We are all quite aware that ever since B. Franklin decided to go outside with his kite in the midst of a thunderstorm, this thing called electricity pretty much rules our life. To understand this, you must recall what it felt like that one time your power went out for the entire day. This meant nothing worked, no computer, no refrigerator, no television and not to mention no Wi-Fi!

We know that electricity plays an important role in people’s lives from the moment they wake up to the time they go to sleep. Since electricity is always available, people usually don’t think twice about how important it is in terms of complementing their lives. Electricity makes our lives comfortable. People are so accustomed to using electricity in a range of activities. When at home, electricity is used for lighting, air conditioning, , cooking food, using computers, watching TV, and operating other appliances and devices. With the help of electricity, people function better at night because electricity has enabled them to see even through the dark. Gee, thanks Benjamin Franklin!

However, there might come times when you should find yourself encountering problems with the wiring or any other electrical work. Often, homeowners decide to feed their ego when they think these are problems they can easily fix on their own, which is highly untrue. Whenever someone who lacks knowledge, experience and training to deal with electrical issues deals with electrical issues, it has catastrophic results.

Before you decide to put your hand inside the fuse box, you must know how power works, how it moves and what could happen should you be electrocuted. I am guessing these are things you didn’t think about as you didn’t even consider the possibility of something going wrong. Don’t fret, as you can easily call in a certified electrician.

Underrated as they may be, they are the reason the wiring in your house doesn’t go bonkers and burns your house. Certified electricians not only know their work inside out but they also adhere to the best practices and follow the guidelines and rules laid down by the state. You can rest assured they will deliver a level of service that ensures peace of mind for you.

Remember José from two blocks down? He hired an electrician who wasn’t certified and he had to get whole new electrical wiring done for his house at a great cost. Do you want to be that guy?

To conclude, there are numerous benefits of hiring a certified electrician for any electrical work you have around the house. Even the government trusts their capability, so why shouldn’t you! So, before you call the first electrician you find in the directory, ask whether or not they are licensed.

Now when most people would be shy asking, and most electricians offended when asked for a licence, you should know it is within your rights to ask for it. Should something go wrong, you are liable legally while certified and licensed electricians take full responsibility for their work and the leading ones guarantee the quality of their work. Now, think about that the next time you feel shy or reserved asking for a licence when hiring an electrician for electrical work. It will go a long way, my friend.

High bay fixtures are a critical part to any high ceiling building. Since these high bays require such large lumen output, the cost to run them can be high. By converting to LED high bays, you are able to reduce your energy consumption in your most energy intensive fixtures by up to 75%.

In this post, we are going to cover (non-comparatively) 5 top types of LED high bay lights for this year, 2017. While not every item on this list will apply to you and your building, there will surely be one or two for your needs if you currently use high bay lights in your facility.

If at any time you come across a question, want more information, or are actually interested in implementing LED into your building;

These traditional commercial high bay lighting fixtures look a lot like what we think a normal high bay should look like. They are reminiscent of traditional style Metal Halide and High Pressure Sodium high bays and offer your typical round high bay look.

These high bay LED fixtures can replace both 400W and 1000W Metal Halide. The smallest unit is 80W producing 10,240 lumens. There is a 160W unit producing 19,200 lumens. This would be a good 400W Metal Halide replacement. And the largest unit at 400W produces 51,200 lumens. That’s 128 lumens/watt. And, USA Made backed with a 10 year warranty.

These LED high bay Lighting fixtures look a lot like a troffer style panel. The advantages of this type of fixture are the LEDs are spread over a larger area. This has 2 main advantages – Great light distribution and large heat sink. It is important to realize these lights are particularly good at light distribution, creating an even distribution.

These high bay LEDs can replace both 400W and 1000W Metal Halide. The smallest unit is 120W producing 15,360 lumens. There is a 150W unit producing 19,200 lumens and the largest unit at 300W produces 38,400 lumens. USA Made backed with a 10 year warranty like the traditional style high bay.

A retrofit kit utilizes your existing fixture and replaces the bulb and ballast with the LED head and the LED driver. These retrofits can be significantly more economical than replacing the entire fixture, for obvious and not-so-obvious reasons. One of which being it’s cheaper to buy. Another being it’s (typically) cheaper to install as well. For this reason, our high bay retrofit kits HAD to make it on the list of the best high bay lighting options.

Decorative LED path lights are the perfect gift for dads who want to add an upscale look to their yard. Shade styles include mushroom, frosted glass, offset cone, or hammered cone, and offset linear light heads are also available to direct illumination exactly where it’s needed. These LED path lights can be used for numerous applications, such as garden lights, patio lights, driveway lights, walkway lights, or sidewalk lights. The long-lasting fixtures emit up to 155 lumens of warm white illumination. They’re constructed of powder coated bronze or black aluminum and are weatherproof as well as rust resistant. Each path light comes with a screw-on ground stake.

