How BLDC Motor Fans Help in Saving Electricity

Over the past few decades, we have moved towards sustainability. i.e, saving electricity. It could be different for everyone. Reasons include global warning, environmental behavior, and many future aspects.

Conserving electricity is a factor in saving income and resources. We all desire to save on electricity bills without considering fans in our places. Regular Ceiling fans consume around 80 Watts which is way higher than a high technical BLDC fan that goes to 35Watts.

That sounds great!! Isn’t it?

BLDC Fan is an Energy Saving Fan?

BLDC (Brush-less-direct-current) motor fans invent to preserve electricity without negotiating on-air delivery. The technology is new to the fans to make them more energy-efficient with luxury.

BLDC motor fans contain a permanent magnet that works as a rotor to produce magnetic fields. Copper windings on the stator create magnetic flux on electrical interferences. Rotor and stator are well versed in the north and south polarity placement. The Magnetic force then produces electromagnetic fields that force the rotor to rotate.

SMPS is the principal component of the BLDC drive to convert AC into a DC supply. They use micro conductors to receive input by utilizing the remote control of the output.

Does reducing fan speed save electricity?

There is no connection between the speed of the fan and its energy consumption. How fast the fan spins is determined by the voltage drop in the regulator. Fans come with fixed voltage, so their speed does not influence the power consumption. A fan is the only appliance that contributes 25% of the total electricity bills. But, the question arises- does the speed of a fan depend on its power consumption? Ceiling fans come with distinct sweep sizes line-up from 600 to 1400 mm. Sweep size has a direct relationship to energy consumption. In residential areas, the nominal size of the fan is 1200 mm, which uses electricity of around 70-75 Watts.

How to reduce a fan power consumption?

Fans contribute 10% towards electricity bills. VSD (variable speed drives) installation in fans to cut down the electric input power of the motor. This helps in reducing the electricity consumption of the electric motor. The new technology contains unique features that reduce the power consumption of the fans. The important factor to measure power efficiency is the rotation of the fan. In case the fan rotates in an erroneous direction, it creates poor efficiency, By installing and maintaining the motor it will keep in check.

1. The installation of high-tech modern systems for controlling the fans. 

2. Keep a check on the torque and rpm of the fans which helps in the smooth function of the fan.

3. Use fans that help in reducing Watts. i.e., BLDC fans

4. Remember to switch off the electrical appliances while stepping out.

BLDC fans are the best option to provide a luxurious experience with power-saving abilities. 

Energy Consumption of Ordinary fans and BLDC fans

A ceiling fan is an important appliance that everyone has at their pace. We don’t realize the power consumption of this non-stop running necessity. We sometimes forget to switch that off while leaving that place. Fact check – A non-stop rotating fan contributes 25% of the house’s electric bills. This glued our attention to understanding how much power does a fan consume? 

BLDC vs Regular Fans is a crucial topic that can have a significant impact on one’s electricity bill. An ordinary fan has an average power consumption of 70-80 Watts approximately. These fans do not have the power-saving technique. On the flip side, a BLDC fan consumes 25-40 Watts, which is an enormous difference between the two. 

What is BLDC Technology?

Luxury with efficiency is something we always search for, and BLDC proves to be a good option. High-end technology suits the lifestyle of today’s fans and can fulfill the purpose. A BLDC motor fan is the answer to these curious searches of us.

Brush-Less Direct Current (BLDC) offers tremendous benefits with a power-saving medium. 

BLDC motor fans have a rotor as a permanent magnet that functions with no heat generation. That reduces the wear and tear of the fans and consumes less electricity.

BLDC technology does not use brushes and commutators, which leads to fewer / no mechanical damage. The thick copper wiring helps in minimizing the winding failure. That helps in low-key maintenance charges to the fans.