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.

One of the most common electrical problems that faces homeowners is dead outlets. It doesn't matter if you live in an ancient home or your property was just built last year, dead outlets happen in almost every house and for a number of reasons.

Usually, an outlet will go out because the breaker or fuse that it is affiliated with it has been blown. Generally, this will occur because too much pressure is being put on the outlet for the power source to handle. The cause is usually a large appliance plugged in, like an air conditioner that is either an older model, meaning it probably uses extra electricity, or that is sharing the plug with another high-wattage appliance.

You'll need to go to either your fuse or breaker box to fix this problem. If your home uses breakers, flip the switch that corresponds with the outlet in question firmly into the off position, making sure it completely falls in place. Your breakers should be labeled, so identifying which one to switch should be relatively easy.

If you have a fuse box, make sure that your replacement fuse has the same wattage as the one that blew before twisting it into place.

Spring is approaching and many families are feeling the fatigue of winter’s hardships. What better time to travel than now? Many families are just trying to get away from the cold. Booking a trip can be exciting, but have you ever arrived at your destination and said “where am I supposed to plug in my hair dryer?” or “how am I going to charge my phone?”

Let’s be honest, the last thing on your mind when packing for any vacation is bringing that adapter along with you. Often times we are such in a hurry to pack we tend to forget that not every country has the same outlets as we do.

Here are some easy steps to help you get organized while traveling and how to take the charge with you wherever you go.

In the US and Canada the average voltage is 120 volt per residential home. However, when traveling abroad the voltage is quite different. For example, Europe’s standard house will use 240 volt, which is substantially more voltage than the average North American home.

Before purchasing a travel charger or a universal adaptor always read the label on the back of the packaging to ensure you are getting the right voltage amounts for the right countries. Doing so will ensure you won’t end up with a damaged device, appliance or blown fuse.

Whether its bringing the spark alive in a relationship, or just traveling with friends and family, remember to bring the charge with you!