Have you been eyeing up one of TESUP's new Magnum 5 turbines, but unsure whether it is worth buying for you? Well TESUP has some helpful information for you! A detailed profitability analysis of the Magnum 5 over time has just been released on the TESUP Official Youtube channel. This video gives an indication of how much money your Magnum 5 turbine might produce over its lifespan. The analysis is based on electricity selling prices in Germany (€50/kWh) and is based on a const

TESUP is dedicated to constantly improving its products. The Magnum 5 turbine which is only just being released is already getting an upgrade! The new model will now feature a fibreglass cladding on the main body of the turbine. Fibreglass has many benefits, it is corrosion resistant, won’t mold or rust and is non-permeable to liquids. All to make sure your Magnum 5 turbine is running in good condition for years to come! Fibreglass also has the benefit of being a lightweight

Had your eye on a Magnum 5 turbine, but just couldn't get your hands on one yet? Well the wait is over! TESUP’s newest and most powerful turbine will be available for next day delivery from Tuesday next week! Unfortunately the production of the Magnum 5 was delayed by the worldwide shortage of raw materials due to the Covid-19 pandemic. TESUP has overcome these issues to bring out the Magnum 5 with only small delays! With a 5kW rated power, 3m/s starting speed and a cast alum

TESUP is introducing a new worldwide project! An increasing number of everyday tasks require electricity to function. Whether that is communicating with a loved one, boiling water or keeping a room lit. These tasks aren’t a problem for most in countries with well developed infrastructure and affluent populations. Well what happens when you are isolated from a reliable grid? Or can’t afford to pay for the electricity supplied to you? Unfortunately this is the case for many peo

Ever wondered how TESUP turbines stack up against each other? Well our TESUP team has you covered with this lovely side by side comparison of each of this month’s bestselling, most popular turbines. Have a watch! To put some of these numbers into context: The first number, the voltage, is important when selecting a compatible power system with your turbine. For example, a charge controller used in conjunction with the turbine should be rated for the appropriate voltage. Lucki

Wind turbines are not only a great way to reduce your carbon footprint, they can also reduce your energy bills! We will look into how much money your wind turbine could save you on your energy bill and even how much extra money you can expect to make with your wind turbine. As with many things involving money, it is difficult to have an example applicable to all situations and environments. We will outline an average example but make sure to factor in your particular environm

This is a tricky question! There are many different factors that affect the number of wind turbines needed to power your house. We will take the average power consumption of a UK house: 250kWh per month this represents the total energy your house uses within a month. Installing one AtlasX 750W wind turbine would, if constantly spinning at its rated speed, generate 540kWh per month! Unfortunately the wind is not that predictable. Wind cannot be expected to be constantly blowin

The placement of your vertical and horizontal wind turbines can have a large effect on how much power they generate. Wind speed is a very important factor in how fast your turbine spins and therefore how much power it produces. Placing your AtlasX at the peak of a smooth hill or sloped roof can increase the power it generates significantly. As the wind approaches the turbine it speeds up along the surface of the roof, allowing your wind turbine to spin faster and generate mor

According to the Oxford Brookes University: «More Compact and Efficient Vertical Turbines Could Be the Future for Wind Farms». The research found that VAWTs increase each other’s performance when arranged in grid formations. Positioning wind turbines to maximise outputs is critical to the design of wind farms. The only precaution is to avoid the turbulence. One of the most obvious advantage of the vertical wind turbine farm is . Capturing more energy per square meter of lan