Induction lamps for 



a whole-year plants growing


Worldwide innovation!  

SHO01 1

Induction-LED lamp!

Any frame color

A six-year warranty

Warranty and repair


in the own service centre

Super-power 400 W  

so06 506

projector for cranes

Super-power induction lamp for sport  

so03 62 0000

stadiums and exhibition pavilions


We produce only induction lamps


Induction lamps question and answer


Why Induction lamps last much longer than other light sources?

We are all familiar with fragile wire structure located inside the incandescent lamps. The electrical circuit elements - electrodes and the filament, the integrity of which is broken by the vibration, have certain number of cycles on / off, etc. Exactly the same issues are present in all other lamps, except for induction, in which instead of an electric circuit, magnetic field is used... No brittle unreliable elements - nothing to break. Induction lamps can be switched on and off any number of times, and they will still work for 100,000 hours.


Why glass bulb in household induction lamps is bigger than that of compact fluorescent lights?

The special shape and volume of induction lamps Venus is specifically designed for a long service life of 60,000 hours without any deterioration in the quality of light emitted. The larger the glass bulb, the longer is the lifespan. The increased size of the lamp fits most household lighting equipment.


How to select the desired power of the induction lamp?

By modern standards, the main indicator of lamp is not its power, but its energy efficiency. Efficiency of induction lamps is 70-85 Lm / W, while in incandescent lamps it is not above 10 Lm / W, halogen - 15 Lm / W, therefore, to replace the conventional 100 W light bulb it’s enough to purchase a 15 watt induction lamp. Latter source of light will serve 60 times longer.


What are the benefits of induction lamps compared to fluorescent light sources?

Induction lamps consume 30-40% less energy, as they have higher energy efficiency (75 Lm / W to 45 Lm / W). Fluorescent light sources, unlike induction have limited amount of on / off cycles. Their glass bulb is heated much stronger, so they are easily damaged in sealed covers. When operating from the AC line current fluorescent lamps are switched off up to 50 times per minute. Human can not notice pulsations, but his eyes get tired and strained in this light much more quickly. Induction lamps have a much higher inertia, so they do not pulsate, and emit light evenly.


Why in Europe and US induction lamps are considered the most environmentally friendly source of lighting?

Induction lamps contain almost no harmful ingredients, so they are referred to products that are recyclable. They emit the least amount of heat, thereby reducing the greenhouse effect.


Why industrial induction lamps last longer than regular?

Industrial Induction lamps have a separate electronic ballast and ballast of household lamps is built into a glass flask with less volume. Built in,  more compact ballast component differs in composition and is subjected to operation at higher temperatures, therefore its lifespan is shorter. But still household induction lamps are record holders for lifespan(60 000 hours), ahead of the competition.


Are induction lamps suitable for russian climate?

The temperature range in which induction lamps iLS can operate ranges from -40 to +50 degrees, so successfully lamps are used in most regions of the country to cover urban and industrial facilities. For induction light sources there is no limitation in wind zones, as they are not prone to vibration.


What is the color temperature of induction lamps and how to choose the right one?

Induction lamps are available in a wide range of color temperatures of white (3000-5000 K). The classification of white shades depend on the temperature of the heated metal.  At a temperature of 3000 K, the metal is heated to a yellowish color, and at 5000 K it shines with cold "blue flame". Accordingly, the induction lamp of lower color temperature emits yellow light. Cold bluish hues have an indicator of 4000-5000 K. Selecting the desired color is quite simple. The higher the installation height, the higher the color temperature. Lamps with color temperature of 3000 K is optimal for ceiling heights 2.5-3 m.