This easy-to-install, low-profile light mounts directly to a junction box or in a can light housing. It’s perfect for low ceilings, basement, garage, hallway, closet, bathroom, workshop, and shed lighting. The long-lasting LED ceiling light consumes eight times less power than incandescent bulbs with equivalent output. It emits up to 1,100 lumens of natural white or warm white illumination and has a high color-rendering index (CRI) to show the true colors of objects and surroundings. A removable E26/E27 Edison screw base is included along with hardware for mounting to a junction box or in a can light housing.

Help him enhance the look of his boat while increasing nighttime visibility! LED underwater boat lights can be used as transom lights for colorful wakes, attracting fish, or for nighttime swimming and diving. Single-, double-, and triple-lens versions are available, and the underwater lights produce powerful red, green, blue, white, or RGB color-changing illumination. RGB underwater lights are capable of nine dynamic color-changing and single-color modes with an RGB controller and RF remote (sold separately). The LED lights are designed to last 42 times longer than underwater lights with incandescent bulbs.

Almost everything nowadays operates on electricity. The modern conveniences that drive our world depend on electricity. Without a constant supply, our world grinds to a halt, as massive blackouts have proven in the past. Electricity has two forms in modern electronics: AC and DC.

AC (alternating current), is most frequently used in devices that require high amounts of power to operate.

DC (direct current), is more commonly found in devices requiring smaller amounts of power to operate.

DC was the original electricity that was created by Thomas Edison. This style of electricity sends a current in only a single direction, from a power source and to the power source again in a loop. Today, DC is used to power electronics that require batteries. Any device in your home that uses batteries uses DC current. Interesting to note, if your battery is plugged into the power supply to recharge, it transforms AC current into DC.

Direct current is also used in manufacturing situations where electricity is generated on site for personal use. Factories and mills that require vast amounts of energy often create their own DC current to power their machinery. Most commonly, DC is found in steel mills, aluminum production, and is used to power mass transportation in large urban centers in the form of electric streetcars.

AC power is easier to generate, which is why we use it as our standard electricity nowadays. The alternating current design allows energy to flow in both directions, making electricity easier to create and use in society. Regardless of where the current is moving, it is always moving in both directions at once. This results in current being present at every point in the power grid at every time as long as the connection to the generation unit is intact. The power that comes from the power plants, down the lines to our homes, is always AC in nature, thanks to the way our modern power grid is set up.

The power grid operates by creating AC current and sending it down the power lines. This current can be at whatever intensity the power company chooses.

Frequently, the electricity coming from these lines is far too powerful to be used in our homes. The transformers that we see on power poles transform the electricity from its high-powered state into something that our homes can use. Without the transformers, we wouldn’t be able to use the power that our society depends on.

Regardless of the style that we use in our devices and our homes, electricity plays an important role in society. Without both AC and DC electricity, we wouldn’t have those things that make modern life as comfortable as it is.

When it comes to electricity usage, an electric stove is a powerhouse. Consequently, you can't just plug them into the standard 110 volt outlets that are most common in the United States – most stoves require a special 220 volt outlet instead. If you are building or remodeling a kitchen, read on for a rundown on how to install one of these special outlets. However, remember that installing an outlet or performing other electrical work is not for amateurs. If you have any doubt about your own experience or qualifications, ask an electrician for help instead of embarking on a tricky and potentially dangerous operation.

All the Voltage You Need

A 220 volt outlet allows the stove to draw more power so it can quickly generate and maintain heat. The same heavy duty outlets are also used for big-ticket appliances like electric dryers and water heaters, occasionally with minor modifications.

The first step in installing an outlet, as with all electric work, is to shut down the power at the source. Open up your circuit box and switch the main disconnect to OFF, turning off the electricity to your entire home. You should double check that you've cut the power by trying some lights or devices to eliminate any risk of electrocuting yourself once you start dealing with wiring.

Breakers, Cables and Outlets

Next, you need to install a switch in the circuit box to control your new outlet. Look for two open slots in a row to ensure room to install a double-wide circuit breaker switch, then install it following the manufacturer’s instructions. You'll need to install a connector into the side of the circuit box as well so that you can connect the electrical cable inside the box. If you feel unsure at this or any other point and need help, just ask. An electrician will be able to make sure that your installation is done safely and effectively.

Next, run the cable through the wall to the area where you want to locate the outlet. You may need to drill holes in the home’s frame to allow the cable to reach the kitchen without interfering with other wiring or utility systems. When everything is lined up, strip away the insulation at the end of the cable and connect it to your new outlet. Screw the outlet into the wall and you're almost ready to go.

Ready to Start Cooking

Finally, you need to run the cable through the connecter that you installed in the circuit box, and then wire it into the circuit breaker. Don't forget to hook up the grounding terminal as well. When you're confident that everything is wired correctly, turn the new outlet's breaker to the off position and switch the main power to the house back on. Turn on the new breaker and test the outlet with a voltmeter to ensure that it's receiving the proper amount of power. Only then are you ready to start cooking.

Note that the exact process of wiring the outlet and the breaker involve quite a bit of detail, so you must carefully read all instructions that come with your outlet kit. If at any point you run into trouble or don't feel comfortable, ask an electrician to come lend a helping hand.