Development of energy efficient lighting for public buildings. Energy saving LED lighting. Energy efficient lighting of industrial enterprises

There is a strong opinion in Russian society that energy savings occur only when electrical appliances that are not currently in use are turned off. This is partly true. However, modern technologies know many ways that help reduce energy consumption by tens - hundreds of times, in addition to simply disconnecting devices from the network.

A significant part of the electricity is spent directly on artificial lighting and illumination.

In order to significantly reduce electricity consumption specifically for lighting, you need to follow a number of generally accepted rules:

  1. In order to make the most of natural sunlight indoors, without resorting to the use of artificial illumination during daylight hours, you need to paint the surfaces of the walls and ceilings in light colors, while increasing the reflectivity of the surfaces.
  2. If possible, install a sufficient number of windows in the room and keep them clean so that they can transmit the maximum amount of light.
  3. . Types of energy-saving lighting devices include numerous halogen, fluorescent and LED lamps and devices that also have control systems, which allows them to be used at a reduced level of energy consumption. So and to the maximum at the right time.
  4. The use of various types of sensors, . With the help of such sensors, the lamps are automatically controlled to turn on and off when a person appears nearby.

Types of lamps that allow you to save

Luminescent

The main advantage of this type of illumination is that such devices have a high level of light output in relation to energy consumption.

If we compare it with a conventional incandescent lamp (IL), which is already a thing of the past, the advantages are undeniable:

  • Energy consumption is reduced by five times.
  • The luminous flux power is much greater.
  • The efficiency is about 80 percent.
  • Electricity costs are reduced by at least three times.
  • There is no external overheating of the lamps.
  • You can choose a different color spectrum of illumination.

Modern fluorescent lamps

However, when using fluorescent lamps, you must remember that their service life can be extended if you turn them off less often. The minimum use time should be three hours. If the lamp turns off, then for a period of no less than 5 minutes.

The only significant drawback of this type of lighting is the content of a certain amount of mercury in fluorescent lamps. Therefore, when installing and replacing lamps, you need to be extremely careful, and do not throw them away after use as regular garbage.

Engineers are already actively fighting this problem, since luminescent devices containing not pure mercury, but its alloys, are becoming increasingly widespread, which does not allow the harmful substance to evaporate if the device is damaged.

The scope of application of this type of lighting has traditionally been all kinds of public organizations, office premises, street lighting, entrances of residential buildings, warehouses and industrial premises. The territories of these premises, as a rule, have large areas, or the lights in them are practically not turned off around the clock, so the issue of energy saving for them is more relevant than ever.

LED lighting products

LED lamps are a combination of several diodes in one device. The performance indicators of this type of energy-saving lighting are superior even to fluorescent ones in terms of their efficiency. Thus, electricity savings can reach 90 percent (which is 12 times more than that of LN), and the service life compared to incandescent lamps is 8 times longer.

Such efficiency and high luminous efficiency can soon completely solve the issue of energy saving in street (lantern) lighting.

In addition to significant advantages in the field of electricity consumption, LED devices, based on the results of studying their effect on human health, not only do not cause harm, but are also superior to halogen and fluorescent lighting in this indicator.

LED lamps (click to enlarge)

It has been proven that other types of illumination produce light flux fluctuations that harm people's health (namely, vision), the eyes quickly become tired and irritated. LED devices do not produce such streaming impulses, which has a quite beneficial effect on people’s well-being and sensations. In addition, LEDs do not emit ultraviolet radiation at all, which also does not harm human health.

When listing the advantages of this type of lighting, it must also be said that, compared to fluorescent lamps, the diodes do not contain mercury or other harmful substances, which does not create problems during disposal or accidental damage to the device. When breaking diodes, it is also impossible to get damaged from glass, since glass is not used in the production of diodes. It has been replaced with highly transparent plastic, so there is no need to worry about splinters.

