As much as some good task lighting and a ceiling full of recessed cans will make a room come alive, there’s nothing like airy, natural light. You can change your home’s color, its style, and even its structure, but when it comes to the amount of sun you get, you can rarely change much. How much natural light you home receives depends on so many different factors both in and outside of your house – the direction your home faces, the topography and structures around, the number of windows you have – these can be costly or just impossible to fix.

So, when you’re on the market for a new house, be sure to consider the lighting potential of any dwelling – lest you end up with a dungeon, or an oven.

Here are some questions to keep in mind when scoping out a new property:

Normally, south-facing homes get sun at the front of the house, and for most of the day. They tend to be brighter and warmer. A house that faces north gets light at the back and is cooler and darker. This may be especially important to note depending on your climate. When it’s cool most of the year, you may want a house that’s naturally a little warmer, if it’s warm for most of the year, you may prefer a house that doesn’t make you cook.

Also be sure to take a look around your property and note what could potentially affect your light. Does your house face an open field, or another row of houses? Are you at the base of a hill that will cast a shadow for most of the day, or at the top, almost always exposed to sunlight? These factors will influence the brightness in your home, and also the temperature.

Once your house is built, it can be costly and time-consuming to add or remove windows. So, before taking the plunge and becoming a home owner, make sure to consider the size, shape, and placement of your windows, and what that means for the home’s natural light levels.

Are there large trees close to the house blocking out the light? Will a close-by lake reflect directly into your windows? Are the windows crazy tiny or just too big? Be sure to consider modifications – window coverings you’ll have to buy, foliage you’ll have to trim – and whether or not they would make a difference.

Modern day living is highly reliant on the use of electricity and the different appliances, equipment and fixtures it powers. Industries are even more reliant on electricity and their profitability is closely knit with how seamlessly their systems operate. They rely on electricity to such an extent that they rarely give it a second thought; well, at least not until something goes wrong such as:

Most of these problems can be attributed to poor power factor. Let’s understand a little more about what that is.

Power factor is essentially a measure of how effectively the incoming power is being used by the electrical equipment on your premises. It is expressed in terms of a numerical value in the range of 0-1. A higher power factor indicates that the electrical equipment is being used more effectively.

For instance, if the power factor is 0.8, it indicates that 80% of the power supply to the equipment is being utilised effectively and that 20% is being wasted. Regardless of what this ratio of effective usage Vs wastage is, the latter is an unnecessary expense. Typically, your power factor should be closer to 1; it indicates that your site is using energy in an efficient manner.

A number of businesses are currently being charged a kVA tariff and not a kilowatt tariff. This means, your service provider is probably charging you for the power they supply to you, rather than that you actually use. Simply put, you are paying for power that is being supplied to you, but which is being wasted. If your business has a low power factor, it means you pay even more for this waste. There is another aspect you should keep in view. As mentioned at the start, poor power factor has the potential to cause power drops and power losses; in turn, these lead to motor failure and overheating and failure of other equipment too.

Installation of Power Factor Correction equipment might just help avoid prohibitively expensive infrastructure upgrades; it does this by reducing the current electrical demand on your system & improving the efficiency stability. Based on which tariff you are on, power correction might just prove to be an excellent way for your business to deescalate its electricity costs.

The power factor can be improved by installing Capacitor Banks. These are PFC (Power Factor Correction) equipment and help correct the inefficiencies in the energy supply. Apart from this, they also reduce the peak demand on the power network. This is an effective and cost-effective solution to reduce your power bill as it helps lower the monthly demand and the capacity charges. Generally, the payback periods for PFC are between 1 and 3 years. Taking the life span of the PFC equipment into consideration & the potential savings, this investment can prove to be very worthwhile for you.

If you feel that you are paying too much for electricity, we at Allround Electrical can conduct a survey of the equipment used on your site and map their electrical consumption against the power your plant is using and is being charged for. We will then provide you a report of what your power factor is; and if it is low, how it can be corrected. For more information, call us at 1300 169 263. You can also drop us a line via email.

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Electric blankets can provide some much needed warmth and comfort during the long winter months. Nothing beats a personal heat source on your bed, staving off the nighttime chills. Electric blankets can even help you save money by allowing you to keep your thermostat turned down a few notches. However, these blankets can also be a fire hazard, particularly if they are old or damaged. Read on to learn more about how to stay safe if you choose to use an electric blanket this winter.

Bringing Electrical Work to Your Bed

If you do decide to use an electric blanket, make sure you carefully follow all the instructions regarding use, care and storage so you maintain it in good condition. Most electric blankets are designed to be rolled or hung up when not in use, since folding or bunching them can damage the heating wires. Once a blanket becomes damaged or stops working properly, it's time to dispose of it so you don't risk a fire. Blankets that are more than three years old should be checked carefully, and once they hit a decade of service, it's time to retire them even if they still appear to be in good shape.

You also need to inspect the blanket's cord and verify that it isn't worn, frayed or otherwise damaged. It's generally a bad idea to run the cord under the mattress or under a carpet, which can speed up its deterioration, but you also need to prevent children or pets from chewing on it or playing with it. The best option is often to store the blanket out of harm's way during the day when it's not in use.

Weighing the Benefits and Risks

Even a well-functioning electric blanket can be a hazard if you aren't careful with it. Some authorities even recommend using electric blankets to pre-heat the bed, then stowing them before you actually climb in. When you have an active electric blanket on the bed, you need to also make sure you don't leave any heat sensitive materials above or below it.

Additionally, pregnant women and people suffering from certain illnesses need to be careful that they don't allow an electric blanket to overheat their bodies. Excessive heat can harm developing fetuses, as well as people who have diseases like diabetes. Safer options for supplemental heat sources include a hot water bottle tucked under the blanket, or an electric space heater to warm up an otherwise chilly room.

Expert Treatment for Your Electrical Work

For help evaluating the safety of your wiring or any other electrical work, call an expert electrician today.