Real Cost of Running a Ceiling Fan — and How Victura Airmotion Changes It
In the blazing heat of the Indian summer, the ceiling fan remains the quiet, ever-present friend in every home.
We keep them running 24/7 without a second thought, as they are generally considered to be the most cost-effective means of cooling where a power-hungry AC is out of the question. However, have you ever really worked out the total cost?
Due to the increasing electricity rates and the longer hours of use, that seemingly harmless 75W fan has turned out to be a hidden energy glutton who is quietly responsible for adding thousands to your yearly power bills. It's time to put a stop to it.
This article unveils the shocking, real cost of operating traditional fans and invites you to the Victura Airmotion BLDC fans—a technology that ensures savings of over ₹52,327 without the loss of cooling comfort.
The Cost of Conventional Fans in India
70–90 Watts, that’s much power regular fans eat up. The majority of ceiling fans that can be found in Indian households are those that still use the old induction motor technology of inefficient electrical motors.
These types of motors provide low efficiency because they use electrical resistance to control speed; thus, a lot of energy is dissipated as heat.
According to studies, we Indians run our ceiling fans for 16 hours a day (particularly in the June/July heat). Now, think how much a 75W fan can add up to.
Simple Calculation Breakdown
Here’s the formula for calculating:
Units (kWh) = [Wattage x Hours x Days] / 1000
Let’s assume the cost per unit in your area is ₹7 per unit.
Daily Consumption: ₹1.2 kWh (Units)
Monthly Cost: ₹36 Units x ₹7 / Unit = ₹252
Yearly Cost (For Each Fan): ~ ₹3,066
If your house is equipped with four fans like that, you are wasting more than ₹12,264 per year just to keep your ceiling fans running. That is the concealed price of convenient air circulation.
How Victura Airmotion Achieves 65% Savings
Victura Airmotion fans apply Brushless Direct Current (BLDC) motor technology, which is a totally different concept from that of old induction motors.
So, what is BLDC? A BLDC motor relies on electronic circuits and powerful permanent magnets for the motor's rotation. In contrast to induction motors, it does not have components that cause friction, for example, carbon brushes.
Since there is almost no friction or heat loss, practically all the electricity consumed is directly converted into rotational force (airflow). That is what makes the motor extremely efficient.
Power consumption, therefore, drops significantly, to a level that one hardly notices the difference:
Conventional Induction Fan: ₹75W
Victura Airmotion BLDC Technology: The maximum consumption is 28W, while the ultra-efficient modes can consume as little as 11W.
Most of the time, Victura Airmotion fans only require 28W to produce the same or, in some cases, even better airflow as a regular 75W fan, thus qualifying them for a mandatory 5-Star BEE rating.
The huge decrease in wattage that goes on here is what makes it possible for an overall cost saving of up to 65% on the electricity used for running the fan.
How Victura Airmotion Saves You ₹52,327+ Over 5 Years
What this translates to is that that you are able to save over ₹2600 annually per fan! If you have 4 fans running in your home (which most of us do) and you save that much on each fan, that means a total of ₹10,400 or more in a year.
Victura Airmotion BLDC Fan (28W)
So basically, BLDC fans cost more when you buy them. But they actually save you more money over time.
The payback period, which is the time required to recoup the price difference between a normal fan and a Victura Airmotion fan through electricity savings, is only 18 to 24 months according to these figures.
Therefore, an investment made with a high ROI and several years of future savings is what this amounts to.
Note: This saving calculation is based on the assumption that all 4 Victura Airmotion BLDC fans are running for 24 hours, 365 days a year (for 5 years), at Speed 3.
The silent cost that an old ceiling fan unintentionally imposes is now a drain that you no longer have to tolerate.
By simply switching to a state-of-the-art BLDC technology such as the Victura Airmotion, you are not merely acquiring a fan—you are making a money-saving and convenience-increasing lifestyle upgrade.
First of all, you will be able to save up to 65% of the electricity that your fan consumes and maintain comfortable and stable air delivery in the case of a voltage dip or power outage.
Moreover, your idea will pay for itself in less than two years. So, do not let your household appliances be the silent reason for your electricity bill to go up this summer.
Do not wait any longer, take action today: calculate the cost of all your old ceiling fans per year and then choose from the Victura Airmotion BLDC fan range to immediately start your savings journey.
Frequently Asked Questions (FAQs)
Q1. Is it okay to leave your ceiling fan on 24/7?
True, fans can run for hours without issues yet turning them off before leaving makes sense. Instead of cooling walls or furniture like an AC would, they help your body feel cooler by moving air around and speed up drying the sweat.
Q2. Do BLDC fans consume less power?
Certainly. Victura Airmotion BLDC fans consume a maximum power of 28W, which is 60-85% less than the power consumption of 70W–90W by standard induction fans.
Q3. How much do ceiling fans cost to run per day?
A typical 75W fan used for 16 hours daily, with power priced at ₹7.00 each unit, costs around ₹8.40 every day.
Q4. How much do Victura Airmotion BLDC fans save?
They cut costs by more than ₹2,600 each year per fan when swapped for older types - so a house using four sees nearly ₹10,400 saved yearly.
Q5. Are BLDC fans worth the higher initial price?
Yes, absolutely. The small difference in upfront cost is usually paid back through electricity savings within a period of 18 to 24 months (the payback period).
Q6. Can BLDC fans run on an inverter during a power cut?
Yes, their ultra-low wattage is the reason they use very little power and thus, they can run up to three times longer on a standard home inverter than old fans.
