How Victura Airmotion Designs BLDC Fans with Optimal Power Ratings for Better Efficiency

BLDC fans are the holy grail for those who want good airflow on a budget. But perhaps there's another feature of BLDC fans that you could benefit from: energy saving.

An average, old technology fan runs all day and eats up all the power. On the other hand, if your Victùra Airmotion fan runs 24/7, you still end u saving over Rs. 50,000 in a year. How does that work?

To understand that, we have to see what makes BLDC motors tick. Read more to find out what's so special about Victùra Airmotion's BLDC fans, especially.

The​‍​‌‍​‍‌​‍​‌‍​‍‌ BLDC Advantage: Less Work, More Airflow
Normally, the ceiling fans one finds rely on induction motors. Such motors are said to consume roughly 70-80 watts (W) of power.

Out of this energy, a good part is still lost as heat and noise due to the friction of the mechanical brushes caused by the already present inefficiency of AC induction.

The design philosophy of Victùra Airmotion, the purpose of which is to remove the waste by using BLDC technology, forms the center of the company's philosophy.

Optimal Power Rating
Victùra Airmotion BLDC fans are designed to be run at a very low power level, usually between 30W and 38W at full speed, and in some cases, as low as 32W.

This is a very significant reduction in the range of 65% compared to the normal ones.
The Power of Electronics
Electronic commutation and permanent magnets are used in BLDC motors instead of mechanical brushes.

Thus, the motor operates on direct current (DC) and efficiently converts the AC supply, which results in:

Reduced Friction
The absence of brushes means that practically no friction and wear and tear take place which is why the operation is silent and the life span is longer.

Less Heat Generation
When the energy loss is low, the heat produced is also low; thus, the unit is more efficient and ​‍​‌‍​‍‌​‍​‌‍​‍‌durable.

Key​‍​‌‍​‍‌​‍​‌‍​‍‌ Design Elements for Enhanced Efficiency
Victùra Airmotion is not only efficient with the motor; they also incorporate various design features to increase the overall efficiency of the unit:

Aerodynamic Blades
The blades are engineered to move through the air less resistantly, thus ensuring maximum air delivery (CMM) at even a very low motor speed (for example, a 1200 mm fan can deliver over 220 CMM at 350 RPM).

This power saving measure ensures that you get the cooling effect without the need for a power-hungry motor.

Accurate Speed Control
In contrast to the step-based regulators of AC fans, Victura's BLDC fans employ an accurate RF Remote Control. This electronic control offers a wider range of speed settings, whereby it is possible to have:

Sleep Mode
The speed of the fan is gradually lowered to provide comfort and save energy during sleeping hours.
Breeze Mode
The mode is characterized by changing airflow like that of the natural wind and is very comfortable and energy-saving at the same time.

Boost Mode
The usage of the mode is very brief, i.e., when it is necessary to run the fan at a high speed, there is maximum flexibility.

Regular Output
In places where the voltage ebbs and flows, the speed of a traditional fan as well as the air that it throws out would noticeably be reduced.

However, the design of Victura's BLDC motor allows it to maintain the same speed and output, hence, giving cool air and efficiency over time even when there are small voltage ​‍​‌‍​‍‌​‍​‌‍​‍‌drops.

Victùra Airmotion: The Standard for 5-Star Energy Efficiency
Victùra Airmotion has positioned its BLDC fans as the benchmark for energy efficiency and quality, earning top-tier ratings and leveraging superior technology in every unit. This commitment is highlighted by four core features:

5-Star​‍​‌‍​‍‌​‍​‌‍​‍‌ Energy Rating
Victùra Airmotion BLDC fans are not only power-saving by nature, but they are also carefully designed and certified to meet the strictest standards, thus earning the 5-Star energy rating from the bodies in charge of the regulation.

A 5 star rating for an appliance is like a gold medal for an athlete. It shows that they're the best in their class. But unlike a gold medal, this rating also shows that using the appliance won't hurt the Earth.

Super Low Wattage
Minimizing energy consumption is the main idea behind their creation. Normally, ultra-low wattage is typical for these fans; most of them consume between 30W and 38W at their maximum speed.

This is an astonishingly dramatic cutback compared to 70W-80W which is the power consumption of typical induction fans; thus, they become an instant, wise choice for any family.

Long Lasting BLDC Tech
The source of the fan's power is Brushless Direct Current (BLDC) technology.

The principle uses strong permanent magnets and electronic commutation; thus, no mechanical brushes and the friction caused by them are completely eliminated.

What is generated is a longer lifespan. More service intervals due to less wear and tear on the parts.