Whatever type of energy-saving lighting you choose, the overwhelming advantages over traditional incandescent lamps are undeniable. Our future is built on efficiency and environmental friendliness!

In the field of industrial lighting, the company works with the largest industrial enterprises of the Ural region, energy service contracts have been signed, and the following work has been completed:

Pervouralsk Novotrubny Plant - reconstruction of lighting in 2 production shops with a total area of ​​40 thousand square meters. m with a complete replacement of lighting equipment, reconstruction of the external mast lighting system (37 lighting towers in total);

OJSC "Uralmashzavod" in Yekaterinburg - reconstruction of lighting for assembly production (workshop with a total area of ​​10.5 thousand sq. m);

OJSC "Sverdlovsk Current Transformer Plant" - 90% of all production premises, high requirements for the quality of lighting due to the peculiarities of the production process, etc.

OJSC "Ural Railway Machinery Plant" - a complex of workshops with an area of ​​more than 80 thousand square meters;

OJSC “KUMZ”, K-Uralsky – reconstruction of lighting in the press-forging and foundry shops;

Mining and processing enterprises UMMC holding - lighting of industrial areas and quarries. Including OJSC Gaisky GOK, OJSC Uchalinsky GOK, LLC Bashkir Copper

OJSC "Magnitogorsk Iron and Steel Works" - railway lighting. Art. “Granitnaya”, “Sulfidnaya”, two rolling mills LPC No. 7, an AGNTs workshop, a pile driver shop, supply of lighting equipment for foundry yards;

JSC "Silvinit" - lighting of the industrial territory of SKRU No. 1, railway station SKRU No. 4

OJSC "Uralkali" - participation in the implementation of a comprehensive program for reconstruction and energy saving in the OS of the above-ground complex of the enterprise.

OJSC Chusovskoy Metallurgical Plant - implementation of design work for lighting the Blast Furnace No. 2 complex.

OJSC "KGOK-EVRAZ" - reconstruction of lighting for the Severny quarry.

A large number of objects are currently at the stage of work and design: Lighting of workshop No. 3 of Uralkhimmash OJSC (27 thousand sq.m.), lighting of the Main quarry of EVRAZ KGOK.

OUTDOOR LIGHTING

One of the main indicators of op-amps is the luminous efficiency of the light sources used in them. An example of this could be the replacement of lamps of the KNU-10000(20000) type with DKsT-10000(20000) lamps with spotlights from SBP (Italy) with high-pressure sodium lamps with a power of 1000 W SON-T Pro 1000 (PHILIPS)

The luminous efficiency of these lamps is 4.3 times greater than that of DKsT lamps.

Lighting of the Maly Kuibas quarry of OJSC MMK

An example of this is the lighting project for the Maly Kuibas quarry of OJSC MMK. The approximate size of the quarry is 1600x800 meters, the depth of the quarry is 170 meters.

There are two options for the quarry lighting project:

1 option OJSC "GIPROMEZ" Magnitogorsk;

Option 2 “MT ELECTRO”.

P set (installed power) of the op-amp was reduced from 304 to 77 kW, that is, reduced by 3.9 times.

Annual electricity consumption will decrease from 1,199,888 to 333,564 kW/hour per year.

At a cost of electrical energy of 1,156 rubles. per kW/hour, the difference in the cost of electricity costs will be 1,001,470 rubles. 55 kopecks.

An important indicator for a light source is the service life of the lamps and, as a consequence, the cost of replacing lamps per year.

The service life of DKsT-10000(20000) lamps is only 1350 hours, and the service life of SON-T Pro 1000 lamps is 18000 hours. As a result, the difference between the cost of replacing lamps per year will be 74528 rubles. 57 kopecks in favor of the option with NLVD.

The total savings in annual operating costs when implementing the “MT ELECTRO” option will be 1,068,599 rubles. 11 kopecks With the cost of equipment in option 1 being 619,000 rubles. and 1553378 rub. 16 kopecks in option 2, their difference will be 934,278 rubles. 76 kopecks. and the payback of the project will be 0.87 years.

