In these modern times, where a lot of stress is put on the importance of recycling and saving resources, one may wonder if it’s wise to use reconditioned electrical equipment. After all, it is a great way to save money and use materials that would otherwise be thrown out. But one also must consider safety which is key when you are thinking about any kind of electrical materials. Well, that truth is, there are some times when it is safe to use reconditioned electrical equipment, and other instances when it is not. Read on to find out the best ways to determine whether the reconditioned electrical equipment you are using is safe.

Many people believe that reconditioned electrical equipment is not safe. The truth is, sometimes it can be even safer than its original state. This can be the case when old parts are replaced with newer components that are safer and more efficient. However, that doesn’t mean that all reconditioning is done safely. Determining whether or not your replaced parts are in accordance with safety standards. A few prerequisites must be met by the company that is updating the equipment.

Although winter is still hanging around, it is time to dream about spring and the warmer temperatures that are just around the corner. After a season of closed windows, things tend to get a bit stuffy in the house. You are itching for a nice, refreshing breeze to roll through and make your home feel a little more comfortable and inviting. While opening your windows is always nice, sometimes it just isn’t possible. You can still stir up the air and get that feeling of fresh with the installation of a ceiling fan by an electrician. Beverly Hills homeowners who are looking forward to summer can get a jump on it by giving The Electric Connection a call.

Your ceiling fan will come in handy all year round, especially on those days when it isn’t quite warm enough to run the AC, but warm enough you need a little cool air. Open a window and turn on your new ceiling fan installed by an electrician in Beverly Hills. You will love the way the fan moves the fresh air around the room and prevents you from needing to turn on the air conditioner. This will save you some money on your electric bill as well. During the summer months, close the windows and let the fan move the cold air around generated by the AC. Again, it can help save you money on your electric bill by keeping the room cooler and lessening the amount of time your AC unit has to run.

Ceiling fans can be installed in any room, even if there isn’t currently a light fixture in the area. Your Beverly Hills electrician will install a new wiring setup and make the hole in the ceiling to accommodate the fan. It is a fairly straightforward process and you will be enjoying your new ceiling fan in no time. Give The Electric Connection a call today and schedule your ceiling fan installation.

A home battery can solve a lot of problems. With enough storage, you can buy electricity when it's cheapest, then dole it out when you need it. Plus, you'll be protected in case of a blackout. Until very recently, the technology for a practical home battery system wasn’t powerful enough to keep the average home humming. However, several companies are now producing or developing home batteries that can change the way we power our residential electrical work.

High Generating Costs at the Margins

Many areas of the country are shifting toward variable time-of-day pricing models for utilities, in which electricity typically costs more during the day and less at night. Utilities want to incentivize daytime conservation because they need to meet the demand at any given time or risk brownouts. Since demand is much higher during the day, utility companies needs to bring on extra generating equipment, which is expensive. The more they can smooth out demand so they can produce similar amounts of electricity around the clock, the lower the overall costs will be.

That's where batteries come in. There's no way around consuming more power during the day – that's when Americans typically use their electrical work to power air conditioning, televisions, computers and other appliances. However, with enough home storage capacity, you can purchase electricity at night and store it in your home battery until you need it. That way, you pay less, the utility can ameliorate its variable demand problem, and everybody wins.

Competition Hits the Market

Tesla Motors was one of the first companies in the home battery field with its Powerwall, but now other competitors are swiftly preparing to hit the market. Currently, LG Chem and Samsung SDI are working on their own battery models, with LG Chem's product projected to be available in North America before the end of the year.

Globally, the home battery market could grow nearly tenfold, from $388 million today to $3.2 billion by 2020, according to Business Korea. The home battery field is poised to grow hand-in-hand with that of batteries for electric cars, since the technologies have a lot of overlap – in fact, some experts project that electric cars themselves will soon serve a second function as an energy storage unit for your home. They won't be as practical as stand-alone batteries for many families, since the cars are liable to be away from home during the day when the electricity is needed, but they can add capacity in an emergency.

A Helping Hand for Your Storage Capacity

We're just at the start of what promises to be a revolution in home energy storage options. For more information about what home batteries are available in your area, or if you need any other residential electrical work, contact an expert electrician today.

The kitchen can be an accident-prone area. It can be the busy hub of the house, hosting multiple people and activities at a time. With a variety of large and small electrical appliances being used close to water, there are many potential hazards. Use these safety electrical tips to stay safe in the kitchen and avoid accidents.

Depending on how large or small your kitchen is, counter space can quickly disappear. While cooking a meal you can find yourself using multiple appliances including the stove. If you are not careful a cord from a blender can soon come in contact with a hot stove surface or a toaster oven. If it is left unattended the protective layer on the outside of the electrical wire will begin to heat up and melt. This damage will expose the inner wires and an electrical fire can start. When setting up an appliance on your counter, tuck the cable into a safe spot and keep track of the hot surfaces to avoid.

When baking or washing dishes water can make its way into just about any area. This can cause electrical shock and damage to appliances. Be extra cautions when using liquids around electrical cables and keep spills away from the outlet. To take it a step further you can use outlet covers on unused outlets to avoid liquids splashing into the sockets.

