Superfan

Superfan is an investment. From Superfan, India’s first super energy efficient ceiling fan. Ceiling fans are the primary space cooling appliance in India. Ceiling fans may seem like a simple concept, but like everything else in the world, there are misconceptions and myths. Here are some common misconceptions and myths about ceiling fans. Ceiling fans don’t alter room temperature. It promotes air circulation and has no control over room temperature. The chillness we feel when under a ceiling fan is because it escalates the evaporation of our sweat. Superfan delivers the same 230 CMM as any other 1200mm ceiling fan like Crompton HS, Usha racer, etc but consumes only 35 W (56% lesser power consumption). This seed of misconception was sewn by low-quality energy efficient ceiling fans designed by large brands in the early 2000s. The efficiency of a fan tells you how well it is performing. Superfan is super energy efficient and 5 stars rated, which means it moves more air for one watt. We mention the airflow and the energy rating of the fan on the label. The only failure in a BLDC fan would be the electronics, which is easily replaced. A regular fan that consumes 75W normally consumes up to 20% more when it ages. With a Superfan, power consumption may increase about the same 10% as it ages. They have proven this myth to be false by a TV series called Myth-busters in 2004. If a person stands so close to a spinning fan, he might get a small incision. So, relax! Using a BLDC ceiling fan with AC reduces electricity consumption while maintaining the same thermal comfort. When you set the AC at a 27-degree setting and use a BLDC ceiling fan at speed step 2 along, the comfort will be the same as in 24-degrees AC setting. There is no perfect anti-dust fan in the market. The anti-dust coating reduces the accumulation of dust but still collects dust like any other fan. It is a marketing gimmick by many brands in the fan industry. Motor size does not determine the efficiency or air delivery. The power drawn by the motor should be less while delivering the same output. Sometimes compact motors are multiple times powerful than larger motors. The efficiency class of the motor is the right determinant and not the size!