If you have ever went to the store to buy new light bulbs for the home or garage, you have probably been a little surprised to see an entire aisle filled with a variety of bulbs. It can be a little overwhelming. What kind do you need? Are your current light bulbs adequate or should you be using something else? When you start to read packages and look at various price points, it can all become a little confusing. The cheaper the better seems like a good plan, right? Wrong. You need to understand the differences in light bulbs and what they mean to you and your home. An electrician in Los Angeles, like those at The Electric Connection, will explain.

Incandescent Bulbs

These are the old bulbs we all became used to. You could by a pack of 4 bulbs for around a dollar. Unfortunately, they were simply not energy efficient explains an electrician. Los Angeles residents may be surprised to learn those bulbs would only last about 2 years if you used the bulbs only 3 hours a day. Most of the energy the bulbs used produced heat, which ends up being a fire hazard. These are the bulbs that have been phased out. Yes, you can still buy the smaller incandescent bulbs for your fridge and certain lamps, but they are no longer mass produced.

Compact Fluorescent Lights (CFLs)

These are the bulbs that have replaced the incandescents. They have that swirl shape that makes them difficult to put into some light fixtures and they do take a few seconds to heat up to their full power. The lights are extremely energy efficient and use 75 percent less electricity than the incandescent bulbs. You can save a great deal of money on your electric bill by switching to these bulbs. They also last about 5 times longer. If you have a light fixture that will not accommodate, consider having it upgraded by a Los Angeles electrician. Give The Electric Connection a call today and schedule your lighting upgrade.

We live in an area where there are many very old homes. Within these homes, as you’d expect, is very old wiring. Even if you have not had trouble with your wiring just yet, and even if your wiring appears to be in fine condition, you should keep in mind just how much the demand for electricity in our homes has gone up over the years. The original owners of your old home were not running whole-house cooling systems and charging multiple phones and tablets while also powering a dishwasher, after all. Overloading the circuits in your home can be quite dangerous, both to your family, your property, and your appliances/electronics.

Even if the circuits in your home are designed to keep up with your electrical demand, the fact remains that the materials composing your electrical and wiring systems will degrade over time. When they do, it really doesn’t matter if your wiring is capable of handling your existing electrical load or not. The degradation of wiring insulation and other materials will render any system unsafe.

While outdated circuitry and degraded materials can lead to a lot of blown fuses/tripped circuits and other issues, the real concern with very old wiring is, of course, the risk of a fire in your home. When it comes to old wiring, you really cannot afford to adopt an “out of sigh, out of mind” attitude. If you are uncertain of how old your electrical system is, but know that your house is quite old, you should give us call to have the system evaluated. We are happy to help.

A solar energy system is designed to take the radiation from the sun, a totally renewable resource and turn it into electricity that can be used to power all of your electrical devices, such as computers, televisions, refrigerators and lights. Each solar cell will take the photons generated by sunlight and convert them into electricity. Regardless of the size and application of the solar panels being used, there are a few basic components that are necessary to turn this energy into a readily available and easily used electricity. Though the solar panels are the core of the system, these components are needed to complete the system.

Solar Panels: A solar panel is the array of photovoltaic cells that are used to convert the sunlight into direct current.

Rooftop Racking: This is the framework that is attached to your roof in order to give your solar panels the stability that they need. This is one of the most important parts of any solar panel installation.

Utility Meter: This component of your solar energy system integrates directly with your existing electrical system. After the solar installers have completed the installation of your solar power system, the utility meter will track the amount of electricity that you generate in excess of what you consume. This electricity is typically fed back into the power grid, helping you to earn credits on your electrical bill.

Batteries: The electricity that is generated from a solar panel is available for immediate use. In order to store this electricity for future use, it must be stored in a battery array.

Power Inverters: Although your solar panels generate and convert your electricity, you must have a power inverter in order to convert the power from DC to AC.

If you are interested in learning more about solar panels, start by browsing our solar power website. You can learn more about how much solar panels cost and the different options you have for purchase, leasing and more.