Wouldn’t you like to keep your hard earned money in your pocket rather than pay it out on excessive electric bills? Californians get used to mild weather, but when those cold temps blow in, they are a real shock to the system. Your first reaction is to reach for the thermostat and crank it up. Unfortunately, if your home isn’t ready to ride out a cold snap, you could be paying double or triple what you really need to be to keep your home warm. These are some tips from your local electrician in Los Angeles to help retain the heat from your furnace in the home and save you money on your electric bill. The team at The Electric Connection is here to help.

• Spend some time adding weather stripping around your doors or windows. It is sold in a roll with self-sticking tape on one side. Simply peel and stick. This one little thing can block cold drafts from coming in as well as prevent your hot air from seeping out. During the summer, you can keep your air conditioned air in and the hot air out.

• If you have sliding glass doors or French doors, consider investing in heavy curtains. Again, these are great for the summer and winter months. You can block the cold by covering large windows with heavy curtains.

• Have your furnace or heat pump maintained. Keeping filters clean and the unit in good working order can save you a lot of money in repair costs as well as keep the unit operating in prime condition.

You don’t have to pay a lot for your Los Angeles electrical bill when you do these three simple things. You can reduce your heating and cooling bills by taking care of the little things around the house. If you have any more questions, give The Electric Connection a call today.

There is a very dangerous myth floating around, one which could actually result in severe injury and even death – “Electricity always follows the path of least resistance”. This is one of those myths that results from a general fact being blown way out of proportion.

Forget colleges and engineering schools, most high school students learn that electricity does behave this way, as a part of the basics of electricity and resistances. Worryingly, this myth isn’t just stated as a fact, it’s a commonly followed practice in many electrical circuit designs, especially when it comes to grounding.

Walk into any industrial plant that uses motors or pumps and you’ll find they’re all connected to ground rods. Ask anyone why that’s done and you’ll likely get the same response everywhere (even from the people in charge of the electrical maintenance) – It’s to eliminate the potential differences.

You only need to type a few words into a search engine to pull up numerous DIY guides for repairing and replacing electrical lighting outlets in your home. Just grab a screwdriver, pliers, and wire cutters and you’re set.

But hold on—do you really know what you’re doing? These DIY guides can be notoriously sketchy, and some depend on you knowing far more about electrical repair than you probably do. Because of the risk of electrical shock and bad wiring that can lead to fires, you should leave the outlet repairs to trained electricians. Outlet shorts and faults are a common cause for household fires (the Electrical Safety Foundation estimates electrical troubles account for 55,000 fires a year), so you should never take such chances.

There are instances where NEC and other regulators recommend dedicated circuits for certain loads. Typical loads to put on individual branch circuits include sensitive electronic equipment such as computers. In addition, water heating systems, large appliances, and other high capacity loads that zap power require a dedicated circuit.

Run cables all the way to the main service panel and avoid connecting to other existing circuits. The same conductor size should be used throughout the branch circuit.

Electric water heaters, HVAC equipment, hot tubs and other appliances should each have a nearby disconnect that is easily visible and accessible. The power disconnect can be provided by the main or sub panel breaker, a dedicated switch, or a power cord that can be unplugged.

The branch circuits should have adequate current carrying capacity, adequate and grounding.

Typical branch currents include: