For any home that depends on natural gas power for heating, cooking, or other tasks, a risk exists of exposure to carbon monoxide. Most modern gas appliances and pipes are built to high safety standards and should present little danger to a household. However, it is wise for any home with a gas line to set up carbon monoxide detectors as a precaution.

Having your home’s entire electrical system rewiring is a large task, albeit sometimes a necessary one in order to improve your daily electrical use and increase home safety. A job of this caliber requires a team of professional electricians and should never be attempted by an enthusiastic “do-it-yourselfer” without training or experience. That’s what we’re here for.

If you are concerned that your home does in fact need rewiring, call for one of our professional electricians right away. We take pride the skills and training we have to ensure that a whole-house rewiring job is done correctly. Keep reading to learn more about this service and why you may need it.

The amount of electricity that you use in your home on a daily basis may surprise you—but with the addition of appliances and devices such as computers and smart phones, our electrical use has increased significantly since the 1980s. Think about how many devices you need to have hooked up every day just for recharging, and you’ll understand a bit more how big our electrical demands are today.

All this increased demand for power can easily overwhelm older, outdated wiring systems—even as young as two or three decades. If you think that whole-home rewiring is only necessary in homes that are 50 years old or older, you may be surprised to find out that your newer home needs it.

No matter the age of your home, there are a few signs in particular for you to be aware of which indicate you may need whole home rewiring:

Electrical motors are devices that convert electrical energy into mechanical force. They operate on the principles of electromagnetism, using the interaction between winding currents and magnetic fields to generate force. Some motors, like those used in the transportation industry can reverse the effect and generate electricity too, converting force into electricity.

Many industrial plants attribute over 70% of their power consumption to motors, so even a slight increase in efficiency can dramatically cut energy spending and improve profits too.

Have you ever wondered about the difference between single-phase and three-phase circuits? If you currently reside in North America then you are likely accustomed to single-phase circuit power throughout your home. Although single-phase circuits are popular among residential homes and smaller commercial business buildings, some businesses may consider switching to three-phase circuits in order to reduce long-term electricity costs and improve the efficiency of their building’s electrical power supply. In order to provide you with a better understanding of the difference between single-phase and three-phase circuits, Expert Electric breaks down the difference, advantages and disadvantages of each below:

Single-phase circuits are generally used to power residential homes and smaller business buildings whereas three-phase circuits are common in large industrial buildings that require a more significant amount of electrical power. Not only does a single-phase circuit require a larger electrical current than a three-phase circuit, it is less efficient with its transferal of power. This is because its current only alternates between two wires; therefore, there is a point in the process where the electrical power in a single-phase circuit drops to zero. Since a three-phase circuit transfers the current between three wires, it is more efficient with the transferal of its electrical power and therefore never allows the power to drop to zero. This allows a three-phase circuit to provide electrical power to systems that demand more electricity.

The advantage of implementing a three-phase circuit is cost-savings. Three-phase circuits are more efficient with their transferal of electrical power; therefore, they are capable of powering much more at a lower cost. Office buildings and manufacturing plants can still operate with single-phase circuits although they would be more efficient with their power supply if they made the switch to three-phase circuits. The real difference between single-phase and three-phase circuits can be seen in large data centers and manufacturing buildings. These large facilities require more power to run their operations and will therefore witness greater efficiency and savings by making the switch.