How Does a BLDC Fan Save Electricity?

1. How Does a BLDC Fan Save Electricity? +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ The world is moving towards sustainability, and reducing the consumption of electricity is crucial for it. Everyone has a pattern of lowering electricity usage or saving it, and people often find ways to minimize electricity bills but ignore the advancement in technologies, especially in the case of fans that can help them maximize saving electricity. Everyone has a ceiling fan at their place, and sometimes we forget to turn the fan off. Now do you know that a continuously running fan can contribute up to 25% to the electricity bill? The percentage is huge, and in this case, it is best to have a BLDC fan at home consuming 25 to 40 watts against a normal fan that consumes 70 to 80 watts. But before visiting an energy saving fan manufacturer, read till the end to understand BLDC technology and the reason why it saves electricity. What is BLDC Technology? BLDC, a known acronym for Brushless Direct Current, refers to a motor with no mechanical brushes and commutators, which helps reduce or eliminate the chances of mechanical damage. Instead, commutation is done using smart electronics wherein the input voltage of 240 alternating currents is converted to the voltage of 24 direct currents with the help of a

2. switched-mode power supply (SMPS). A fan with BLDC technology runs at 24V internally and consumes only 28w at maximum speed. Even though the BLDC ceiling fan price is relatively higher, it offers multiple benefits, including a consistent performance at power fluctuations, no noise, and multiple speed control options. Does a BLDC Fan Save Energy? BLDC motor fans are made to save electricity or energy without compromising air delivery. Magnetic fields in the BLDC fans are produced with the help of a permanent magnet that functions as a rotor. Copper windings resting on the stator produce magnetic flux. The stator and rotor are perfectly placed in the south, and north polarity, and finally, the magnetic forces create electromagnetic fields that cause the rotor to move. SMPS converts the alternating current to direct current and uses micro conductors to have the input using the output’s remote control. Considering the working of BLDC energy-saving fans, we can say that they save energy as well as work efficiently. Is There Any Connection Between the Fan’s Speed and its Electricity Consumption? The fan’s speed does not influence its energy consumption directly. Instead, the speed itself is influenced by the regulator’s voltage drop. The fact is that ceiling fans feature varying sweep sizes from 600 to 1400 mm, and in the case of residential places, 1200 mm is the most used, which consumes around 70 to 75 watts of electricity. So, not the speed but the sweep size of the fan influences its energy consumption. Wrapping Up Thanks to the features of BLDC fans, it helps in reducing the overall energy consumption and thus the electricity bill. If you wish to save energy, maintain, and increase comfort by contributing to the environment, buy a BLDC ceiling fan online. Source: https://ocecofans.mystrikingly.com/blog/how-does-a-bldc-fan-save- electricity