Electricians provide a wide variety of services from tracking down the rogue outlet that keeps tripping the breaker to installing ceiling fans or lighting. Additionally, an electrician can install new home wiring or repair problems that already exist and need to be addressed. Sometimes you inherit electrical problems when you move into a pre-existing home that need to be resolved. Here are some signs that you may need to hire an electrician to upgrade the wiring in your home.

Unlike many other appliances or home features, age isn’t always the best indicator for when wiring needs to be updated. That being said, having an electrician come out to inspect the entire electrical system and having that information on hand is important. If you suspect that something may be wrong, don’t know when the last time an inspection was done, or your home was built in a year that used suspect electrical systems, call your Top Rated Local® electrician today.

The next time you get the chance, take a good, long look at your home’s outlets. What do they look like? Do they have three-prongs or only two? If you have a variety of two-pronged outlets it’s time to give an electrician a call. Two-prong outlets are ungrounded, unlike three-prong, which means that they can be a fire hazard. The outlets either need to be changed to three-prong and attached with a grounding wire or they need to be replaced by GFCI outlets in order to protect homeowners. An electrician is best to evaluate your specific home’s needs.

Above we mentioned homes being built during years that have suspect electrical elements. Aluminum wiring is the perfect example of this. During the 1960s and 70s, many homes were constructed utilizing aluminum wiring instead of copper. Over time, aluminum wiring will loosen, making it easier for fires to start when the outlet is in use. An electrician can let you know if your home is at risk and what to do about it.

Contact the Electrical Gurus if you think your home may need a wiring upgrade!

It is important to know the basic information about workplace electrical risks and prevention, especially if you are working in the Here are some of the most common workplace electrical risks:

Faulty Equipment: Equipment that isn’t working properly can cause electrical shocks. These shocks can cause serious injury in and of themselves, but can also lead to workers falling off ladders or other platforms. Faulty equipment and electrical appliances can also cause fires.

Misuse of Equipment: Workers who do not have adequate training on certain pieces of equipment may not follow all the necessary safety precautions. This can result in electrical shocks or fire.

Misperceptions: Workers may be working on or near equipment which they thought which they thought was dead but is actually live.

If you are working around electrical equipment, it is highly likely that you might encounter workplace electrical risks on a daily basis. Raising awareness for you and your co-workers, in addition to proper care and maintenance of electrical equipment is key in preventing hazards, injury and damage.  That’s why it’s so important to familiarize yourself with potential dangers, learn how to avoid them, and be prepared in case of emergency. Good luck keeping yourself and your workplace safe.

The commercial electricity for HVAC systems accounts for about 50 percent of a building’s total energy consumption. Being one of the major energy costs in a manufacturing facility, it dominates the building’s peak electricity demand. As such, improving the system’s efficiency, in order to cut energy costs, should be every facility manager’s priority.

The energy consumption depends on the climate, comfort preferences, building design, insulation, the timing of use, the size of the HVAC system, heat generated by electrical equipment, and other site-specific factors.

Building owners and businesses can reduce their energy costs by combining several measures that increase an HVAC system’s efficiency while reducing the demand for heating and cooling.

When selecting HVAC systems, pay attention to its design and controls. Components such as motors can impact heavily on the running costs of equipment because some are usually oversized to meet peak demands. An ideal system should have more variable speed control, inverter controls, economizers, demand controlled ventilation, advanced sensors and monitoring, as well as superior diagnostics. In addition, the system should be the appropriate size; not too small or oversized.

By controlling and running the HVAC motors at speeds based on the heating or cooling needs, consumers are able to realize energy savings of between 30 and 50 percent compared to the conventional constant speed operations. Most manufacturers prefer newer algorithm-driven smart microprocessors.

These provide a refined speed control that responds to the changing load in the building. Instead of using on and off cycling, these controls adjust the system according to the actual cooling or heating needs of the facility. More functions can be added through software add-ons as opposed to costly hardware upgrades.

Some of the ways to optimize HVAC systems include the use of thermostats and control systems, locating the HVAC unit in the best place possible, and modifying the ventilation and distribution. These are discussed more fully below:

A HVAC energy audit helps in identifying the operational deficiencies, hence allowing the building manager to take the necessary measures to enhance performance. The audit is often necessary because it helps in determining the amount of energy use, maintenance and upgrade requirements.

Consumers can then reduce their energy costs by optimizing, replacing or retrofitting the HVAC system to become more energy efficient. This not only increases efficiency and reduces the amount of commercial electricity for the HVAC system, but also improves the air quality.