Conclusion. Thus, our proposed option for open pit operation is highly efficient and cost-effective; its payback period will be 10.5 months. In the first year of operation, savings from the implementation of this option will amount to 134,320 rubles. 35 kopecks, and subsequently 1,068,599 rubles. 11 kopecks in year.

Lighting of the batch warehouse of JSC Sevuralboxytruda

The previous option related to new construction; during the reconstruction of the central charge warehouse at OJSC Sevuralboxytruda, floodlights from SBP with a low-pressure heat pump from PHILIPS with a power of 1 kW were used, the following results were obtained.

The loading warehouse has the following dimensions: 800*300 meters and the height of six lighting towers is 16 meters.

P mouth was reduced from 80 kW to 21 kW, that is, by 3.7 times.

Annual electricity costs, at a cost of 1 kW/hour, are 0.91 rubles. will decrease by 195,642 rubles. 72 kopecks

The annual cost of replacing lamps will decrease from RUB 26,666. up to 7350 rub. 34 kopecks and the savings will be 19,315 rubles. 06 kop.

Savings in annual operating costs when implementing our option amounted to 222,063 rubles, and the payback of the OS at the cost of equipment was 452,084 rubles. will be 2 years.

Lighting of the territory of JSC "PNTZ"

Another example of replacing KNU-10000 floodlights with DKsT-10000 lamps on 37 towers of the OS of the industrial territory of PNTZ OJSC led to a decrease in P ort from 660 kW to 102 kW; for a year and a half of operation of this OS, not a single lamp burned out, not a single one was recorded. no equipment failures. As a result of this, a reorganization of the service serving this OS was carried out.

The equipment we offer not only has high lighting performance characteristics, high quality workmanship and compliance with the degrees of protection specified in the device passport. All these indicators are important when using this equipment in outdoor OS at metallurgical and mining enterprises.

Its degree of protection is IP 65, 66.

Lighting of the Severny quarry of EVRAZ KGOK OJSC

Option 1: Production Association of OJSC EVRAZ KGOK, Kachkanar;

Option 2 "STK MT ELECTRO".

Implemented in 2011

Let's consider a comparative table of the main technical and economic indicators.

P set (installed power) of the op-amp was reduced from 328 to 53.6 kW, that is, reduced by 6.1 times.

Annual electricity consumption will decrease from 1,315,296 to 225,264 kW/hour per year.

At a cost of electrical energy of 1,026 rubles. per kW/hour, the difference in the cost of electricity costs will be 1,126,822

An important indicator for a light source is the service life of the lamps and, as a consequence, the cost of replacing lamps per year. The service life of DKsT-50000(20000) lamps is only 1350 hours, and the service life of SON-T Pro 1000W lamps is 18000 hours. As a result, the difference between the costs of replacing lamps per year will be 117,680 rubles. in favor of the option with NLVD.

The total savings in annual operating costs when implementing the MT ELECTRO option will be 1,237,863 rubles. 21 kopecks

Conclusion. Thus, our proposed option for open pit open pit is highly efficient and cost-effective.

IN-SHOP LIGHTING

The use of modern light sources in internal OUs - that is, in workshops, warehouses, etc. is due to the replacement of DRL type lamps traditionally used in enterprises with MGLs. The ratio of the luminous efficiency of these lamps is 54 lm/W and 90-100 lm/W, which reduces energy consumption by 1.67-1.85 times. However, computer selection of equipment and high lighting characteristics of the equipment we propose allows us to increase the reduction in energy consumption in on-shop OUs by 2.5 - 2.8 times.

This can be seen in the example of technical and commercial proposals for the reconstruction of the OS of shop No. 14 of PNTZ OJSC and the manufacturing plant No. 8 of MMK OJSC. Let's consider these proposals.

Lighting of OU LPC No. 8 OJSC MMK

Main technical and economic indicators of OS LPC No. 8.

