Energy Saving in Lighting and Techniques to Implement It
When the use of energy of an item is decreased without influencing
its output or final response or user comfort levels is referred as energy
efficiency. An energy efficient product consumes less energy to perform a
similar capacity in comparison to a similar product with additional energy
consumption. The energy efficiency in the lighting sector offers the desired
illumination level of the lighting for the appliance it's been designed for,
whereas intense amount of energy. Simply, energy saving in lighting will save the electricity whereas maintaining smart quality
and amount of the light.
In trending years, the gap between power generation figures
and demand figures could be a matter of concern, because it implies the failure
of power supply system to fulfill the power ability demand, therefore a warning
regarding lack of conservation of energy. As indicated by the universal agencies
lighting accounts 19 percent of the world electricity and 25-30% of home energy
consumption.
Lighting is the basic requirement of any facility and it
impacts the day-to-day activities of the people. This account a considerable
amount of total energy consumption in domestic, commercial and industrial
installations.
Electric
lighting is a major
energy consumer. Enormous energy savings are possible using energy efficient
equipment, effective controls, and careful design. Using less electric lighting
reduces heat gain, thus saving air-conditioning energy and improving thermal
comfort. Electric lighting design also strongly affects visual performance and
visual comfort by aiming to maintain adequate and appropriate illumination
while controlling reflection and glare.
How does it work?
Lightpipe is a pipe made of a high quality reflective
material, which absorbs the sunlight from all directions & delivers to the
space in a diffused format. Lightpipe can be fitted on false ceiling, side
walls. It can It can directly replace a lamp during daytime.
Norikool is designed to be installed on metallic or cement
roof sheets, in place of polycarbonate or fibre sheets. There are two layers of
specially defined shapes of polycarbonate sheets. The upper layer has a
prismatic texture which enables Norikool to attract more sun light from all
directions even during evening hours. The lower layer of polycarbonate, which
is placed 4 inches below the upper sheet, acts like a diffuser. The gap between
these two sheets traps the heat & does not allow it to flow to the shop
floor.
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