Electrical motors are wonderful devices that are used in a myriad of ways, making things easier in our daily lives as well as a wide range of industrial applications. When these gadgets fail, work often grinds to a halt till they’re back up and running, and the reasons for electrical motor failure can range from the commonplace to the bizarre.

While the list of possible causes can go on forever, we’ll take a look at some of the most common ones here:

Exposure to high heat is a top culprit for all kinds of equipment failure, and ranks as the number one reason for motor malfunctions and deterioration. Optimal running temperatures extend motor life, which is why they should be your first priority.

In fact, most of the other possible reasons for electrical motor malfunctions also lead to the generation of extra heat. A rise of even a few degrees can cause trouble over time, and if motor windings are exposed to an extra 10° C of heat, the life of their insulation drops by half!

Every year it seems that the home is becoming “smarter” and more “automated”. We have televisions that can be interacted with remotely, speakers we can play in another room, and thermostats that can be adjusted across the country. These programmable and remotely adjustable thermostats are not only convenient, but they are efficient.

Most homes that haven’t seen electrical upgrades in a few years are likely equipped with an older thermostat that has to be adjusted manually. This has been acceptable for many years as we integrated the adjusting of the thermometer into our nightly routines. Each night before going to sleep many people would lower the thermometer to reduce their electrical usage at night.

Now, with programmable thermostats you can set schedules so that it automatically increases or decreases the temperature in the home. This helps build the optimal schedule for your home and reduce electrical waste by heating the home only when it is needed.

With the increased adoption of smart devices and wi-fi in homes all over the world, “smart” thermostats are the latest and greatest in home automation. These little devices connect through the home’s wi-fi network, which allows you to control them through a smart phone app. This enables them to be adjusted from anywhere. For example, if a day trip is going long and you won’t be home until late in the evening, you can lower the temperature in the home earlier than scheduled to maximize efficiency. With your home’s thermostat at the touch of a finger anywhere – savings are completely in your control.

Installing a new thermostat can seem like an easy job, but once the old one is removed the amount of wires can be overwhelming to the average handyman. Depending on the age of the home and wiring, the wires going to the thermostat may need to be upgraded for compatibility with the new thermostat. When shopping for a new thermostat don’t just review the features of the product, but ensure you are familiar with the specifications and requirements. For assistance in understanding the requirements of a new thermostat and electrical installation, contact your local Expert Electric.

There are many different ways to start saving on electricity in your home. Smart decisions can lead to big decreases in monthly energy bill. Smart thermostats are just one of the ways that savings can be put back in your hands. Contact you local Expert Electric at 604-681-8338 for more information.

Did you know roughly 1/4 of your electricity bill is used specifically for lighting? With recent changes in lighting technology, we now have the ability to control the costs of our electricity consumption more effectively. Choosing the right light bulbs for your home or business may be confusing with all the different options we have today, so we’ve listed the three most common types in hopes to shed some light on the issue.

Incandescent Bulbs

Incandescent bulbs, the oldest and most common bulbs on the market, are relatively inefficient compared to other bulbs. They work by connecting an electric current that travels through a wire filament, heating up the filament until it illuminates. Unfortunately, up to 90% of the actual energy it consumes produces heat. The cost of each bulb is the lowest compared to other bulb types, but their lifespan is also the shortest, as they only last up to 2 years (based off 3 hours of use / day). With the passing of the Energy Independence and Security Act of 2007, manufacturers are working to produce more efficient incandescent bulbs that produce up to 25% less energy.

Compact Fluorescent Lamps (CFLs)

Distinctive by their bold designs, Compact Fluorescent Lamps (CFLs) are the most energy and cost effective bulb type on the market today. An electric current is driven through a tube containing argon, and a small amount of mercury vapor that triggers the actual illumination. CFLs use up to 75% less energy than traditional incandescent bulbs, cutting overall electricity costs significantly without producing excess heat. Their lifespan can be pushed up to 9 years, and technically pay for themselves after just 9 months of use, costing less than half as incandesces bulbs for the same amount of light.

Note: research has shown that CFL’s work best when left on for long periods of time, but lose efficiency when turned on and off regularly.  Because of this, it may be best not to use CFL light bulbs in areas like closets where the lights are usually just flipped on then off.

Light Emitting Diodes (LED)

Making an appearance in electronics starting in 1962, Light-Emitting Diodes (LEDs), are rapidly taking the lighting industry by storm with its highly effective technology. By connecting a diode to an electrical current, electrodes are triggered within the diode, forcing them to release photons, which we see as light. The up-front costs of LEDs are higher compared to other bulb-types, but ultimately they last up to 25% longer than traditional incandescent bulbs. Manufacturing has increased drastically in recent years, and companies are expected to offer more affordability in the near future. By reducing energy consumption by up to 80%, LEDs pave a direct path to lower electricity bills.