The use of electricity understandably increases during winter when sunlight is limited, the days are shorter and the temperatures down to freezing. The need for warmth and the desire to stay indoors translates to an increase in the use of electricity, which in turn increases the risks that are associated with electricity.

There are several electricity-related problems associated with winter that can affect homeowners during this season. People who own homes should be extra vigilant because among other things, the severe weather can cause power outages, fluctuations and other electrical hazards following heavy snow, rain and strong winds. These power abnormalities are the ones that cause all manner of trouble in homes and other places where electricity is in use.

Preparedness is the key to ensuring you as a homeowner, stay safe from electrical hazards during the winter months. Below are some basic electrical tips that always help in getting ready for winter in this regard:

All bathroom spaces have high levels of humidity and moisture and this is unavoidable. However, if the moisture is allowed to linger in the air for a very long time without being vented out of the space, it can result in mould and mildew growth on the grouting, the drywall structure as well as along the window ceilings and air conditioning ducts and can damage other aspects of your home’s structure as well.

In some cases, water damage may also occur which can become expensive to fix. That is why every bathroom in your home or commercial property should have an exhaust fan installation to suck out the moisture from the air and release it outside the structure. This may seem like an easy job and DIY enthusiasts sometimes feel, it’s a job they would be able to manage themselves.

But the fact is it’s never a good idea to play with electricity. Even something as seemingly simple as an exhaust fan installation can pose the risk of electrocution or death when handled incorrectly. The bathroom exhaust fan installation has to be handled with care, primarily due to the high moisture content interacting with the electricity that’s running through your exhaust fan.

The world is getting more connected, and machines are collecting massive amounts of data about consumer habits. In the energy sector, the rise of big data is poised to revolutionize the way utility companies provide electricity to homeowners. That's good news for you – the more information you have at hand, the more opportunities you’ll have to save money. Read on to find out how big data may affect you in the near future.

Machines Learning the Patterns

Analyzing the patterns inside the enormous amounts of information provided by big data is known as machine learning. By letting computers do the heavy lifting, analysts can discover trends and efficiencies that no one would ever think to look for. Ultimately, what we learn from data analysis will trickle down and impact your interactions with any appliance or device that is electrical. Work conducted by machines will show humans the best way to move forward.

IntelligentUtility.com recently listed seven ways that machine learning can affect the relationship between you and your utility provider:

In the meantime, if you need tips about how to save energy or need electrical work performed on your home, call a qualified electrician today.

Electrical motors are wonderful devices that are used in a myriad of ways, making things easier in our daily lives as well as a wide range of industrial applications. When these gadgets fail, work often grinds to a halt till they’re back up and running, and the reasons for electrical motor failure can range from the commonplace to the bizarre.

While the list of possible causes can go on forever, we’ll take a look at some of the most common ones here:

Exposure to high heat is a top culprit for all kinds of equipment failure, and ranks as the number one reason for motor malfunctions and deterioration. Optimal running temperatures extend motor life, which is why they should be your first priority.

In fact, most of the other possible reasons for electrical motor malfunctions also lead to the generation of extra heat. A rise of even a few degrees can cause trouble over time, and if motor windings are exposed to an extra 10° C of heat, the life of their insulation drops by half!