Number of devices:

Existing OS - 1436 pcs.

Estimated OS - 1292 pcs.

Sources of light:

The existing op-amp is DRL lamps 700 and 1000 W emergency. LON – 1000 W

Proposed op-amp - MGL lamps 400 W (Philips)

P mouth was reduced from 1412.8 to 516.8 by 2.73 times. The cost of electricity consumed per year of operation at a cost of 1 kW/hour is 1,156 rubles. will decrease from 8856433.7 rubles. up to RUB 3,299,839.73 The savings will amount to RUB 5,556,593.97.

The cost of replacing lamps per year in the version with MGL can be higher than that of DRL lamps, since the cost of MGL is approximately 4.5 times higher than that of DRL lamps, and the service life of DRL lamps is approximately 1.8-2 times less than that of MGL (Philips).

Domestic MGLs have a service life of only 2000 hours. While their price is approximately 1.5-1.8 times less than that of Philips lamps. Therefore, the use of domestic MGL is not advisable. The cost of replacing them is high, given their short service life and fairly high cost.

Annual operating costs, in the proposed version, are reduced from 9181824.17 rubles. up to RUB 3,784,685.92 The annual savings from the implementation of the new OS will amount to RUB 5,397,178.25. With the cost of the equipment being RUB 8,499,968.84, the payback period for the new OS will be 1 year 7 months. OJSC MMK decided to implement this proposal step by step.

Lighting of workshop No. 14 of PNTZ OJSC

At OJSC "PNTZ" 1.5 years ago, a similar proposal was introduced in workshop No. 14. His indicators are as follows.

P set was reduced from 137.2 kW to 91.6 kW.

Annual electricity costs were reduced from RUB 1,245,671.20. up to RUB 501,382.98 – 2.5 times. The savings amounted to RUB 744,288.22. With the cost of equipment being RUB 1,420,582.80. its payback will be 2 years. Simultaneously with our proposed SBP equipment.

In another section of the workshop, equipment from the Vatra company was installed, type GSP-7V-700 with DRI-700 lamps and ZhSP-04V-400 with DNAT-400 lamps. Comparative analyzes of equipment operation showed the following. SBP equipment operates reliably in conditions of frequent planting and power surges. Its advantage is that the ballast, and specifically the IZU, has protection against the repeated supply of high-voltage pulses that ignite the lamp to the lamp.

Thus, the IZU and the lamp operate in a more gentle mode, and since the ignition mode for high-pressure gas-discharge lamps is the most severe, the service life of the lamp and equipment increases.

During 1.5 years of operation at the site there was not a single case of equipment failure and not a single lamp burned out. Whereas in the equipment of the Vatra company, the IZUs constantly failed and the lamps were frequently replaced.

As a result, PNTZ OJSC refused to further use Vatra equipment. That is, SBP equipment has proven to be reliable and cost-effective to use.

Lighting of compressor station No. 14 of JSC "SUBR"

I would also like to give a small example of replacing equipment with fluorescent lamps and electronic ballasts. The use of electronic ballasts in equipment with fluorescent lamps, in addition to energy savings, provides the following advantages. Lamp pulsation is eliminated. The lamps light up almost instantly. The lamp service life increases by 50%, and losses in ballasts are reduced by 25%. Losses when using fluorescent lamps with electronic ballasts are the same as for incandescent lamps - that is, 3%. An example of replacing LON with fluorescent lamps with electronic ballasts at compressor station No. 14 of JSC SUBR shows that P mouth will decrease from 13.5 kW to 7.42 kW. At the same time, the illumination in the workplace will increase by 3-4 times and will correspond to the standard. To save energy, a circuit with two modes of lamp operation is proposed:

Operating mode - illumination 300 lux

Standby mode - illumination 75 lux

This allows you to significantly save energy and reduce the cost of electricity per year of operation from 120,132.45 rubles. to 38,444.67 rubles, and annual operating costs will decrease from 136,756.35 rubles. up to 43,267.95.

