Sydney Opera House Lights Up Concert Hall With Incipient Lamps After First Major Upgrade
Lighting is everything. It creates mood and effect according to occasion. It is no surprise that the famous Sydney Opera House, in its first major upgrade recently, opted for LED lamps that allowed special effects to be achieved that were simply not possible with gas discharge or filament lamps. Over 350 customized LED lamps were used to create special atmosphere and mood according to performances on stage. LED lamps used in conjunction with digital controllers allowed huge variations in lighting such as orchestral lighting for traditional performances and more psychedelic rolling wave effects with various color for contemporary music or stage shows. The use of LEDs by the Sydney Opera House underlines the reasons for the growing popularity of the latest in lighting technology.
In brief, the advantages of LED are:
‚¬ Extremely long life of about 100000 hours
‚¬ Can be controlled digitally or with analog controls for zero to 100% brightness
‚¬ Compact in size and easy to pick LEDs with the right color temperature to create exactly the desired impact.
The same advantages also come in useful in another area, which is hydroponics. LED grow lights are growing in popularity because of the inherent advantages they have over traditional lighting sources. Produce is higher in quantity and better in quality when LED lights are used in hydroponics to grow plants.
Plants require more of blue and violet light during the vegetative growth stage. Full spectrum LEDs with digital controllers can output more of blue light to help saplings grow faster and develop better leaves.
When plants reach the flowering stage then the same controller can be used to adjust the LED matrix module to output more of yellow, orange and red light that helps plants develop better blooms and fruits.
A typical array uses a matrix of 200 to 600 3 watt LEDS. The light is directional and cool. This means the module can be placed closer to plants that receive more quantity of light that promotes better growth. Moving the lights just one foot closer doubles the quantity and moving it away quarters the light quantity. LEDs consume less than half the amount of power required by other forms of lighting to output the same amount of lumens and intensity. All these factors play a vital role in the plant's growth, flowering and fruiting. If hydroponics enthusiasts grow leafy vegetables, they can adjust lighting for optimum leaf growth. If they grow fruits or vegetables, lighting can be adjusted accordingly to give tasty, larger and better quality vegetables.
LED grow lights are more expensive in comparison to traditional lighting. However, given their advantages, the investment is repaid within a short time by way of better and more produce, lower power consumption and increased life. LED is not the future; it is the present and the first choice of smart hydroponics growers.
Article resource: http://www.articler.com/Product-Reviews/Consumer-Electronics/514219-Sydney-Opera-House-Lights-up-Concert-Hall-with-Incipient-Lamps-after-First-Major-Upgrade.html
In brief, the advantages of LED are:
‚¬ Extremely long life of about 100000 hours
‚¬ Can be controlled digitally or with analog controls for zero to 100% brightness
‚¬ Compact in size and easy to pick LEDs with the right color temperature to create exactly the desired impact.
The same advantages also come in useful in another area, which is hydroponics. LED grow lights are growing in popularity because of the inherent advantages they have over traditional lighting sources. Produce is higher in quantity and better in quality when LED lights are used in hydroponics to grow plants.
Plants require more of blue and violet light during the vegetative growth stage. Full spectrum LEDs with digital controllers can output more of blue light to help saplings grow faster and develop better leaves.
When plants reach the flowering stage then the same controller can be used to adjust the LED matrix module to output more of yellow, orange and red light that helps plants develop better blooms and fruits.
A typical array uses a matrix of 200 to 600 3 watt LEDS. The light is directional and cool. This means the module can be placed closer to plants that receive more quantity of light that promotes better growth. Moving the lights just one foot closer doubles the quantity and moving it away quarters the light quantity. LEDs consume less than half the amount of power required by other forms of lighting to output the same amount of lumens and intensity. All these factors play a vital role in the plant's growth, flowering and fruiting. If hydroponics enthusiasts grow leafy vegetables, they can adjust lighting for optimum leaf growth. If they grow fruits or vegetables, lighting can be adjusted accordingly to give tasty, larger and better quality vegetables.
LED grow lights are more expensive in comparison to traditional lighting. However, given their advantages, the investment is repaid within a short time by way of better and more produce, lower power consumption and increased life. LED is not the future; it is the present and the first choice of smart hydroponics growers.
Article resource: http://www.articler.com/Product-Reviews/Consumer-Electronics/514219-Sydney-Opera-House-Lights-up-Concert-Hall-with-Incipient-Lamps-after-First-Major-Upgrade.html
