Discover The Science Behind Your Ceiling Fan Design
A high-quality ceiling fan has much more than just a series of paddles and a motor to generate air in the room. A modern ceiling fan requires the expertise of aeronautical engineers and fluid dynamics specialists to improve the design. It is essential to do so because aerodynamics can enhance the capability of a ceiling fan and make it efficient. The air stream generated by the ceiling fan occurs through a combination of features such as tip design and length of the blade.
A couple of years back, ceiling fans had simple designs with no features, but the ceiling fans of today have various functions and look more distinctive, stylish, modern, and aesthetic. When it comes to deciding the right ceiling fans, it is essential to know how fast it can move and produce a good amount of air. It is evident that a powerful motor will be able to generate more energy and spin the fan blades faster. The faster they spin, the more air the blades will produce.
The design of a ceiling fan must be able to generate good air movement, but consume less energy and perform the task quietly. Read on to know the important features of a ceiling fan design.
- Blade Type
Blade type, also known as blade pitch, is the degree at which the blade is tilted from the fan’s centre. A fan will move efficiently and give a good amount of air when the blade pitch is placed high.
- Blade Count
If a ceiling fan has three blades, it is said to be much quieter than a ceiling fan with five blades. A blade count of 2-3 allows the ceiling fan to move fast and be less sluggish; making it run more powerfully and saving resources.
- Fan Size
According to Consumer Reports, the size of a ceiling fan should correlate with the size of the room in which it is to be located. For example, a 52-inch fan should work perfectly for a room space between 225 – 400 square feet.
- Wet/Damp Rating
Nowadays, a ceiling fan can be installed in places such as outdoors and bathrooms. A ceiling fan that works well in your bedroom or living room might not perform the same in a damp or exterior space. The key to a good functional ceiling fan for such environment is by checking its UL damp and wet ratings. This rating will help you understand if the ceiling fan will be good for such conditions.
- Motor Type
A good motor is the heart of a ceiling fan, and it works on induction motors that converts electrical energy into mechanical energy. The Brushless DC electric motor (BLDC) is one energy efficient motor that comes with No Heat Loss technology that eliminates Eddy Current and All Heat Losses. As the BLDC motor uses Atomsese algorithm, it adjusts the motor in real time for high efficiency. A BLDC motor ceiling fan helps save energy and also lets consumers save money on electricity bills.
- Energy Star Rating
We all want to conserve energy and save money on our electricity bills. A fan with an energy star rating will help you save money. The cost of a high energy star fan might be slightly more expensive than a conventional ceiling fan. However, you will see a vast difference in your electricity bills once you get this type of ceiling fan installed in your home.
Today, ceiling fans design has come a long way, and before you plan to buy one, just make sure that it matches you and your lifestyle.