Fridges, freezers, ovens, and microwaves require a high amount of power. Their electrical demand can put a lot of stress on circuits in the home. By putting too many appliances on the same socket and circuit it will cause the breaker to trip. While this may seam like a temporary inconvenience, it is an indication of a larger problem. If this is an on going theme in your kitchen, it may be time to reorganize the arrangement of cables or upgrade your electrical circuits. The damage to appliances will cost a lot more in the long run.

When looking down the sides of your cabinets and counters you can find a lot of crumbs and dirt that you never noticed. Over the years this type of debris can collect behind appliances you never check. If this food is too close to an electrical outlet it could heat up and potential cause a fire. Make an appointment to check around all the outlets of your kitchen and clear out the dust, dirt, and food. While your guests may not be looking in these areas, this maintenance can avoid potential costly fires.

We know that when you are in the kitchen you are likely working overtime. But it is important to take some time to review your family’s safety in the kitchen. If you have questions about your kitchen’s electrical setup or potential issues you have noticed, contact Expert Electric at 604-681-8338.

Most of us will not be leaders with the ability to speak and the bravery to act as Martin Luther King, Jr., but we can change the world for the better in small ways.  Even one bulb at a time…

The world of illumination is changing quickly and advancing into a new frontier with light sources that are more durable, more energy-efficient and better for the natural environment.  While we still have a choice, future lighting installations with LED (light emitting diode) lamps will provide the best light for your home or office space.

To make the best choice, there are a few lighting facts you should know.  All LEDs are not created equal, so read on to educate yourself and make a change to LED with confidence.

Learn what light sources are available and the limitations and benefits of each light source, so that you may choose the best one for each application.

•The right lighting will always help you look better, feel better and perform to the best of your ability.

•The right lighting will always be energy-efficient.

•The right lighting will always work well with the natural environment, making the most of sunlight streaming in during the day and delivering illumination in the most eco-friendly manner.

•The right lighting will last.  Choose good quality bulbs and light fixtures that are guaranteed to provide excellent illumination, equipped with fine finishes and components that are durable.

1.  KNOW YOUR BRIGHTNESS LEVELS IN LUMENS

New bulb cartons are required to prominently display the brightness level (measured in lumens (lm)).  In the past we have determined bulb brightness in terms of energy consumption in watts (W), but now we must learn to think in lumens (lm).  Here is a quick conversion chart to help get you started:

Lumens            Old Incandescent                                             LED

2600 lm————→150W——————————–→25-28 W

1600 lm———— →100W——————————–→16-20 W

1100 lm————→75W———————————-→9-13 W

800 lm————-→60W———————————-→8-12 W

450 lm————-→40W———————————-→6-9 W

2.  CHECK OUT COLOR QUALITY:   Correlated Color Temperature (CCT) and Color Rendering Index (CRI))

•CCT is measured in Kelvin’s (K) and is an important factor determining the quality of light for your specific application: Warm White or Soft White is about  2700-3500 Kelvin’s (K) and Bright White light is about 4000 K+

•CRI is measured on a scale of 0-100 and is an important measure of the degree to which your light source will show the true colors of all that is being illuminated.  Color rendering for decorative indoor lighting applications should be between 85-100.

3.  FACTOR IN DIMMING CAPABILITY

Most dimmers work by reducing the amount of electricity sent to the bulb.  But with LED the correlation between brightness and energy consumption is much different than with incandescent illumination.

Because of this difference, LEDs are not always compatible with traditional dimmer switches.  You either have to replace your switch with one that is compatible with LED or look for replacement LED bulbs that are compatible with standard incandescent dimmers.

4.  FIND SUITABLE BULB-TO-LIGHT FIXTURE MATCH-UPS

The reflector and fixture type will play a significant role in determining the light output from the light source (bulb).  Look at colored lenses and fitters, as well as shades and shielding to determine how they will help steer and direct your desired level of illumination.

When looking to replace an incandescent bulb with an LED bulb in a lighting fixture where the bulb will be totally enclosed, be sure to check that your LED is specifically made for an enclosed or recessed light fixture.  LED bulbs run cooler than others, but they do produce heat. To protect the quality of the LED chip and the performance of your LED light source, LED fixtures are specifically engineered to provide adequate heat-sinking.

5.  BEWARE OF THE LOWEST “BINNER” and COMPARE PRICE VS. QUALITY

“Binning” is the process by which LED chips are sorted.

Prior to being marketed in fixtures or light bulbs, LED chips are sorted into bins according to their light output (lumen output) and color temperature.  There are clear standards set to measure the lumen output of each LED chip.  LEDs chosen from bins with higher lumen output are of better quality.

Color temperature is determined by matching up each LED according to a chromatic line grid for a specific color temperature.   LEDs chosen from larger bins contain more color variation and are not as bright.

Due to the process of “binning,” LED chips vary in their quality—especially in relation to their lumen output and color, so it is important to purchase LED light bulbs and LED light fixtures from a reputable dealer.

Philips medium base LED

Philips LED reflector, perfect for landscape and outdoor lighting applications

Dimmable LED from Philips

Kolour One LED bulb offers full 180 degree illumination

Look for all new LED bulbs from Philips, Kolour One, Satco and Bulbrite, now available at 1800lighting.com