Nations and governments have come to understand that energy conservation must become a way of life on the planet. New policies and regulations improve the efficient use of available resources. You may not think that a single conservation activity, such as the use of energy saving lamps will be of much help, but if fifty million people save the same little bit of resource usage, it will have a significant impact on the global resources. Lower energy usage on your electric lamps will give you lower utility bills, as well.
Incandescent Lights
Although the standard light bulb has been the norm for more than one hundred years, it is no secret that they are inefficient when it comes to energy consumption. Standard bulbs are made of a clear or frosted globe with a partial vacuum inside. The base of the lamp has a very thin filament or metal wire through which electricity is passed. The filament quickly glows red and then white hot. In the process it gives off both heat and light. Unfortunately only ten percent of the energy is converted into light. The rest is released as heat, as anyone who has tried to touch a light bulb is aware.
Low Energy Fluorescent Lamps
Luminescence is the type of light emitted by fireflies. A similar principle is used in the manufacture of fluorescent bulbs. Fluorescent lamps don't create or emit heat, just light. There is no wasted energy with fluorescent bulbs. The design of this type of lamp includes three major parts: the glass tube or bulb that is coated with phosphor and contains mercury; the electrode that emits the electrons into the mercury; and the base that connects to the power supply.
Fluorescent lamps work by generating moving atoms, thanks to the power circuit. The excited electrons that result enter the glass tubes and collide with atoms of mercury. The energy from the collision with mercury atoms is released as ultraviolet light. The inside of the glass tubes is coated with phosphor. When the UV light strikes the phosphor, it is converted into light within the visible range.
Because fluorescent lights remain cool, they only require about one-fifth as much energy to operate. The bulbs last approximately ten times as long as an incandescent bulb. That is a significant cost savings due to fewer replacements. Fluorescent lamps pay for themselves many times over. They also reduce the amount of carbon dioxide that is released into the atmosphere. Scientists estimate that over 1000 pounds of the gas is not released during the bulb's lifetime. That is a significant amount to factor into the reduction of the rate of global warming.
LED Technology
Light-emitting diode lights are much more popular today, even though they are more costly to product. They operate in much the same was as standard lights, except there is no filament to produce extreme heat. The stream of electrons produced by the diodes gives off cool light. A major advantage of an LED is its long life. Fifty to one hundred thousand hours of operation is not unusual.
Utilization of Electric Lamps
Lamps are used to brighten your home, to provide lighting and warnings in traffic, to decorate homes and businesses during the holiday season and to advertise goods and services in outdoor settings. The information and beautification produced by the use of electric lights is undeniable. Technology now allows for the continuation of positive characteristics gained by the use of lighting, while reducing both the cost of producing the lamps and the cost of producing the energy supply.
Using energy saving lamps is an easy way to do your part to help the drain of planet resources. At the same time, you can reduce the drain on your personal finances. Just remember to use low-energy lamps next time you need a replacement.
Incandescent Lights
Although the standard light bulb has been the norm for more than one hundred years, it is no secret that they are inefficient when it comes to energy consumption. Standard bulbs are made of a clear or frosted globe with a partial vacuum inside. The base of the lamp has a very thin filament or metal wire through which electricity is passed. The filament quickly glows red and then white hot. In the process it gives off both heat and light. Unfortunately only ten percent of the energy is converted into light. The rest is released as heat, as anyone who has tried to touch a light bulb is aware.
Low Energy Fluorescent Lamps
Luminescence is the type of light emitted by fireflies. A similar principle is used in the manufacture of fluorescent bulbs. Fluorescent lamps don't create or emit heat, just light. There is no wasted energy with fluorescent bulbs. The design of this type of lamp includes three major parts: the glass tube or bulb that is coated with phosphor and contains mercury; the electrode that emits the electrons into the mercury; and the base that connects to the power supply.
Fluorescent lamps work by generating moving atoms, thanks to the power circuit. The excited electrons that result enter the glass tubes and collide with atoms of mercury. The energy from the collision with mercury atoms is released as ultraviolet light. The inside of the glass tubes is coated with phosphor. When the UV light strikes the phosphor, it is converted into light within the visible range.
Because fluorescent lights remain cool, they only require about one-fifth as much energy to operate. The bulbs last approximately ten times as long as an incandescent bulb. That is a significant cost savings due to fewer replacements. Fluorescent lamps pay for themselves many times over. They also reduce the amount of carbon dioxide that is released into the atmosphere. Scientists estimate that over 1000 pounds of the gas is not released during the bulb's lifetime. That is a significant amount to factor into the reduction of the rate of global warming.
LED Technology
Light-emitting diode lights are much more popular today, even though they are more costly to product. They operate in much the same was as standard lights, except there is no filament to produce extreme heat. The stream of electrons produced by the diodes gives off cool light. A major advantage of an LED is its long life. Fifty to one hundred thousand hours of operation is not unusual.
Utilization of Electric Lamps
Lamps are used to brighten your home, to provide lighting and warnings in traffic, to decorate homes and businesses during the holiday season and to advertise goods and services in outdoor settings. The information and beautification produced by the use of electric lights is undeniable. Technology now allows for the continuation of positive characteristics gained by the use of lighting, while reducing both the cost of producing the lamps and the cost of producing the energy supply.
Using energy saving lamps is an easy way to do your part to help the drain of planet resources. At the same time, you can reduce the drain on your personal finances. Just remember to use low-energy lamps next time you need a replacement.
About the Author:
Employing energy saving lamps in the areas in your house that have traffic can save the you a lot of money. An energy saving lamp lasts longer than a regular lamp and they are easy to find.
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