Electric Motors Versus Combustion Motors
When it comes to power, most facilities operate with either electric or combustion motors. Manufacturing plants and other industrial businesses need these high-power tools to run their specialized equipment and heavy machinery.
However, the value of one over the other is a hot topic of debate in factories across the country. So, when it comes to electric motors versus combustion motors, which is better? Keep reading to learn more information so you can decide for yourself.
How Combustion Motors Work
Before diving in, it’s helpful to define terms and explain schematics. Combustion motors operate by burning fuel to create power. Small, internal explosions within the motor create heat, which then produces energy that facilities can use for certain functions.
Combustion is a chemical process, and several elements work together to keep everything running at optimal levels. These types of motors are prevalent in many sectors due to a reliance on fossil fuels for energy. However, another option exists for establishments looking for a cleaner alternative.
How Electric Motors Work
Electric motors utilize—you guessed it—electricity to provide power to plants and factories. These devices use a mechanical process to generate energy rather than a chemical process like that of combustion motors. By converting electrical energy into mechanical energy, electric motors can supply power to machines and tools on the work floor as well as operate essential office functions like HVAC systems, lighting systems, and elevators.
Electric motors utilize devices like magnets, batteries, and variable frequency drives to operate. Many facilities rely on these types of devices and find them more beneficial than their combustion equivalents.
What Are the Differences?
There are several key differences between combustion and electric motors that are worth noting. This shouldn’t come as a surprise since each device uses a different process to create power. While combustion motors rely on non-renewable resources to drive their functions, electric motors don’t. As such, electric motors tend to be more energy-efficient.
Because of their nature, combustion motors can emit fumes that are harmful to the environment. They also have several moving parts that often need maintenance. Electric motors don’t emit fumes and are more environmentally friendly. In addition, they have fewer components, making them cheaper to maintain.
Now that we’ve explored electric motors versus combustion motors, we can answer the question, “Which is better?” It would appear that electric motors pose less risk to their surroundings and are more valuable in terms of efficiency. Keep your electric motors in good condition by hiring a reputable VFD repair service to maintain the quality of your variable frequency drives.