Tired of a spotty wireless network impeding your home Internet use? Walls, ceilings and distance all conspire to degrade the strength of wireless signals, which can make it difficult to stream movies or even just browse the Web in certain parts of your home. Fortunately, there's a piece of technology that can bypass the downsides of wireless and bring high-speed Internet to every room in your home. You can buy adapters that piggyback on your existing electrical wiring to transfer data – and they’re easy for homeowners to install without the assistance of an electrician. Read on to learn more about how to use your electrical system to harness the power of the Internet.

The Internet in Your Walls

With Netflix, Spotify, email and Facebook, the Internet has become an integral part of our home activities. Wireless networks are a decent solution for broadcasting your signal through the home, but when they don't get the job done, you need a more hard-wired way to go. In the past, that might mean paying an electrician to run ethernet cords through the walls. Today, you have access to products like powerline adapters, which use your existing wiring as a data connector.

The adapters are simple to use. All you have to do is connect the device to your modem or router and plug it into a wall socket. Then, anywhere you want to use the Internet, just plug another adapter into the wall and connect it to the device in question. In lieu of plugging in every computer or Internet device in the house, you can also use powerline adapters to set up mini wi-fi networks in various rooms so you can still take advantage of the flexibility of wi-fi without the disadvantages of weak signals from far away routers.

Some Flies in the High-Speed Ointment

Of course, powerline adapters aren't perfect, and for a variety of factors, they don't always reach the blazing-fast speeds that they advertise. Various models claim to clock in at 200, 500 and 1,200 Mbps, but they never really came close to those speeds during testing by PC Advisor. For one thing, your electrical system can slow down the signal with old wires, power fluctuations, noise in the wires and interference from the circuit breaker. Charging up devices like cell phones and tablets can also interfere with the signal.

What's more, the data speed can be limited by the capabilities of the ethernet cord you use or the device itself, not to mention the speed of the internet coming into your modem. Nevertheless, the adapters are still almost always a better bet than wireless when it comes to speed.

If you have any questions about the suitability of your home for powerline adapters, call your local electrician today.

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The DMB also launched the Green Music Group, a high-profile environmental coalition of musicians, industry leaders and music fans using their power to bring about widespread environmental change in the music industry. Other members of this environmentally- conscious coalition of musicians include Maroon 5, Willie Nelson and Sheryl Crow.

Hear the Band and Get in Tune!  Go Green and Sustain your Home and Community with Positive Change…

*Energy SMART tm refers to items that use less energy and conserve natural resources as compared to similar products that serve the same purpose.  Energy Smart also refers to the ways in which we consume electricity that are less costly energy-wise and generally more efficient.

** Energy Startmis a United States government program created in 1992 by the Environmental Protection Agency (EPA) for the purpose of reducing energy consumption and green house gas emissions by power plants.  This voluntary labeling program has grown worldwide to include increasingly more consumer products. ENERGY STARtm ratings are given to products that meet a set a strict regulation standards for energy-efficiency and cost-savings.

***Revere the Dark Sky: Certain municipalities throughout the United States have passed laws and ordinances requiring outdoor lighting fixtures on newly constructed homes be “Dark Sky” compliant.

Lighting plans with “dark sky compliancy” provide for an unobstructed view of the stars and planets, protect biorhythms of life and prevent light pollution.  Be sure to incorporate shielded fixtures into your outdoor lighting scheme and position fixtures to avoid glare and superfluous light from interfering with your view of the nighttime sky or shedding unwanted light toward your neighbors’ property.

Continually searching for ways to protect the natural beauty of the universe, the lighting industry and modern technology go hand in hand.  Splendid illumination and thoughtful lighting plans are essential to this quest.

Enjoy the best in outdoor and landscape lighting, as well as fabulous lighting for kitchen and bath.  Visit a Capitol Lighting showroom or shop 1800lighting.com to view outstanding green arrivals to renew your home for sustainability and a cleaner America.

Hydroelectric power is a technology which produces electricity via hydropower, or the energy released by moving water, such as for instance water moving through the course of a river or falling downhill. In the United States today, most hydroelectric power is generated by water flowing downhill, and most of this downhill flow is achieved via the construction of artificial dams. The dams are constructed so as to engender sufficient water outflow volume by way of creating a significant “head” or, that is, the difference in height between the water’s source (or crest) and the water’s outflow.

A significant enough “head” is necessary to produce a sufficiently useful flow of energy from the hydroelectric power source. This is why dams constructed for the purpose of creating hydroelectric power are built as high as is feasible. Within these dams there are turbines which receive the force of the water’s flow, and the turning of the blades of the turbines generates the electrical current which is transferred to long-distance power lines and transformed into electricity for use in homes and offices.

In addition to the dams there are some tidal harnesses which have been constructed. These draw electrical power from the flow of the tide along a coastal area. In the United States, there is a heightened interest in creating many more small, unobtrusive tidal flow hydroelectric power generators in rivers and large streams which would be used just for generating local electricity. In Canada, there is so much electricity generated by hydroelectric facilities that they simply say “hydro” to refer to any public electricity utility, even nuclear power. Norway and Iceland also generate nearly all of their citizens’ needed electricity by way of hydroelectric power.

North America has the greatest hydroelectric power capacity. Canada is the world’s leading nation in that regard, and the United States is the world’s second leading nation.

Except in nations that have a proportionate abundance of the right natural resources (i.e. a lot of water), hydroelectric power is used to handle the supplying of electricity during high peak loads. Today’s greatest single interest in harnessing more hydroelectric power resides in the fact that it is a renewable source, or “alternative source”, of electricity, since obviously the planet will never run out of water and it doesn’t matter if the water utilized is potable or not.

The big concern about using more hydroelectric power is that it may disrupt ecosystems too much if more facilities (especially dams) are installed. A secondary concern is that water demand for hydroelectric facilities sometimes conflicts with irrigation demands.

The Greeks were using hydroelectric power to turn water-wheels for the grinding of grain over 2,000 years ago. Hydroelectric power was “rediscovered” in the 18th century in the U.S. and western Europe.

The first modern hydroelectric dam was completed in 1882 on the Fox River in Appleton, Wisconsin in the United States and could generate 12.5 kW of electrical power. It was based upon the ideas of American inventor Lester Allan Pelton, who invented a jet-free water turbine in 1880.