Branch News 

15.02.12

Scientists have developed a new technology of organic light-emitting diodes

Potentially graphene can be ideally suited for replacement of the transparent anode from expensive indium tin oxide (ITO) in such practical problems, as creation of transparent organic light-emitting diodes.


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Corporate News  

03.02.12

Devices for the effective use of LED fixtures LumenPRO

The company «Svetotekhnika» offers a devices for more efficient use LED fixtures LumenPRO.


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LED equipment LumenPRO

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Company Svetotekhnika (trade mark LumenPRO) is a developer and manufacturer of highly effective light-emitting diode equipment and light-emitting diode fixtures, and it is also an official dealer of the leading manufacturers of light-emitting diode devices.

Today economic illumination is the main issue for industrial and commercial organizations. Traditional lighting systems are replaced by light-emitting diode equipment, efficiency of which is significantly higher than that from luminescent lamps and incandescent electric lamps. Company Svetotekhnika (trade mark LumenPRO) manufactures light-emitting diode equipment for industrial, street, art, hothouse and office purposes.

Today OOO «Svetotekhnika» actively aspires to the achievement of the aims set by the Russian Federation government concerning energy efficiency – from reduction of power inputs to minimization of harmful environmental impact of light technologies.

 Light-emitting diode equipment – the main advantages:

  • Long durability of light sources (80 000 hours irrespective of frequency of switching on, up to 25 years at a standard mode of operation)
  • Instant achievement of operating conditions, from 1 second (5 times faster, than DRL lamps) Absolute harmlessness for health (light-emitting diode equipment does not contain mercury and other harmful substances in its structure, there are also no infrared and ultraviolet  component in radiated spectrum)
  • Thermal stability (temperature changes stability from -40 up to 50°С)
  • High colour rendition 93Ra (2,5 times more than luminescent lamps)
  • Consumable current 0,35 A (25-30 times less than DRL lamps)
  • Coefficient of efficiency reaches 90 % (2 times more than DRL lamps)
  • Power consumption 96 W (3 times less than luminescent lamps)
  • Power saving (up to 84 % a year in comparison with DRL lamps)
  • Not decreasing light stream at operation (decrease in light stream of DRL lamps makes up to 60 % a year)
  • Light-emitting diode equipment has long durability irrespective of frequency of switching on
  • Light-emitting diode fixtures and other light-emitting diode equipment is made of durable structural materials, that gives high reliability and strength to them

We offer you investing in purchase of economic and durable highly efficient light sources – light-emitting diodes!

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Introduction of Light-Emitting Diode Fixtures in Russia

Introduction of Light-Emitting Diode Fixtures in Russia

Light-emitting diode illumination is a considerable progress in improvement of illumination quality, energy efficiency and durability of lighting devices. That is why Yaroslavskiy zavod tekhnologicheskoy osnastki (YaZTO) pays special attention to this direction – all progressive ideas and technologies in the field of light-emitting diode illumination are realized owing to experts of the enterprise.


World Market of Light-Emitting Diode Equipment

Today light-emitting diode technologies are applied mostly in illumination – architectural, advertising, landscape. For these sectors energy-efficient sources of illumination are justified economically.


History and Basic Concepts of Light-Emitting Diodes

Light-emitting diode (LED) is a device on basis of semiconductors which transforms electric current into light radiation. Active part of light-emitting diode is called «crystal» or «chip», and it consists of two types of semiconductor – with electronic (n-type) and hole (p-type) conduction. Modern light-emitting diodes are hardly similar to the first case light-emitting diodes which were applied for indication. They consist of semiconductor crystal on substrate, body with leads and optical system.