Superfan- The technology leader in the Indian ceiling fan industry
Discover how Superfan became the technology leader, with its most energy-efficient BLDC ceiling fan motor technology
revolutionizing the Indian ceiling fan industry in 2012.
AN INSPIRING STORY OF INDIAN INNOVATION
Versa Drives Private Limited, a 30-year-old technology company in Coimbatore, India, is an expert in motor control and embedded systems. With that expertise and experience, we have gained a solid reputation as a leading designer and manufacturer of motor control products in the country. One such product is India’s first super energy efficient ceiling fan, which is being sold under the brand Superfan. The inspiring innovation story of Superfan is about a revolution that has transformed the Indian fan industry towards a progressive and sustainable future.
It began in 2010 when Versa Drives was suggested to investigate the issue of inefficiency among fans, by panellists in a technology forum. Subsequently, we ran into the study – ‘Ceiling fan: The overlooked appliance’ conducted by Prayas, an NGO based in Pune.
According to the study, there were about 40 crore fans in India that were consuming over 100 million units of electricity every
day. As most of the electricity is generated by coal-based methods, this consumption emits about 100,000 tons of CO₂ into the atmosphere and about 200,000 litres of water is contaminated every day. Moreover, at that time the fan market was growing between 5-10% per year. The study summed up the stress on our electricity grid, pressure on the economy, the impact on the environment, and the lack of initiatives by the fan industry to resolve this predicament.
After learning about the humungous impact of the problem, we set out to find a solution and began the development with an
objective to replace all the inefficient fans in India with our intended efficient solution. As 80% of fans were ceiling fans, it became our initial target. The regular inefficient ceiling fan utilizes a type of motor called AC induction motor which is inherently inefficient. It consumes about 75 W – at top speed and runs about 13 hours for one unit of electricity.
After 18 months of development, we built Brush-Less DC motor-based ceiling fans, which are now popularly known as BLDC fans in the market. This ceiling fan consumed (35 W) 50% less electricity than a regular ceiling fan (75W) while delivering the same airflow.
SUPERFAN – INDIA’S FIRST SUPER ENERGY EFFICIENT CEILING FAN
It was obvious that the whole industry must embrace the solution to achieve the replacement of all inefficient fans in the country with these efficient BLDC fans as per the objective set at the beginning of the project. So, we intended to supply the solution to all the popular brands, as they had the market pull to reach the customers effectively and achieve the objective. Despite acknowledging the breakthrough, the slightly higher cost of the solution made them sceptical about its market acceptance, and the lack of pressure to introduce any progressive technology led them all to decline our offer.
We did not want such a high-impact innovation to be deterred by the inhibitions of the industry. So, we released the BLDC fans under the brand.
SUPERFAN REVOLUTION
Superfan set out to resolve market acceptance and to put pressure on legacy brands to adopt efficient technologies. The market acceptance for Superfan was gained by providing missing features in regular fans like remote control, stable speed during voltage fluctuations, inverter compatibility, longer warranty, in-home product service on top of the operational benefit of over 50% more electricity savings. In subsequent years, Superfan has been recognized by many patents and awards worldwide, also Superfan has become popular in premium fan retail stores competing with major brands.
This market acceptance and recognition led to new brands with BLDC fans propping up. To force the mainstream industry to adopt efficient technology, we worked with the Bureau of Energy Efficiency (Ministry of Power, India) and the Bureau of Indian Standards (BIS) by sharing knowledge and suggestions on the technology. These efforts from Superfan and the strong progressive decision of these government agencies led to the revision of the minimum efficiency requirement and mandatory star labelling change in 2019, which has essentially banned the regular fans in the market from June 2022.
In 2020, most popular brands embraced BLDC technology and introduced their models to the marketplace. Some of them do not have the technology, so they imported the solutions from China and elsewhere. In 2012, Superfan threw a pebble in the calm waters of the Indian fan industry, creating ripples, and now the ripples have turned into a tsunami – transforming the fan industry and market.
SUPERFAN IN 2022
Now in 2022, Superfan has set the industry standard once more through our new Super Q fans. This time we have worked on the blades of the fan to eliminate its shortcomings.
Typical aluminium fan blades produce a non-uniform airflow. This unsteady flow requires the motor to rotate the blades faster to produce sufficient airflow for the desired comfort. The faster rotation of blades results in unhealthy high-speed air, noise, and inefficiency. Prolonged exposure to these high-speed fans has been known to cause health discomforts like nasal dryness, muscle stiffness.
Super Q series employs its innovative Q-flow technology in the shape of its aluminium blades, which delivers uniform laminar airflow along the length of its blade. The increased laminar flow produces voluminous airflow at a lower speed (RPM). This type of operation makes the fan considerably quieter and produces a healthy airflow removing the health discomforts mentioned above.
Besides, the blade shape has been developed to maintain superior performance and benefits even when the length of the blades is changed to accommodate different fan sizes. Super Q is a family of fans with sizes ranging from 24 inches to 60 inches that could cater to every room in a home and every use without any loss in performance.
The combination of Superfan’s Q-flow technology blades with Superfan’s patented BLDC motor design has resulted in a 48inch (1200mm) ceiling fan that produces 260 CMM at 35 W, which is 20% more airflow than any other known 5-star rated fans and 50% more efficient than other BLDC fans.
The innovation in Super Q has been recognized by BEE (Ministry of Power, India) through their ‘Appliance of the year’ award in
January 2021.
INNOVATION AHEAD
A superfan has already proved twice that they are the technology leader in the industry through our continuous innovation. Now, we have already set sights on raising the industry standard again for the third time through the next generation of efficient fans, we are calling it Hyper Q, which is expected to be available in the market later in the year.
Superfan was begun with an objective to replace 40 crore inefficient ceiling fans in India with super energy efficient ceiling fans like Superfan, now with the surge of the BLDC segment, the path towards that goal is set and the change is on the way.
One of the remaining impediments to this objective is inefficiency and waste in the existing sales and marketing practices of the industry.
Superfan is applying its innovative approach to resolve these aspects as well. Moreover, our motor control expertise is targeting solutions that can create similar shifts in other appliances that have motors like air coolers, ACs, and pumps. We intend to initiate a similar revolution in those spaces and build a sustainable environment for our nation through indigenous technology.
superfan’s contribution to the Indian fan industry
- First Super Energy efficient ceiling (BLDC) fan
- First remote integrated ceiling fan
- First commercial fan with service value > 6.0
- First fan with wide operating voltage (90 – 300V)
- First sensor-less BLDC design
- First regulator operated BLDC fan
Tags: Motor technology revolutionizing, Brush-Less DC motor-based ceiling fans, Energy Efficiency, Super Energy efficient ceiling (BLDC) fan, remote integrated ceiling fan.
