When it comes to home interior, you may be particular about how things need to be placed. Taking care of the energy expense of every appliance used in your home would also be among a list of things that you consider.
Ceiling fans are often silent yet a substantial part of a household and its energy quotient. They have become a staple in every home without doubt. They are essential to ensure good air movement throughout the rooms. Especially in the summer, it’s almost unimaginable to not have fans at your home.
However, it’s important to find out what type of fans really suits your needs for a home. So, let’s look into the two different types of fans available in the market today.
What Are The Primary Advantages Of Ceiling Fans?
- They are a good choice to provide cooling and air flow in the rooms.
- They are inexpensive with respect to the cost as well as maintenance.
- They don't cause much harm to our ecosystem being energy efficient and environment-friendly.
- With new and latest designs, fans can become a quite impressive element to your home interiors.
- Often, fans come with an in-built feature of LED lights which offers a two-in-one design to your home.
Picking the right ceiling fan for your home mostly depends on your requirements first. Then, factors such as price and design will also matter. Beyond these, the kind of energy expense you will endure with different types of fans also play a relevant role. Let’s take a glance at each one of them below.
What Are The Two Types Of Ceiling Fans?
As you know there are 2 types of ceiling fan motors - AC and DC. this mainly implies the way current flows through the electric circuit. Alternating Current (AC), simply means that the current flows in alternating directions. Direct Current (DC) suggests the current flows in a single direction.
The technical detail about AC and DC is not what you may want to know. Rather, you would want to understand how each type of motor contributes to your energy and general expenses. The major difference between these is the amount of energy taken directly from the power source.