Savings in annual operating costs will amount to RUB 93,488.40. With the cost of equipment being 92,249.60 rubles. The payback period for this proposal will be 1 year.

Energy efficient lighting involves providing the necessary illumination while reducing the cost of electricity consumed and replacing light sources.

The required illumination must correspond to the specified standards and parameters in the right place and at the right time while ensuring high-quality lighting characteristics: the required spectral composition of the radiation, limiting pulsations of the light flux and uneven distribution of brightness in the field of view, the absence of close sources in the field of view that cause glare. The required illumination is achieved by optimizing the placement of lamps, selecting color and contrast /15/, /16, etc./.

Lighting at the right time means ensuring that lighting is provided at all times when people are in the illuminated space. Lighting must be in the right place to provide the required illumination in certain given spaces.

uhEnergy efficient lighting can be achieved by minimizing three variables:

    number of hours of use;

    installed power of lamps;

    costs of purchasing and installing or replacing lamps.

There is an opinion that energy efficient lighting is expensive. In reality, this is not so, it is so profitable and allows you to save money. The initial cost of a new lighting system is higher than that of an inefficient one. However, within a few years or months it pays for itself due to energy savings and funds for replacing light sources.

To bring it to life energy efficient lighting concepts It is necessary to take an integrated approach to the lighting system: Light source– ballast– lamp– lighting installation– ecology– exploitation.

Currently, for most public buildings, the share of energy consumption for lighting is between 30% and 45% of the total energy consumption in the building. Sometimes up to two-thirds of this amount can be saved thanks to cheap and simple energy-saving measures:

1) Turn off the lighting when leaving the room;

2) Keeping the reflective surface of lighting fixtures clean (up to 50% of illumination is lost on a dirty surface) is the cheapest way to save energy.

3) A bright interior creates an additional feeling of a brighter space and reduces the need for the use of artificial lighting. 4) Energy savings of 30-70% are achieved by a combination of two components: good natural lighting and well-controlled artificial lighting.

From well-known foreign experience it is known that automation of the lighting system can reduce energy consumption by 30-50%.

It is also necessary to apply more expensive measures that include significant energy saving potential due to increased efficiency of conversion of electrical energy into light, such events include :

    reducing the installed power of the light source without degrading the light output; we achieve this through the use of energy-efficient light sources with high luminous efficiency R ud (lm/W);

    the use of highly efficient ballasts (ballasts) with low internal energy consumption: electronic ballasts, electromagnetic ballasts on silicon-iron cores with high magnetic permeability;

    high-frequency electronic ballasts (EPG);

    the use of high-efficiency lamps with a highly reflective surface (the use of alzac-coated aluminum with a reflection coefficient of 98%), replacing the organic glass diffuser with a diffuser grille made of the above-mentioned material, etc.;

    the use of reflected light lamps reduces lighting costs by up to 30%;

    optimal placement of lamps to illuminate the required space; automate lighting systems; use motion sensors

    and other new developments;

    proper maintenance (periodic lamp replacement and cleaning). Apply fluorescent lamps, halogen lamps, high pressure sodium lamps

    (for street and object lighting complete with electronic ballasts) and other energy-saving lamps;

The use of light pipes made of polymer materials (for the design of signs and shop windows, festive decoration of buildings, etc.).

