BRAUN Windturbinen GmbH

The ANTARIS 3.5 kW in Sweden

Here the ANTARIS 3.5 kW works on a 12m high wooden mast “Dali Performance” installed in Sweden. The system operates off-grid in a 3-phase hybrid system with Sunny Island. The system was installed by the company Innoventum, Mr. Daligault: Thanks to Julien for his perfect Job! If you have any questions about the project, please […]

The ANTARIS 2.5 kW installed in Belgium

Even in times of pandemic, the ANTARIS wind turbines continue to be installed. This time in Belgium, on a 12m tilting mast. The system works here in 1-phase parallel to the grid with an ABB-UNO-3.3 wind inverter. On the photos you can see the wind inverter with brake resistor, as well as an additional “stop […]

Water march, renovation work successfully completed

The Pelton turbine works here with a “Windy Boy 2500” grid inverter in 1-phase parallel to the grid.The adjustable characteristic curve in the Windy Boy enables optimum energy yield from the turbine.Via a separate control system including brake resistor, the 3-phase generator voltage is rectified and transmitted to the inverter.The remarkable smoothing of the geno […]

The ANTARIS 7.5 kW in northern France

The ANTARIS 7.5 kW was set up here on an 11m high tilting mast.In France, 12m hub height is procedure-free.The mast is laid via hydraulics. The system works in 3-phase parallel to the grid with the Smart!wind SW7.5 kW.https://smart-power-electronics.de/smart-windWhen measuring the wind, the wind direction is also displayed here. Mast design, incl. hydraulics, as well […]

Funding for small wind turbines by the Federal Ministry

Federal Ministry of Food and Agriculture also supports small wind turbines in the field of agriculture and horticulture! Take advantage of the opportunity of 40% funding until 30.06.2021. If you have any questions about the project, please call here! https://braun-windturbinen.com/kontakt/ Joy of the wind with ANTARIS wind turbines.   Directive-Funding-Energy-Efficiency-2020-1  

Water wheel back in operation!

After some setbacks, the water wheel system has now been successfully put back into operation.The overshot wheel has a diameter of D6.0m. The maximum power is 5.8kW and is limited by the water inlet with integrated bypass.(https://www.planet-schule.de/sf/multimedia-interaktive-animationen-detail.php?projekt=wasserraeder)The system works with the Smart!wind SW5.5, 3-phase parallel to the grid.In the event of a power failure or […]

The ANTARIS 5.5 kW in Baden-Württemberg 2020

The ANTARIS 5.5 kW was built here on a 9.2m high tilting mast and is therefore procedure-free in BW (permit-free up to 10m hub height).The system works here in 3-phase parallel to the grid with the Smart!wind SW5.5. The repeller diameter installed here is D4.40m.In addition, a bat control system has been installed here, see […]

The ANTARIS 5.5 kW in Bavaria!

The Antaris 5.5 kW was built here on a 7.0m high tilting mast and is therefore procedure-free in Bavaria (permit-free up to 10m total height). The system works here in 3-phase parallel to the grid with the Smartwind SW5.5. Excess power is currently burned via a 6.0 kW brake resistor. Later, a 6.0 kW heating […]

The ANTARIS 5.5 kW in Jülich

Forschungszentrum Jülich ( https://www.fz-juelich.de/portal/DE/zentrum/_node.html) has now erected its ANTARIS 5.5 kW / D4.40m on a 24m high mast.The system works here in 3-phase parallel to the grid with the Smartwind SW5.5 (https://smart-power-electronics.de/).Furthermore, the system is equipped with a wind sensor for wind shutdown and a bat control system with temperature and wind detection.https://braun-windturbinen.com/produkte/fledermausschutz/In order to […]

The ANTARIS in the north of Germany

Yield overview of the Antaris 7.5 kW on 24m mast height. Starting with 03.2015 – 07.2020. The system works here with the Smartwind SW7.5 https://braun-windturbinen.com/produkte/wind-wechselrichter/ https://smart-power-electronics.de/ If you have any questions about the project, please give us a call! Joy of the wind with ANTARIS wind turbines. Yield evaluation EDER 2020