BLDC Fan Explained

Brush-Less Direct Current (or BLDC) fans are new and powerful fans that use special motors called brushless motors. These motors use electronics to spin, so they use less electricity and last longer than normal fans. Since they have fewer parts that move, they need less fixing. If you want a strong, long-lasting fan that doesn’t use much energy, choose a BLDC fan.

Energy Saving

Reduces Carbon Emission

Works on Low Voltage

Cost Effective


Know more about BLDC Fans

What are BLDC fans?

BLDC fans are the newest innovation in fan technology, utilizing brushless DC motors that generate greater power while consuming less electricity. Unlike traditional brushed motors, these fans rely on electronic commutation to regulate the motor’s rotation, eliminating the need for brushes. With fewer moving parts, BLDC fans offer greater efficiency and a longer lifespan, producing less friction and heat. In summary, BLDC fans are the smart choice for those seeking powerful yet energy-efficient and durable fan options.

How does a BLDC fan work?

BLDC fans operate using a simple yet sophisticated mechanism. The fan has a stator that comprises several wire coils and a rotor that contains permanent magnets. The stator coils are arranged in a specific manner to produce a magnetic field, and the rotor’s magnets generate a magnetic field that interacts with the stator’s magnetic field, resulting in a rotating motion.

Unlike traditional fans that use brushes to regulate motor rotation, BLDC fans use electronic commutation. The electronic controller sends a signal to the motor to change the polarity of the stator coils, causing the rotor’s magnetic field to follow the stator’s magnetic field and rotate. This electronic control allows for smoother operation and greater energy efficiency, making BLDC fans a smart choice for those seeking energy-efficient and long-lasting fan options.

In summary, BLDC fans utilize the latest technological advancements in motor technology to provide reliable and efficient performance, making them an excellent choice for a wide range of applications.

How do BLDC fans save electricity?

BLDC fans save electricity in several ways:

Efficient Motor: BLDC fans use brushless DC motors that are more energy-efficient than traditional motors. They consume less power and generate less heat, resulting in lower electricity bills.

Electronic Commutation: The electronic commutation used in BLDC fans reduces energy loss and improves the overall efficiency of the fan. This feature enables the fan to consume less electricity while still providing the required airflow.

Variable Speed Control: BLDC fans offer variable speed control, allowing users to adjust the fan speed according to their needs. This feature helps to save electricity by reducing the fan’s speed when the temperature is low or when there are fewer people in the room.

Longer Lifespan: BLDC fans have a longer lifespan than traditional fans, which reduces the need for replacements. This reduces the energy used in the manufacturing and disposal of fans, which in turn reduces the environmental impact and energy consumption.

In summary, BLDC fans save electricity by using efficient motors, electronic commutation, variable speed control, and longer lifespan. All these features contribute to lower energy consumption, which results in lower electricity bills and a more sustainable environment.

Features and Benefits of BLDC Fans

The BLDC fans, also known as brushless fans, offer several features and benefits that make them a popular choice for various applications. Here are some of the features and benefits of BLDC motor fans:

High efficiency: BLDC motor fans are highly efficient as they do not use brushes that cause friction and reduce the efficiency of the motor. They use electronic commutation that reduces energy loss and provides higher efficiency.

Low Noise: BLDC motor fans operate quietly because they have no brushes and the electronic commutation reduces the noise generated during operation. This makes them ideal for use in quiet environments, such as libraries and hospitals.

Long Lifespan: BLDC motor fans have a longer lifespan than traditional fans because they have fewer moving parts, generate less heat, and require less maintenance. This results in lower overall costs and increased reliability. Precise Control: BLDC motor fans offer precise control over the fan speed, making them suitable for applications that require precise temperature control or air movement.

Low Maintenance: BLDC motor fans require less maintenance than traditional fans, as they have fewer moving parts and do not require frequent brush replacements.

Environmental Friendly: BL.DC motor fans are more environmentally friendly because they use less energy, produce less heat, and generate less noise. This makes them ideal for use in energy-efficient buildings and greenhouses.

Versatility: BLDC motor fans can be used in various applications, including computer cooling, home appliances, industrial equipment, and transportation, making them versatile and useful in different fields.

FAQs

What is the difference between a BLDC fan and a traditional fan?

The main difference between a BLDC fan and a traditional fan is the motor used to generate power. A BLDC fan uses a brushless DC motor, while traditional fans use brushed motors. BLDC fans are more energy-efficient, quieter, and have a longer lifespan.

Can BLDC fans be controlled using a remote?

Yes, BLDC fans can be controlled using a remote. The remote control sends electronic signals to the electronic controller of the fan to change the speed or direction of the motor.

Are BLDC fans more expensive than traditional fans?

The production cost of BLDC fans has significantly decreased making them more accessible and affordable than ever before. Our range of BLDC fans now starts from just Rs. 2,400 onwards, making it an affordable option for those seeking efficient and long-lasting fan solutions

What is the power consumption of the BLDC fan?

The power consumption of a BLDC fan varies from 26 W to 35 W.

Can a BLDC fan be controlled via Google Home or Alexa?

BLDC models which have IoT can be controlled via Google Home or Alexa.

Is BLDC motor superior to Induction motor?

BLDC motor consumes ~50% lower electricity as compared to an induction fan and BLDC motors also have low operational noise.