The best foreign lamps with energy-efficient lamps provide specific energy costs from 9 to 15 W/m2 with an illumination of 500 lux. In 1981, they appeared on the world market high-frequency electronic ballasts (EPGs)

or electronic ballasts) for fluorescent lamps (LL). An electronic ballast is an electronic unit made on printed circuit boards (manufactured in a protective housing or without it) with overall dimensions that allow it to be freely integrated into various modifications of luminaires with fluorescent lamps. It should be said that some new linear fluorescent lamps, for example type T2 (with a tube diameter of 7 mm) and T5 (16 mm), cannot work in circuits with conventional electromagnetic ballasts and are designed to work only with electronic ballasts. In our republic, the developer and manufacturer of electronic ballasts for lamps of any power for street and object lighting is SKB "NEMIGA" NPO "INTEGRAL" " Energy-saving halogen lamps are also produced "BelOMO" (Belarusian Optical-Mechanical Association) State Enterprise MMZ named after. S.I. Vavilova (220836, Minsk, Makaenka St., 23). These lamps are intended for local and general lighting of residential, administrative and public buildings, for illuminating shop windows, expositions, stands. Convenience is the hinged mounting of the lamp platform to the body. Halogen lamps can reduce energy consumption by 2-2.5 times compared to an incandescent lamp. And also the use of a low-voltage power source in lamps increases the reliability of their operation and ensures the safety of their operation.

Fluorescent lamps have a number of advantages compared to other lighting devices:

    energy savings of up to 30% compared to power supply from electromagnetic ballasts and sixfold energy savings compared to a similar incandescent lamp;

    20% increase in light output due to the high-quality functioning of luminescent light sources;

    increase in lamp life by 20% or more, due to the optimal mode with smooth heating of the filaments (cathodes);

    instant switching on without an additional starter and silent operation of the lamp;

    smooth, flicker-free light that does not tire vision during prolonged visual stress, thanks to the high-quality functioning of fluorescent lamps;

    lack of stroboscopic effect;

    suitability for use in backup (emergency) installations of 200-250 V DC;

    no electromagnetic interference, protection from interference in the electrical network.

Disadvantages of electronic ballasts: high cost compared to an incandescent lamp.

SKB NEMIGA products: 1) electronic ballast type with compact fluorescent lamps KLU-7, 9, 11 W - equivalent to incandescent lamps 40.60, 75 W, available in the form of sconces, table lamps, explosion-proof, street lamps; LSP;

2) CFL - compact fluorescent lamp; halogen lamp;

3) motion sensors for controlling power plants and lighting devices. This sensor is sensitive to infrared radiation and provides connection to an external load with a power consumption of up to 2 kW when a person appears in its sensitivity field. The voltage cut-off after a person leaves the sensor zone is regulated by the customer. This allows you to reduce energy consumption by up to 50%. It is energy-efficient to use for fire and security alarm purposes, for lighting rooms with temporary occupancy of people (corridors, warehouses, staircases), with its help you can open the door without touching the handle. The costs of its acquisition are recouped in 6 months.

Similar electronic ballasts have been produced in Molodechno since 1992.

In Western Europe, from 1996 to 2000, the production volume of electronic ballasts increased and amounted to 300%, or 20 million units, compared to 1996.

It is very important to use cheaper lamps with a simple design and lower cost for the residential sector, public and industrial buildings, livestock buildings offers on the Belarusian market POOO "Tantal"(220600, Minsk, Sukhaya st., 3). The service life of the lamps is at least 8 years. Types of lamps for energy-saving lighting:

    pendant lamp LPO-013-11-002 UHL4 with an individual ballast and a CL fluorescent lamp with a power of 11 W, while it provides a level of illumination equal to that of a device with an incandescent lamp with a power of 75 W; degree of protection IP54 and climatic modification UHL4;

    rated supply voltage 220 V;

pendant lamp LPO 22-9-801 UHL4 with an individual ballast and a 9 W KL fluorescent lamp for lighting public and industrial buildings; it gives a level of illumination equal to that of a device with an incandescent lamp with a power of 60 W; degree of protection IP54 and climatic modification UHL4;

The advantage of these energy-saving lamps compared to incandescent lamps: 1) five times less electricity consumption; 2) the service life is 8 times longer, so the energy savings per lamp during its operation is up to 1400 kWh. Rational management of street lighting allows you to timer TEU-01N

The Tekhnosvet-Montazh SPb company took part in the conference “Energy Saving in Energy Facilities of Industrial Enterprises”.
General Director of TSM SPb LLC Kirsanov S.V. made a report on “Energy-efficient lighting of industrial enterprises”

"Energy efficient lighting of industrial enterprises"

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One of the main activities of the Tekhnosvet-Montazh SPb company is the promotion and implementation of energy-saving technologies in lighting installations of industrial enterprises.

