Spring weather is finally here, a welcome relief for those parts of the country that have spent the last few months plagued by snow and ice. With the warm weather comes an increased dependence on air conditioners, which can use up a large amount of energy and add to your utility bills each month. There are certain steps you can take to reduce the overall electrical consumption of your house so you do not have to pay as much when you write out that check.

Here are a few ways you can improve your home's power use:

The electrical field is one that has seen a number of remarkable discoveries over the decades. One very important lesson has been the aspect of grounding of electrical currents. It’s true that we need electricity for almost everything in our daily lives and can’t even imagine a world without it. However, it continues to be one of the most dangerous elements on earth. If you haven’t already properly grounded your home’s electrical systems, you are taking a significant risk by not doing so.

Every electrical circuit has an active wire which supplies power; there is also a neutral wire which is responsible for carrying the power back. There is a third wire (grounding wire) that can be attached to the power outlets & the electrical appliances and devices; this wire is connected securely to the ground in your breaker box.

This third wire is the additional path that the electrical current can pass through to be safely returned to the ground, in case there is a short circuit; this prevents any harm being caused to anyone. In the event that a short circuit occurs, the current flows through into this grounding wire and it’s when you notice a tripped circuit breaker or a blown fuse in the electrical main board on your property. If this wire hadn’t been grounded, it would have resulted in a fatal shock.

This is one of the most important reasons to ground electrical currents. It’s the best way to protect your family members from electrical surges when they are operating any electrical appliances in the house. In case a lightning strike causes an electrical surge on your property it can result in extremely high electrical voltages in your system. When the wiring has the proper grounding, all the excess electricity gets diverted into the earth, rather than burning everything that’s connected to your electrical system.

When your installation is grounded, it becomes very easy for the power to get directed exactly to where you need it; this allows the electrical currents to efficiently & safely travel across your home’s electrical system.

A properly grounded system makes it much easier for the power to be distributed in the right amount to the right places. This plays a significant role in ensuring that there is no overload in the circuits. The earth becomes the common reference point for all the different sources of voltage in an electrical system.

One of the primary reasons why grounding is extremely effective in keeping you safe is because the earth is an excellent conductor, and electricity always takes the path that has the least resistance. When you ground your electrical system, you are giving it a path that it can easily take, rather than into you; this can potentially save your life.

If your home’s electrical system isn’t properly grounded, you are just risking the appliances and equipment that are connected to your system, being burnt beyond repair. If the situation gets out of control that can also result in a fire risking your property and causing physical injury, sometimes even death.

If you aren’t sure about whether your electrical system has the right grounding, its best to call in a reliable local electrician to get it checked thoroughly. We at AllRound Electrical will check the system carefully and check it for any other potential faults as well. For more information, contact our friendly team at this number – 1300 169 263. You can also write to us at this email address.

Thanks for reading,1300 169 263

You must have heard how it’s important to unplug your mobile device chargers when they aren’t connected. That’s because these chargers continue to drain electricity. While this is a fact, the truth also is that the amount of power that mobile phones and other similar devices draw, is minuscule compared to the amount of power that larger electrical appliances and equipment in your home or commercial premises use.

The electronics we are referring to are the modern, advanced ones that have standby settings; they significantly escalate your utility bills even when they aren’t being used. These energy guzzlers can easily account for up to 10% of an average-size home’s energy consumption.

As mentioned at the start, mobile phone chargers are a very good example of energy guzzlers as they don’t perform any function when they aren’t charging the phones; and there is absolutely no downside to and ensuring they are unplugged most of the time. One more classic example is the microwave that uses more standby energy compared to a mobile device’s charger; this is because the former powers a digital clock.

But it’s common for people to leave that plugged in, as many people tend to use it to check the time when they are in the kitchen. These types of devices don’t account for sizeable energy wastage; however, video games, computer, flat screen TV and home theatre systems are entirely a different story. These appliances are becoming increasingly sophisticated and use advanced technology and over the years manufacturers have begun focusing more on the amount of time it takes for these machines to start up.

That is how the “standby mode” came into existence. That isn’t an “off” mode; when a device is in the “standby mode” it continues to draw power to keep various components and processes working; this helps “wake them” very quickly once you want to use them again. In most cases, the default standby settings aren’t the most energy-friendly, but you can customize them to suit your requirements. You will be able to find more information in the product manuals that come with these devices; alternatively, you can look in the device’s settings menu for the different power options.

Though these advanced technology electronics can be an energy-drain, the simplest and fail-safe method of preventing this from happening is to pull the plug. The sure-shot way to stop devices from driving up your utility bill is to disconnect them from the devices. If you find this too inconvenient, you can utilize power strips. When you hit the main power button on the power strip, the power gets fully disconnected even when you leave the strip plugged in.

The other way to add to the energy-efficiency of your home is to look for devices with higher energy star ratings when you are purchasing any new appliances and equipment. Check on which devices use less power when they are in standby mode as well. If you have any energy-efficiency concerns about any appliances and installations in your home, call Allround Electricals today.

Choosing the right size depends on the level of energy independence that a renewable energy owner wants. It may simply boil down to what you can afford. These levels range from 100 percent or completely off the grid (the most costly), to a simple energy backup for emergencies.

100% energy independence or completely off the grid: this requires a huge investment in terms of generation and storage. In addition, it may require other power sources such as fossil fuels or wind generators.

High energy independence: This requires a solar system with enough batteries to last a few days or even through the winter. PV systems are sized to enable the owner to have surplus energy to store during summer and be self-sufficient through winter without relying too much on the grid. The customer will still rely on the grid for backup just in case there are prolonged days of bad weather.

Summertime independence: Customer installs just enough panels and storage capacity to get through a normal summer day but will have to draw power from the grid during the winter.

Peak time independence: Battery size should be large enough to supply power during peak times when electricity rates are highest.

Reduced reliance on the grid during peak times: Some customers cannot afford to install enough storage to cover their entire peak time usage. In such a case, some will install a system that will enable them to at least reduce part of their grid usage during these times.

Emergency power backup: This requires smaller energy storage, enough to cover a short power outage. Some customers use this together with fuel generators. Battery storage is only required for the short duration from the time grid power goes out, to when the alternative power becomes available.

Even though a solar energy system is a great investment that reduces your electricity bills, it is not possible to completely get off the grid without investing in large storage systems. However, adding modest battery storage to a grid connected to solar systems is a better way of increasing your independence from the grid without spending too much.

Most marketers have online tools that can help you get the right size battery based on various factors. However, it is advisable to consult professionals for the best advice.

Customers with solar systems are increasingly adding battery storage to reduce their electricity costs or become independent from the grid. With better technology and prices getting lower every day, battery storage is becoming an appealing component to many solar power system owners.

This type of storage allows the customer to charge their batteries during the day and then discharge them when there is no generation. This permits homeowners and businesses to have a backup power source and save on electricity bills. In addition, you can sail through cloudy periods or other times when power generation is low.