A workshop is a place full of productivity. Filled with tools and devices, this small hub can produce the most amazing and practical creations – but in order to keep it operating, there needs to be a significant amount of electricity. To keep your workshop running smoothly, here are some things to consider when it comes to the electrical setup.

Lighting is extremely important in the workshop. Often our workshops are found in a garage or a dark room off the home. In order to see all the intricate details and get your cuts just right you need to be able to see what you’re doing. Don’t compromise safety by working in a dimly lit room – install proper light fixtures. The most common electrical fixtures are fluorescent overhead, these are easy to install, energy efficient, and provide sufficient lighting. Correctly placing these around your workshop will help brighten up your workspace and allow you to move about freely without adjusting lamps. Another option to consider is track lighting. With track lighting and floodlights you can adjust the lights to cover your workspace and provide vivid lighting to the area that needs it the most. When installing these light fixtures it is important that everything is connected correctly. You don’t want your lights shorting out, flickering, or causing interrupts for your tools.

In addition to the electricity consumed by workspace lighting, you have a number of high-powered tools constantly in use. From table saws to routers, there is always a strain on your electrical system to power these tools. When setting up your workshop, it is a good idea to place the circuits on their own breaker separate from the rest of the house. This will prevent other appliances and electronics in the house from causing trips in the breaker when activated simultaneously while other tools are in use.

Another option to consider is to install a surge protector on the breaker that is being used for your workshop. The last thing you want is to have all your expensive equipment damaged by an electrical surge.

Lastly, ensure that GCFI receptacles are installed in the workshop. These outlets will shut off immediately to prevent the risk of electrical shock if a danger becomes present. These receptacles should be installed correctly for them to work properly. You will also need them placed around your workshop correctly so you do not need to constantly adjust the position of your tools.

Setting up a workshop can be complex and if not done properly, it can also be dangerous. We recommend that if you have a workshop at home or a business, that you have an expert electrician review the electrical setup and bring everything up to code for maximum safety.

At times, building codes can seem like a hassle that only create more work. But the truth is that these codes are put into place to keep us safe. Just like how a poorly formed foundation can cause massive damage to your home, cutting corners in electrical wiring could cost you your entire house. Whether you’ve purchased a new home, are trying to sell your existing home, or you just don’t know, its a good idea to bring your home up to the electrical code.

The best way to start bringing your home up to code is to target critical areas. These are places that see heavy electrical usage and potentially hazardous situations. Areas such as bathrooms and kitchen are very important to have up to standards. In the bathroom moisture can eat corrode wires and outlets which can cause electrocution. The kitchen also uses the largest, energy using appliances in your home. These outlets should be safe and grounded; if they are not, it can cause fatal injury.

In addition to these locations, there are several other places that should be targeted:

The best way to ensure that your home is up to code is to have a home inspection by a professional. With the long list of potential problems, only a professional can identify the work that needs to be completed. Especially when buying and selling a home, it is important to bring it up to code.

We all know that switching off the lights when not in use is a good thing; but we often leave the lights on even when we leave a room or aren’t using a particular space. This can result in an increase in our utility bills in the long term.

In many urban houses, electricity is wasted more than it is used. There are a number of devices on the market today that save a considerable amount of energy. Installing these controls would help in decreasing your bill in a significant way. Here are some of the devices that help save energy in your home:

These devices are largely used for security lighting installation. They detect movement and will switch on the lights connected to the system. They can be installed on the porch as well as the indoor spaces of your home. Installing different types of security lights in the outdoor and indoor areas of your home can be expensive.

However, installing motion detectors on your lawn or on floodlights directed towards your porch will add to the security of your property and help save electricity as well. The lights won’t consume an excess amount of energy and will be switched on only when any motion is detected. They can be customized to be turned off during the daytime.

LED lights are up to 80% more energy-efficient when compared to traditional lighting. The latter generate heat which results in energy-loss. However, in the case of LED lights, only around 5% of the energy gets converted into heat and more than 95% is converted into light. They are environment-friendly and an 84 watt fluorescent bulb can be replaced with a 34 watt LED and will emit the same amount of light. While the upfront cost of LED bulbs is higher than that of halogen or fluorescent bulbs, they can last for up to 50,000 hours and provide value in the long term.

This is a more technologically sophisticated version of motion detectors. These sensors are specially designed for indoor spaces. They turn on the lights automatically when someone enters the room, and turn them off when they leave. Ultrasonic sensors can pick up sounds and detect if someone is in the room; they trigger the lighting system in the room. But these sensors aren’t of much use in quiet environments. Infrared sensors are useful in these settings as they detect both – body heat as well as movement.

These devices are installed in areas such as basements, where artificial light is needed and there is less of ambient light. These sensors turn off the lights when they detect daylight and automatically turn them on when it gets dark; this saves a lot of energy. Many of these products can be customized to your needs. You can change the level of brightness at which the lights get switched off and on. These technologically advanced devices add to the energy-efficiency of your property.

Even though the summer brings high temperatures, don’t let it bring high electric bills with it as well. Did you know that you could find huge savings on your electric bill in your attic? With functioning attic ventilators, savings can be yours. Let the experts at Mr. Electric® help you understand what method will be of greatest benefit to you.

Brad Richards with Mr. Electric of Tucson offers his expert opinion on attic ventilators and will explain how to save money on your electric bill in the summertime.

Mr. Electric: What exactly does an attic ventilator do?

Brad Richards: An attic ventilator fan is essential in the summer because it evacuates the hot air that accumulates during the day from the attic and draws air in from the outside. Think of it as a means of cycling the trapped air out with fresh air from the outside. It ensures that the temperature of the air in the attic is closer to the air temperature outside. With stagnant air, the sunlight on the roof heats the air inside the attic greatly. It is best to evacuate that hot air in the summertime so that you can save money on your cooling. If you’re air conditioning unit (A/C) is running and you don’t have a functioning attic ventilator, your attic is acting like a radiant heater while you’re A/C is trying to cool the room at the same time. Essentially, they are working against each other and costing you more money.

Mr. Electric: What are the different types of attic ventilators?

Brad Richards: There are two types. One of them is a roof-top unit that draws air directly out through the roof and pushes outside air into the attic to regulate the temperature. The other type is a 120-watt gable fan system. This system consists of one fan that blows air into the attic and another fan that blows air outside, creating airflow that is constant to reduce the temperature in the attic. The gables are triangular in shape and are located on opposite ends from each other on the sides of the attic.

With both types of ventilation systems, there is a solar option. The system that we recommend most often is the roof-top solar fan. Hot air rises and the fan tends to pull the air up and out of the attic, while both gable openings are open for the fresh air to come in. This is the most efficient and best money saver because when the sun comes up, the solar cells power the fan and the fan speeds up the more the sun becomes more direct. Then, when the sun goes down, it naturally turns itself off because there’s no more direct sunlight on the attic.

Mr. Electric: What are the benefits of a homeowner installing an attic ventilator?

Brad Richards: The number-one benefit of having an attic ventilator in the summer is you are able to keep your home cooler for less money. Solar-powered fans offer an even higher return on investment because you aren’t paying for electricity to run the fan. Using natural sunlight to cool your attic is a great way for homeowners to save money in the process.

Mr. Electric: Do you have any additional tips or recommendations?

Brad Richards: Regardless of whether you choose roof-top vents, gable fans, or solar powered fans, any home in the summer would benefit from attic ventilation. In other words, if you have an attic, there is a benefit to having ventilation.

For more information about attic ventilators and how they can benefit you, your home and your wallet, check out this article from the experts at Mr. Electric. 

There are numerous different ways in which an electrical fire can break out in the home and a number of ways to prevent it as well. Today, you will find there are a large number of electrical system protection devices on the market and this can make it a little difficult to decide which one will work best for your setting.

One effective installation you can use to prevent electrical fires in your home is an custom solutions to residential and commercial clients across Sydney.