It is no secret that in many industrial enterprises lighting installations are in a deplorable state. Outdated morally and physically devices and light sources are used. Cable networks are worn out. Electricity control and distribution panels do not meet modern requirements. Lighting control is either absent or very limited in functions and implementation methods.
Often, even at newly commissioned production enterprises, lamps with inefficient mercury lamps are designed. In areas with high temperature, humidity and dust, devices are used that do not meet the operating requirements in terms of their characteristics.
All this leads to increased energy consumption, non-compliance with workplace lighting standards, decreased labor productivity, and an increased risk of emergencies and accidents.

The Tekhnosvet-Montazh SPb company sees its mission in using best practices in the design and implementation of energy-efficient lighting installations with high lighting and performance indicators.

What do we mean by an “energy efficient” lighting installation?

A lighting installation that creates high-quality lighting should be considered effective. lighting in accordance with standards and retains its characteristics for a long time at low costs for electricity consumption and ongoing operation.

It should be noted that the lighting installation must generate light not at all, but in the quantity and quality, in the place and at the time required by the standards - SNiP, SanPIN, industry and local (factory) norms and rules.
It is not only an insufficient level of lighting that is unacceptable, but also excessive lighting, which leads to excessive energy consumption, staff discomfort and “light pollution” of the environment.

An analysis of completed projects for the reconstruction and repair of electric lighting systems at various industrial facilities shows that The main factors influencing the efficiency of a lighting installation are:

- correct choice of light sources according to the main indicators - their luminous output of light sources, service life and compliance with operating conditions, stability of characteristics throughout the service life;

- correct selection of lighting fixtures- primarily according to their purpose, tightness and climatic performance, light efficiency (the amount of light that actually comes out of the lamp in relation to the amount of light produced by the light source), the type of Luminous Intensity Curve, the stability of electrical parameters, the quality of components, the compliance of parameters the device to the conditions in which it will operate;

- correct placement and relative position lighting devices when designing a lighting installation, the use of brackets and systems for installing and hanging lamps, which significantly facilitate their subsequent operation, cleaning, and replacement of the light source;

- application, design and implementation of the control system lighting installation, which takes into account the specifics of the enterprise, workshop or site in terms of operating modes, technological processes, and the possibility of using natural (sun) light.

The Tekhnosvet-Montazh SPb company is a team of professionals offering the customer effective solutions in the field of lighting technology, taking into account all the above factors.
We do not just sell lamps and carry out design and electrical installation work.

We offer SOLUTIONS that are based on an analysis of the problems and characteristics of a specificobject, enterprise.

We carry out turnkey work - from inspection and detailed design to delivery, installation and commissioning of the facility.
The main stages of work on the repair (reconstruction) of the lighting system:

  • pre-project survey
  • performing lighting and electrical calculations
  • preparation of design and working documentation with approval from supervisory authorities (if necessary)
  • comprehensive supply of equipment
  • performing electrical installation and commissioning work
  • execution of executive documentation
  • warranty and post-warranty service

By contacting Tekhnosvet-Montazh SPb LLC, you will receive attentive attention to your problems and questions, expert advice, supported by competently performed lighting and electrical calculations.

The accumulated wealth of experience helps us complete the work quickly, efficiently and on time.
In our projects we use equipment from leading domestic and foreign manufacturers of lighting fixtures and lamps.
We are responsible for the quality of our work and guarantee the reliability of the equipment we offer.

We are proud of the results of our work and this is confirmed by the far from complete list of our valued clients.

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