2 emissions.

Take advantage of the benefits of generating electricity using renewable energy sources and feed the energy generated directly into the grid.

You also benefit from our excellent customer service, which is available to answer any questions you may have. Installation is straightforward and we offer suitable towers in our shop to make assembly easier.

Note:

Carbon rotor blades are stable, do not bend in strong winds, and can increase the performance of your wind turbines by up to 30%. The carbon set is available as an option.

Important:

Five rotor blades are ideal for wind regions with low average wind speeds. We recommend these for slightly windy areas. Please note that there may be a performance loss of up to 35% compared to the maximum output.

3-blade turbine: If your average wind speed is consistently above 6–7 m/s, it is generally more efficient because it spins more easily in strong winds and produces more energy. 3 blades = better for normal or strong winds (higher power output)

5-blade turbine: If the wind is weak and irregular (e.g. below 5 m/s), it starts turning earlier, which is an advantage. However, it creates more resistance at higher wind speeds. 5 blades = better for low and steady weak winds, but less efficient in strong winds

Harness the power of wind energy with our 1000W 3-phase wind power grid feed-in inverter. Equipped with a limiter sensor and a dump load controller, this inverter ensures safe and efficient feed-in to the public grid. Ideal for wind turbines, it enables optimal use of the energy generated and protects against overload. Benefit from easy installation, high efficiency and reliable operation, approved according to VDE standards.

We call a system consisting of a grid-connected inverter and a wind turbine "SGWT". The small grid-connected inverter for wind power can capture the wind energy from wind turbines and feed it into the grid via its output cables without any additional equipment. Plug and play.

The inverter can be connected to any socket on the home's power grid. The small grid feed inverter monitors the volume, frequency and phase of the home's power grid and produces a clean sinusoidal AC output whose frequency and phase match the grid. The small grid feed inverter supplies power when the home grid is active. When the AC wind turbine is rotating and its output voltage is within the range of the inverter's rated voltage, the wind turbine generates energy and the grid feed inverter converts the energy from the wind turbine for the home grid. If the total power of the electrical appliances in the house is greater than the inverter's output power, the inverter's energy will be consumed in the house. This slows down the electricity meter; otherwise, the difference between the inverter's output power and the total power of the appliances will be dumped into the public grid.

NOTE: Any DC power inputs are prohibited.

1-Direct connection to three-phase wind turbine (24V AC wind generator)

2-Plug and play, easy to install.

3-Can be connected in parallel on the AC side.

4-Built-in dump load controller.

5-Supports WiFi communication. (Additional WiFi module needs to be purchased)

6-Each inverter must pass two tests (20 hours) before leaving the factory.

7- Overload protection, island protection, short circuit protection / reverse polarity protection.

8- Wind turbine voltage range: AC25,9V ~ 51,96V.

9- 2 year warranty, lifetime technical support.

You can calculate the DC voltage from the 3 phases of the AC output voltage of the wind turbine. The formula is: ( V_{AC} = \frac{V_{DC}}{1,732} ). For example, if the DC input voltage range of the inverter is 45~90V, then the AC output range of the wind turbine should be 45/1,732 ~ 90/1,732 = AC25,9V ~ 51,96V.

This model of grid feed-in is designed for wind turbines that generate three-phase AC voltage. It can maintain the speed of the wind turbine and keep the voltage from the wind turbine always within the rated range of the grid feed-in inverter. It also has a high voltage protection function; when the wind is too strong and the dump load control system cannot maintain the output voltage of the wind turbine, the controller will disconnect from the wind turbine, which makes it very safe to use.

Note: The WLAN module is not included in delivery, please purchase separately. You also benefit from our excellent customer service, which is available to answer any questions you may have. Installation is straightforward and we offer suitable towers in our shop to make installation easier

Technical data: