The electrical field is one that has seen a number of remarkable discoveries over the decades. One very important lesson has been the aspect of grounding of electrical currents. It’s true that we need electricity for almost everything in our daily lives and can’t even imagine a world without it. However, it continues to be one of the most dangerous elements on earth. If you haven’t already properly grounded your home’s electrical systems, you are taking a significant risk by not doing so.

Every electrical circuit has an active wire which supplies power; there is also a neutral wire which is responsible for carrying the power back. There is a third wire (grounding wire) that can be attached to the power outlets & the electrical appliances and devices; this wire is connected securely to the ground in your breaker box.

This third wire is the additional path that the electrical current can pass through to be safely returned to the ground, in case there is a short circuit; this prevents any harm being caused to anyone. In the event that a short circuit occurs, the current flows through into this grounding wire and it’s when you notice a tripped circuit breaker or a blown fuse in the electrical main board on your property. If this wire hadn’t been grounded, it would have resulted in a fatal shock.

This is one of the most important reasons to ground electrical currents. It’s the best way to protect your family members from electrical surges when they are operating any electrical appliances in the house. In case a lightning strike causes an electrical surge on your property it can result in extremely high electrical voltages in your system. When the wiring has the proper grounding, all the excess electricity gets diverted into the earth, rather than burning everything that’s connected to your electrical system.

When your installation is grounded, it becomes very easy for the power to get directed exactly to where you need it; this allows the electrical currents to efficiently & safely travel across your home’s electrical system.

A properly grounded system makes it much easier for the power to be distributed in the right amount to the right places. This plays a significant role in ensuring that there is no overload in the circuits. The earth becomes the common reference point for all the different sources of voltage in an electrical system.

One of the primary reasons why grounding is extremely effective in keeping you safe is because the earth is an excellent conductor, and electricity always takes the path that has the least resistance. When you ground your electrical system, you are giving it a path that it can easily take, rather than into you; this can potentially save your life.

If your home’s electrical system isn’t properly grounded, you are just risking the appliances and equipment that are connected to your system, being burnt beyond repair. If the situation gets out of control that can also result in a fire risking your property and causing physical injury, sometimes even death.

Many people think that in order to save money on your electrical bill, you must accept some discomforts or inconveniences. But that is not the case! You don’t need to deal with the unbearable heat in the summer instead of turning on your air conditioner. You don’t need to unplug all of your appliances after every use to save a few dollars.  We have put together a few key recommendations to get you started on your electrical bill savings without having to give up the comfort and conveniences in your home.

Home Energy Audit

The best way to start your savings is to have a local electrician perform a home energy audit. Your electrician will go through your house examining your electrical wiring, distribution, lighting, electric-powered home equipment and systems in order to increase the efficiency of your home and ultimately save you money on your electrical bill. Some auditors may even go as far as to understand your daily habits that may be costing you more money. For instance, did you know that doing a full load of dishes in the dishwasher rather than washing them by hand actually saves you money?

Once you have had your home audited, make sure to check out Live SmartBC for any rebates you may be eligible for. BC residents have the privilege of gaining rebates for increasing the efficiency of their home; don’t let this savings go to waste!

Install Ceiling Fans

Another great way to save money on your electrical bill is to install ceiling fans. Apart from your air conditioner, ceiling fans push air downwards, blowing the cool air directly onto your body rather than cooling the whole room. On top of that, ceiling fans need very little maintenance (other than a little dusting or bulb changes), which can save you a lot of money in the long run. You may be thinking, that’s great but what about in the winter when I’m trying to heat my house? Surprisingly, ceiling fans are a great energy saving tool for the winter months too! Heat rises. So by running your fan on a low speed, you can circulate the warm air that has risen and create a more evenly heated room and shortening the time it takes your heater to work. This saves you money both in the summer and the winter.

Replace Air Filters

Lastly, you can save money on small changes like replacing your air filters regularly. A lot of times, this is a task many of us forget about but it can make a significant difference in your potential savings. When dirt builds up on your filter it prevents the airflow from working as efficiently. Your air system now needs to work harder in order to maintain the same level of airflow and because of that, increasing your electrical bill. By regularly maintaining your air filters (once a month), you will not only save money, but your family will be breathing in the cleanest air.

These are just a few ways to save on your electrical bills. Our highly qualified team of professionals at Expert Electric is excited to help you get started on your potential savings. Call today for further assistance or a free quote on some of our money-saving services.  604-681-8338

relatively high ceilings. Drive by any industrial park, warehouse, or factory, and walk inside and what you will see is a high bay light.

But walk into any factory or warehouse and you will see different styles and options, wattage’s and configurations. Traditional high bay fixtures that were once common place were Mercury Vapor, which were then replaced with High Pressure Sodium and Metal Halide bulbs. As new technologies were introduced, and old technologies became more common, the old HID bulbs were replaced with Induction and Fluorescent light sources. And more recently with the more wide spread approval and popularity of LED, we started to see conversions from these older technologies to the latest energy saving LED High Bays.

A High Bay Fixture, depending on the light source, can take on many forms and shapes. If you consider a Metal Halide or High Pressure Sodium fixture, they typically consist of a large heat sink block at the top of the fixture that typically houses the fixtures ballast. Below is an aluminum or acrylic dome and at the top of the dome is the HID bulb. These bulbs typically come in two wattage’s, 400 and 1000. 400 Watt Fixtures tend to be installed in ceiling heights no higher than 30 feet, 1000 watt fixtures are typically 40 feet or higher. Interestingly enough, spacing of lights is similar to the height they are located off the floor. A fixture installed at 20 feet from the floor is installed in a 20X20 pattern, 30 feet in a 30X30 pattern, 40 feet in a 40X40 pattern. Of the 3 type of HID bulbs, Metal Halide tends to be the best option. High Pressure Sodium Bulbs are very low on the temperature color and have the warehouse aisles have the ability to focus the light where it is needed. A light designed for a warehouse aisle is a lot different than a light designed for a gymnasium or a factory floor. In these spaces, a light that can flood the area evenly is important, in a warehouse aisle, a light that can light up the face of the shelves and the floor below is important. And when selecting energy efficient options, its just as important to understand the technology and what it is capable of doing. Adding controls to a T5 fluorescent fixture is a good idea only if the ballast is designed to handle that requirement and not lower the life expectancy of the bulbs. Motions sensors and daylight controls that dim the light output based on occupants and the amount of daylight available in the space. Technologies such as metal halide and high pressure sodium are not a good choice as these technologies are not good at dimming or turn on or off quickly. Fluorescent can dim, but you need special ballasts for them. So knowing what you want to do and may want to do is important at time of purchase, because not having the proper equipment or options could mean a costly lighting warehouses, factories, gyms and readily available through the utility companies, and mass adoption means the technology of LED had matured to the point where the questions and disbelief of past years have gone away.

Compact fluorescent lamps (CFLs) are good substitute to the now being banned incandescent lamps. It is more energy efficient and lasts longer than its counterpart. CFLs are more expensive because the price includes the disposal fee. It was introduced in North America in mid 1990s. Although it is more energy efficient than the incandescent lamps, its composition makes its disposal complicated. CFLs are known to contain mercury which is a very serious threat to the environment once disposed improperly. Mercury functions as the vapor inside the glass tubing of CFLs. Usually CFLs contains around 3-5 mg of Mercury; some have it as low as 1 mg. In essence, Mercury is utilized as vapor in a phosphor tube, which when electricity pass through, it produces short-wave UV (ultraviolet light) which causes the phosphor to fluoresce, therefore making visible light.

Mercury or Hydrargyrum or quicksilver is a liquid metal with a symbol Hg. Mercury is a poisonous chemical that can be derived from major deposits as cinnabar or mercuric sulfide, the reason for vermilion, the red pigment responsible for the reddening of the soil. The poisonous substance can be ingested or inhaled mercury vapor or by eating mercury contaminated fish. Mercury poisoning which is also known as mercurialism or hydrargyria is the disease that can be derived from exposure to mercury or its components. Acrodynia, Hunter Russell syndrome and Minamata disease are among the list of those mercury related diseases. It affects body senses such as impaired vision, hearing and speech. Disturbed sensation and lack of body coordination are also among the symptoms.

Imagine the world full of mercury-filled CFLs, time will come that the number one cause of human fatality is mercury poisoning. Steps are being taken into account for the eradication of CFLs. By the year 2015, the government of the United States of America will implement the banning of use of CFLs to stop the possible exposure to mercury. Although it is expected that many users of CFL will stop this banning procedure, a lot of informative measures are being given to the public to further understand why the government is pursuing this act.

When this thing comes into action and given that the incandescent bulbs will as well be phased-out, what can substitute CFLs as lighting solution? Majority are thinking that LED lamps are the next thing to be on the spot light to cater all the lighting requirement of the world.

LED lamps can be considered a viable means as alternative to the prevailing lighting system which are expected to be obsolete in the years to come. LED lamps are a lot more beneficial to employ than those two. Imagine the comfort one can have if for a long time, around 10 – 13 years, he will not be thinking of replacing bulbs and maintaining it. Additionally, LED lamps are comparatively using very low energy and still can give-out the equivalent brightness and luminance compared to its counterpart. Considering the price of purchasing LEDs, one just have to consider LED lighting as an investment that will definitely pay-off in the years to come.

Ample information should have to be distributed to further inform the public regarding the practical benefits of choosing LED bulbs over the other lighting options available today.