#At home wind power full

Those turbines with more blades, like 9 or 11, have more surface area for the wind to act against in order to keep the rotor spinning. One of the biggest contributing factors to the energy output of the turbine are the blades.

#At home wind power full

Rated wind speeds for full energy production are generally between 12 and 22 m/s (27mph/43kmh and 49mph/79kmh respectively), again depending on the model. As the wind speed increases, so too does the energy output of the turbine until the rated wind speed is reached. Most home wind turbines typically have a cut-in speed (wind speed at which electricity is first produced) of around 3 m/s (7mph or 11 kmh), depending on the model. In this case, a wind turbine is probably not the best option for you. If your region experiences very low average wind speeds (typically below 5 m/s, 11mph or 18 kmh) or your home is in a sheltered area, you are likely to struggle to generate any meaningful power from your turbine. Ideally you want to have enough wind pass through your property to power your wind turbine all year round. Quite simply, you need wind to run your turbine. This is the most important consideration you’ll make when deciding on a wind turbine for your home.

Supplemental power system or totally off-grid.Here are five key criteria, in order of importance, that you MUST check first: Whether you are looking to reduce your power bill and save money, achieve independence from the local power grid or limit your carbon footprint, wind is a universal and reliable energy source that will serve you well for many years to come.īefore you go any further, we must first determine if using wind power in the home is suitable for you.

Congratulations on your decision to explore generating your own electricity through wind power.