About purchasing wind turbines

Unstable wind power is a common phenomenon. It is best to add a battery system designed to be used for wind charging and battery power to solve the instability problem. The power output is generally 150W, 200W, 300W, 500W and other specifications, not 12V, 24V, 48V. This is the output voltage specification. You need to calculate how many generator watts you need based on the total wattage of the TV and bulb. You also need to determine whether it is 12V or 48V based on the power voltage of the TV and the bulb. If it is designed to be powered directly from the battery, look at the TV's operating voltage first. For LED TVs, 12V power supply is best. Then your generator must be equipped with a power of around 200 W, a 24 V wind motor, a 12-24 V wind charger anda set of 65 A/H, 12 V batteries. In this way, the television is powered directly by the 12V battery. For 6 to 70 bulbs, it is best to use high-brightness LED light-emitting diodes, which are both energy-saving and safe. Four of them are connected in series (to form a bulb unit), or about one. watt. When calculated as 1W, 100 “bulbs” can be installed. Then all the bulbs are connected in parallel and connected to the battery. They are also directly powered by the 12V battery, which is the most efficient. When it is windy, the battery is charged first, or it can be powered at the same time. When there is no wind, it is powered by the battery to ensure continued power consumption. The rated wind speed of 10 M/S refers to the wind force of 10 meters per second to achieve the rated power. Thereforent, the generator can be 24 V or 48 V, but the charger must be suitable. Choosing a higher voltage is to avoid light winds that are below the rated wind speed, as the wind can be strong and weak in gusts. Choosing a wind motor with slightly higher voltage is conducive to charging.