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Simferopol International Airport
The new international terminal of Simferopol airport can be safely called the construction site of the century. A great-war building of complex archit...
Platov International Airport
Objective
To create an author's large-sized lighting structure, to solve the problem of designer lighting for the VIP terminal and business lounges, as well as to offer solutions for lighting the street area.Solution
For street lighting, we used LEDS-C4 lamps, and to create stylish interiors of business halls, we used ARTEMIDE designer lamps. The structure was designed by our engineers and made of Ural metal and Japanese SAMSUNG LEDs.Result: We managed to emphasize the status of the interiors, to give a unique style. We received the highest quality of light, which favorably emphasized solid finishing materials, furniture and decor.
VIP-recreation area PLATOV
Our company has selected and installed lighting equipment for the VIP-terminal recreation area of Platov airport with its own garden and bar on the roof of the building.
The evening illumination of the rooftop terrace creates a cozy waiting atmosphere with a beautiful view of the airport platform.
Lighttech, Vibia and SLV luminaires were used in the project.
I would like to pay special attention to the lamps of our company. They are made of acrylic stone, which is highly durable and durable. Products are devoid of all the disadvantages inherent in natural materials, and also have all the necessary properties for euservice in any conditions.
Thanks to the use of highly efficient LED sources, our lamps with polycarbonate diffusers have become a bright accent in the exterior of the terrace space in the evening.
Lighting technology
Lighting technology is an applied field of science and engineering dealing with the generation, spatial redistribution, measurement and practical use of optical radiation. For a long time its role was limited to providing visibility at night, but modern lighting technology has grown into a complex interdisciplinary industry at the intersection of optics, materials science, microelectronics, architecture and neurobiology.
The fundamental turning point in the industry was the solid-state revolution — the transition to semiconductor light sources (LED). LEDs displaced traditional incandescent lamps and gas-discharge tubes thanks to phenomenal energy efficiency, miniature size, longevity (tens of thousands of operating hours) and high resistance to mechanical damage. This made it possible to abandon bulky luminaires in favour of integrated architectural solutions, concealed lighting and ultra-thin optical systems based on secondary optics (lenses, collimators and microprismatic diffusers).
The approach to light quality has changed in parallel. Where luminous efficacy (lumens per watt) used to be the main criterion, the focus has now shifted to colour rendering (CRI and TM-30 indices) and visual comfort. The suppression of parasitic flicker and control of the discomfort glare index (UGR) have become key parameters.
The key trend in modern lighting technology is the Human Centric Lighting (HCL) concept. The discovery of photosensitive retinal ganglion cells proved that the spectral composition and intensity of light directly govern our circadian rhythms. By changing the colour temperature (from a warm, relaxing 2700 K spectrum to a cold, invigorating 6500 K) during the day, modern dynamic lighting systems synchronise the production of melatonin and cortisol, improving concentration during the day and promoting deep sleep at night.
The integration of lighting technology with digital protocols (DALI-2, Zigbee, Bluetooth Mesh) and presence and daylight sensors has turned luminaires into key nodes of smart buildings and cities, where light switches on exactly where and when it is needed.