Economy settings have become a standard option on nearly all modern appliances. They purport to put the decision about energy conservation in the consumer's hands: Do you run the machine in its normal mode, or use the most economical setting to burn up less power and marginally reduce your contribution to carbon pollution and climate change? Eco-settings give manufacturers bragging rights that they are doing their part to produce more efficient electrical work. However, some people question whether economy settings really do anything to reduce our electricity consumption, and suspect they might even be counterproductive. Read on to learn why.

Economy vs. Standard Settings in Your Electrical Work

You see economy buttons on all kinds of electrical devices and appliances these days, from televisions to video game consoles to bigger-ticket items like washing machines and dishwashers. These settings offer energy savings of 10 percent or more, and generally are legitimate; although there have been isolated reports of manufacturers attempting to deceive energy testing measures, usually the economy settings are included in good faith, with companies preferring to avoid legal or reputational consequences if they are caught manipulating the tests.

However, eco-modes only save energy if people use them. And in many cases, people choose not to, for a variety of reasons. For one thing, the performance of various appliances under eco-settings might simply be unsatisfactory. For example, some people complain that reduced power settings on their television leave them barely able to see the screen. There are also reports of clothes dryers that don't dry clothes and dishwashers that don't wash dishes. Reduced power settings don't save any energy at all if you have to run the appliance twice.

Don't Be Fooled into Buying an Inefficient Device

That's not to say that all economy modes don't make the grade, but their overall reputation can suffer from a few bad apples. If consumers hear that the lowest power setting in a neighbor's dishwasher doesn't get the job done, they might be reluctant to try that option in their own unit, even if it's a different make or model.

What's more, the ratings system used by the federal Energy Star program takes into account the economy setting mode when making its decisions. That means you could purchase a piece of equipment that has the coveted Energy Star certification, only to find out that you don’t like the conservation settings and are less than satisfied with the purchase.

Finding the Most Efficiency in Your Electrical Work

One way to ensure that you are buying an appliance whose economy setting meets your needs is to read online reviews, in lieu of simply relying on the Energy Star rating. If you need help picking out high-efficiency appliances, or need help with any other electrical work, contact a trusted local electrician today.

The history of electricity is a fascinating subject. When we see a light go on or an appliance fire up, it is hard to imagine the thought processes that went into making that possible. In this article, we will look at the history of electricity from its very beginnings to how it has evolved over the years.

Benjamin Franklin flying a kite during a thunder and lightning storm. Franklin tied a key to the end of the kite string. The electricity from the storm clouds flowed down the wet string and ended up giving him an electric shock. This would serve as the first form of evidence that electricity existed. But it would be a long time until people could actually figure out how to use electricity in a practical sense.

One of the first breakthroughs in the history of electricity occurred when British scientist Michael Faraday discovered its basic principles. He discovered he could create an electric current by moving magnets inside of coils of copper wire. This revolutionized how we use energy. Faraday’s basic theory still comes to play on how we produce power today. Although now, we have the capability of doing this on a much larger scale.

Rural Electric Administration that ensured the availability of electricity in rural areas. By 1939, the number of rural homes with electricity had risen by 25%. Farmers were able to access electrical appliances like stoves and washing machines which made life much easier for them.

An electrical circuit is the necessary pathway required to provide power to your appliances, gadgets and electronics. Each circuit is a closed loop system that is formed by wires, a power source, load, a switch and some sort of circuit protection. The electricity flows from the power source, into the circuit and ultimately into the object that it is plugged into. After the electricity has provided the necessary power to the device, it then flows back to the original electrical source, allowing the circuit to keep the electrical current flowing in a smooth manner. There are three different types of electrical circuits: the parallel circuit, the series circuit and the series-parallel circuit.

How Do They Work?

An electrician in Santa Monica installs an electrical panel that is then broken into several circuits that provide power to your home. Whenever you plug a device into an electrical outlet, or flip a switch, you are accessing electricity that is flowing through that particular circuit. By plugging in or flipping a switch, you are essentially completing the circuit. This allows power to flow freely from the positive terminal of the power source, through the wire, and back to the negative terminal. This allows us to provide on-demand electricity to our light bulbs, televisions, appliances and other electronics.

Types of Circuits

The simplest type of circuit is the series circuit, because it provides only one possible path for electrical current. If this circuit is broken at any point along this path, none of the devices on the circuit will work. A parallel circuit, on the other hand, contains more than one path for electrical current. If one of the paths is broken, electricity can still flow to other portions of the circuit. A series-parallel circuit combines these two circuit types. Some portions of the circuit are parallel, and some are attached in series. If one of the series circuits breaks, it will shut off power to anything in that circuit. If a parallel circuit breaks, all other parallel circuits will continue to function as normal.

As an electrician Santa Monica, The Electric Connection installs and maintains electrical circuits on a daily basis. For more information, or questions about our services, visit our main website at www.theelectricconnection.com.