You’re all packed for your trip, and you think you have thought of everything your family will need while away, but it is important to consider how to keep your home protected while you are gone. Taking a few steps to ensure your home safety while away on vacation can lend great peace of mind as you travel and relax on your vacation. Here are a few action items you should consider to prevent break-ins and add to your peace of mind while you are away from home.

If newspapers are piling up on your porch, it is easy to guess that nobody is home. Hold services can often be placed online, so you can have all your mail and papers delivered once you return.

Keeping the lawn trimmed while you are out will keep up the appearance of your home being inhabited and add to your home safety while away on vacation. You can hire a service to take care of cutting the lawn, or maybe you have a friend who can help keep the front yard from looking abandoned. Thieves are lazy, so if it looks like you’re home, they’ll move on.

Use timers to turn your inside lights on at the right times some downstairs some upstairs and to keep the outdoor lights on at night only. It’s a little thing, but having the porch light on all day may be a giveaway that the lights are one but nobody is home.

Of course, a window can be broken, but it is easier for a thief to keep a low profile by opening doors or windows that may be easy targets. Install deadbolts on exterior doors and keep a dowel or good window lock on all windows.

It is a good idea to look at all your faucets indoors and out to make sure they are not leaking. You would not want to come home from vacation to find interior flooding from a sink that should not have been left running.

Having adequate coverage against theft will insure that you can recover your losses should you have a break-in.

By taking a few extra steps before heading off on your travels, you can add to your home safety while away on vacation. Get your home well protected, and take care of safety details now so that you can avoid worries while you are out.

Some winters pass quietly, others live in infamy. As one of the latter, this winter many of you may have had to resort to a “by any means necessary” approach to staying warm. Hopefully you had carbon monoxide detectors in your home to help you make it through safely. Manage without them? You might want to seriously consider the addition of these useful appliances.

Who needs a carbon monoxide detector? Anyone using any type of combustion heating such as wood stoves, fireplaces of any kind, gas and oil furnaces, in addition to gas appliances such as water heaters, stoves, and more. The incomplete combustion of fossil fuels such as coal, wood, charcoal, kerosene, propane, and natural gas used to power these items naturally produces CO (carbon monoxide) fumes. If you made it through this winter without a detector – great! But don’t push your luck. CO is the number one cause of poisoning deaths in the U.S. The Consumer Products Safety Commission (CPSC) reports 200 people are killed each year from accidental CO poisoning, with another 5,000 injured. Chimneys get clogged, appliances malfunction or suffer venting issues, and today’s airtight homes increase the chance of CO accumulation. In short, stuff happens – be prepared!

We love carbon monoxide detectors. Why?

How they work Though design varies slightly by model, carbon monoxide detectors use a CO gas sensor to identify and measure the concentration of carbon monoxide in your home in parts per million (ppm). When dangerous levels are detected, an electronic pulse is sent to activate the alarm – the higher the levels, the faster the response.

Are your carbon monoxide detectors safely installed?

Know the signs of CO poisoning so you can react quickly:

Need to add a few carbon monoxide detectors to your home? Contact Mr. Electric® today. Our professionals technicians use the latest in technology to ensure the safety of you and your family.

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.

As a Top Plano Electrician, I know better than anyone how powerful and useful electricity is. It also makes me more aware of what most people tend to ignore or forget: electricity is dangerous. Electricians are required by law to carry insurance, and for good reasons. Electric current is capable of starting fires and destroying your property and equipment in a matter of moments. The proper safety precautions really can save lives, and there‘s always something we can do to improve home safety.

One of the most important precautions is located in your electrical panel: the circuit breaker. It is designed to keep you from using more electricity than the wiring or receptacle can handle at one time, what we refer to as overcurrent protection. This protects your wiring from taking on too much current, which can cause the coating around your wiring to melt, the leading cause of electrical fires. Circuit breakers serve another purpose as well; not only to protect from surges coming from outside your home, but from potential hazards within it as well. Current flowing through a failed piece of equipment or appliance can cause sparks, which have the potential to start fires or damage other electrical devices. A properly functioning circuit breaker can shut off the power to this device. It’s very important, however, that you use a circuit breaker of the proper size for the circuit to ensure that your wiring is properly protected.

Circuit breakers come in specialty varieties as well; the most important are ground fault circuit breakers (GFCI), for wet locations, and arc fault circuit breakers (AFCI). AFCI’s, in particular, can help prevent some of the most common dangerous situations in your home.

I’ve dealt with plenty of cases where electrical fires have started because people ran an extension cord under the carpet, so that they can power the lamp in the center of the room. Over time, people walking over the cord stretches out the wiring, making it so thin that the current overloads the thinly stretched wire, creating an arc fault; the electricity “jumps” the wire, completing the circuit in a way the cord can’t handle and generating heat that starts a fire. Arc fault circuit breakers prevent this by shutting the circuit down when the arc fault occurs.

So what do you need to know about arc fault circuit breakers? To start with, by code AFCI’s should be installed on any circuit that isn’t protected by a GFCI or directly wired into an appliance. It’s in your best interest to have your safety devices routinely inspected to maintain their optimum performance and capabilities; in particular, your circuit breakers should be inspected at least once a year. The inspection process is quick and relatively inexpensive, and something that simple really can save the lives of you and your family.

A recent KXAN news report featured the story of a Round Rock couple who built their home specifically for energy efficiency. Beginning with a strong metal roof designed to support the weight of solar panels, they installed 24 panels which generate ample amounts of electric current.

In winter months, their electric bills are very low. However, as spring and summer months bring greater levels of heat and sunlight, their electricity bills fall into a negative zone. That’s because their photovoltaic panels are producing more electricity than their home consumes. To further reduce electrical consumption, the couple has replaced many incandescent lights with solid state lighting. Special skylights called “solar tubes” provide bright interior lighting during daylight hours, making their home even more efficient. Efficient foam insulation and a roof design which provides longer overhangs shades the walls and further reduces the electricity needed for cooling the home. In addition to this, their home’s heating and cooling unit uses a geothermal well. For more information, click on this web link: News Link