The​‍​‌‍​‍‌​‍​‌‍​‍‌ Real-World Impact on Your Home
Switching to a Victùra Airmotion BLDC fan is not just a change of an appliance at your home. It is a wise financial as well as ecological decision.

Feature
Conventional Induction Fan
Victùra Airmotion BLDC Fan (Typical)
Power Consumption (Max Speed)
70W - 80W
30W - 38W
Energy Savings
---
Up to 65%
Noise Level
Audible humming
Whisper-quiet
Performance in Low Voltage
Speed drops significantly
Consistent performance

The​‍​‌‍​‍‌​‍​‌‍​‍‌ ROI: Quick Payback and Lifetime Savings
Investing in a Victura Airmotion BLDC fan is an excellent way to achieve a Return on Investment (ROI) that significantly extends beyond the initial cost of the device.

Short Payback
Since a BLDC fan only needs about 1/3 of the power of a traditional fan (e.g., 35W vs. 80W), the money that is saved on the electricity bill is what actually makes up for the extra cost of the fan in a very short period of time.

The payback cycle of the price difference generally varies from 18 to 24 months depending on local electricity rates and the number of hours the fan is used.

Saving for Decades
The time after which the initial payback period is over is the time when the fan still saves you money every time it is turned on.

Due to the fact that the motor is made of 100% copper and the fan is equipped with BLDC technology which ensures longer life and less maintenance, these fans become a source of lifetime electricity savings while providing constant, quiet, and cool ​‍​‌‍​‍‌​‍​‌‍​‍‌air.

Conclusion
The very low power consumption means that the savings on the electricity bill will be quite substantial in the long run.

By purchasing an efficiently rated BLDC fan, homeowners will be able to enjoy powerful, quiet cooling and at the same time, make a significant move towards a more sustainable and eco-friendly lifestyle.

Victùra Airmotion's energy-saving measure is basically their low-wattage BLDC motor that is very efficiently integrated with properly optimized, high air delivery blades and smart electronic ​‍​‌‍​‍‌​‍​‌‍​‍‌controls.

Frequently Asked Questions (FAQs)

Q1. What is a good wattage for a fan?
Normally a good wattage for a regular (non-BLDC) ceiling fan is around 50 to 75 Watts. As regards energy-efficient BLDC models, a good wattage is far less; in most cases, it is 28 to 35 Watts.

Q2. Is higher fan wattage better?
In most cases the answer is no. A higher wattage basically means that the device will consume more power, and that is not good. You should look for a fan with low power consumption instead. 32-38 Watts is generally good.

Q3. Does higher watts mean stronger?
Not necessarily. In the case of traditional fans, higher watts generally indicate a stronger motor and thus more airflow, but it also means that more energy is being wasted (in the form of heat). Thanks to their more efficient motor and aerodynamic blade design, modern BLDC fans consume significantly fewer watts while delivering the same or even better ​‍​‌‍​‍‌​‍​‌‍​‍‌airflow.

Q4. Does sleeping with a fan on use a lot of electricity?
Not necessarily. If your fan uses old technology, then it might cost a bit more as it uses 70-80 W. So, around ₹3 to ₹8 per hour. A good BLDC fan consumes even ​‍​‌‍​‍‌​‍​‌‍​‍‌less.

Q5. Is it cheaper to run a fan or leave the AC on?
Yes, the operation of a fan is much cheaper than that of an AC. The electricity consumed by a fan is only 1% of that used by a normal air conditioner. When using a fan, you can increase the temperature setting of your AC, which is where most of the savings come from.

Q6. What makes Victùra Airmotion's BLDC fans stand out?
Victura Airmotion BLDC fans are different because of their 5-Star Rating, the highest energy efficiency certification. 30W-35W at maximum speed is the power consumption. Brushless DC motor for high efficiency, silence, and long service life. The use of 100% copper winding not only makes the motor more durable but also helps in the heat dissipation ​‍​‌‍​‍‌​‍​‌‍​‍‌process.

Visit: https://victura.in/

Victura Airmotion, khasra no.78, killa no.18, Tatarpur road, village Prithla, Palwal, HARYANA

Victura Airmotion is an innovative brand dedicated to designing and manufacturing energy-efficient air solutions. Specializing in BLDC fans, induction fans, exhaust fans, and other air-moving products, we combine modern technology with eco-friendly practices to deliver superior performance while reducing power consumption. With a commitment to quality, sustainability, and customer satisfaction, Victùra Airmotion aims to redefine comfort and efficiency in homes, offices, and industrial spaces.

This release was published on openPR.