How much electricity is your household using? Chances are, you skim over your electric bill each month and if the price doesn’t seem out of the ordinary, you move on. This is what most of us do. It’s become the norm. But have you ever thought about what electrical usage and energy bills are like in other states and countries?

The U.S. Energy Information Administration (EIA) reports that the national average is 909 kilowatt hours (kWh)/month, with monthly electric costs of $110.20. The EIA also breaks down the average electric usage by state. You can download the full spreadsheet with all state data here.

Keep in mind that the number of kilowatt hours (kWh) doesn’t necessarily dictate the costs, so the state paying the most may not be the state actually using the most electricity. Electric costs vary state-by-state. The average monthly price tag that emerges from your electrical usage depends on how hot/cold and urban/rural your home state is, as well as what the area costs are. For instance, even though Louisiana has the highest monthly consumption (1,273 kWh), Hawaii, (the state that uses the second-least amount of electricity) pays the most at $203 per month. Furthermore, Maine, the state that uses the least amount of electricity each month (531 kWh), still pays more on average for electric than New Mexico ($75 per month). However, Maine does pay a similar average price ($77.77), so their low energy conservation plays to their benefit.

Wondering where our home state of Texas fits in? Well, we are the 5th highest electric consumers in the country, using 1,174 kWh/month and paying around $133.33 on our monthly electric bills. Nationally, that puts Texas just above average in our electric use.

In terms of our country’s impact globally, overall the United States has the second highest household energy consumption in the world, with homes using over 11,698 kWh per year. This is two to three times more than European households and about twenty times more than Nigerian homes. Moreover, each American individually uses about 4,500 kWh each year, which is about five times the average for all people who have electricity in their homes around the world. But of course, these disparities are affected by differences in physical house size, local electricity prices, appliances, the amount of sunshine, and access to alternative fuels for heating and cooking.

This month, it could be an interesting experiment to compare your energy bill to the averages to see how you stack up! If you’re paying way above the average for your state/country, it might be a good idea to see how you can save more energy throughout the year. Luckily, our site is filled with blogs with tips and tricks for spending less on electric!

Sources:

U.S. Energy Information Administration

Shrink That Footprint

Technology is advancing at a dizzying pace. What used to be the ‘latest’ and ‘most advanced’ devices yesterday becomes redundant today. When people embrace any technology, they do so because it adds convenience, comfort and safety to their lives in one way or the other. When it comes to your home, all these three aspects matter a great deal. It’s why many people are now veering towards the smart home concept.

Sure, many homeowners already have Internet-based security systems and landscape irrigation systems that are connected to timers etc; but smart homes are designed and set up to do much more than that. Having a smart home is a lot about Wi-Fi connectivity and more. Take a look at some concepts; this will help you create a plan for your smart home.

It’s not uncommon for companies that launch smart home products to say that connecting their devices to the Internet is a breeze. Sure, they are bang on spot most of the times, but what actually matters a great deal is the Wi-Fi connectivity in your home. These are some of the things you will have to keep in view while planning your smart home:

This is vital, and it’s something you should keep in view while planning your first smart home. The longer the distance the radio waves have to travel, more the connectivity issues. The best way to overcome this kind of an issue is to install the Wi-Fi router at the center of your property and on the ground floor.

You will find a number of products which claim they are able to extend the Internet connection in your home. The simple fact is that multimedia over coaxial power-line adapters, network extenders etc tend to slow down the signal by around 50% and that reduces the consistency of the network. Of course, you won’t find any issues with driving a motion sensor or a smart bulb; however, you might just find it challenging to stream a movie to your tablet/laptop, only because it can’t figure out which Wi-Fi router it should connect to.

At times, installing a network of Ethernet cables turns out to be the best solution. You can use cable runs to install your smart home hub devices in spots that are more accessible. The devices that are connected to these hubs will function more smoothly if you do this. If your home is already wired for telephones, hardwiring for Ethernet won’t be too difficult. You will need to speak with your electrician and check whether he would be able to run an extra cable to the point you need it at, without too much of drilling and sawing.

When you are planning your smart home, ensure there are sufficient power points at different places in your house. While certain devices may be battery-powered, many aren’t. So whether it’s a Wi-Fi router/extender, web security camera etc, you will need a power point to plug them in. And of course you don’t want power cords dangling all over your smart home.

Very simply put, if you are building a new smart home or remodeling your existing one, sit down and plan not just for the current smart devices you plan to install, but for future ones as well. Map out a detailed plan and get some advice from the installer too. Coming back to the first point – focus on getting a very good Wi-Fi router and ensure its positioned at the right point on your property.

Very importantly, get a professional to do all the wiring work once you have your entire smart home plan in place. For more information about smart home device and hardwiring solutions, call Allround Electrical at 1300 169 263. You can also drop us a line via email or by filling out this contact form.

Thanks for reading,1300 169 263

That new electric car will surely save you money on gas and make you feel good about doing something good for the environment, but there are some things you must consider. Before you start planning that trip to Paris with all the money you save on gas, you need to figure out how you will keep the car charged. Without a charge, you will need to rely on gas, thus defeating the purpose of your electric car. This is why you need an electrician. Burbank electric car owners can call The Electric Connection for help.

When you purchased your car of if you are in the research phase and trying to figure out what car to buy, you probably heard about the charging stations. There are two main types. The slower charging stations are much less expensive while the others are faster and more expensive. Obviously, the less expensive station has a major benefit and it can be plugged in virtually anywhere. This makes it convenient to charge the car. However, the downside is the time it takes to give the car a full charge.

On the other hand, you have the initial investment of the faster charging system. But, in this case, the car will charge in about 8 hours versus the 16 to 24 hours it takes for the slower system. Because it is a much more powerful electric car charging station, you will need an electrician. Burbank residents will need a dedicated 240-volt outlet to plug the station into. An electrician will need to check the electric panel to make sure there is enough space to support the additional electrical needs. If you would like to learn more about the different electric car charging stations, give The Electric Connection a call. If you have already made the decision to purchase a fast charging station, we can install it for you.

Have you ever wondered about the difference between single-phase and three-phase circuits? If you currently reside in North America then you are likely accustomed to single-phase circuit power throughout your home. Although single-phase circuits are popular among residential homes and smaller commercial business buildings, some businesses may consider switching to three-phase circuits in order to reduce long-term electricity costs and improve the efficiency of their building’s electrical power supply. In order to provide you with a better understanding of the difference between single-phase and three-phase circuits, Expert Electric breaks down the difference, advantages and disadvantages of each below:

Single-phase circuits are generally used to power residential homes and smaller business buildings whereas three-phase circuits are common in large industrial buildings that require a more significant amount of electrical power. Not only does a single-phase circuit require a larger electrical current than a three-phase circuit, it is less efficient with its transferal of power. This is because its current only alternates between two wires; therefore, there is a point in the process where the electrical power in a single-phase circuit drops to zero. Since a three-phase circuit transfers the current between three wires, it is more efficient with the transferal of its electrical power and therefore never allows the power to drop to zero. This allows a three-phase circuit to provide electrical power to systems that demand more electricity.

The advantage of implementing a three-phase circuit is cost-savings. Three-phase circuits are more efficient with their transferal of electrical power; therefore, they are capable of powering much more at a lower cost. Office buildings and manufacturing plants can still operate with single-phase circuits although they would be more efficient with their power supply if they made the switch to three-phase circuits. The real difference between single-phase and three-phase circuits can be seen in large data centers and manufacturing buildings. These large facilities require more power to run their operations and will therefore witness greater efficiency and savings by making the switch.