Republic of Uzbekistan, Tashkent city, Chupon-ota st, 50/1

Complete solutions for solar energy business

A solar power plant is a reliable alternative to traditional sources of energy supply, allowing you to save on electricity.

Textile industry

Agriculture

Build materials

Chemical industry

Gas chemical industry

Oil industry

Hydroelectric power plants

Heat power plants

Our advantages

Own production

Qualified specialists

Competitive price

We are where you need a reliable source of electricity

ON THE GROUND ON THE ROOF ON WATER MOBILE

Placing a solar power plant (SPS) on the ground is the most common solution, especially for powerful plants where large areas are required. The solar power plant is installed on special supporting structures that allow you to set the required angle of inclination, which is optimal for a given region. Often, land is allocated for the location of the power plant that is not suitable for its intended use. For example, due to the presence of communications. This allows you to effectively use empty space.

Placing a solar power plant on the roof is the most optimal solution, since it does not require the allocation of land, which in most cases is quite expensive. However, with this type of placement, the power of the SPP can be limited by the roof area. The solar modules are mounted on special supporting structures that allow you to set the required angle of inclination, which is optimal for a given region, taking into account the orientation of the roof for the most efficient operation of the solar installation.

Placing a solar power plant on the roof is the most optimal solution, since it does not require the allocation of land, which in most cases is quite expensive. However, with this type of placement, the power of the SPP can be limited by the roof area. The solar modules are mounted on special supporting structures that allow you to set the required angle of inclination, which is optimal for a given region, taking into account the orientation of the roof for the most efficient operation of the solar installation. In addition to standard types of placement, we offer our customers solar solutions integrated into the building facade, the so-called BIPV solutions (abbreviation for Building-integrated photovoltaics). The solar cells integrated into the facade perform the function of generating energy and are at the same time the structural elements of the building.Our engineers will select the best option for placing a solar power plant depending on your conditions. A solar power plant on a roof or facade is a rational solution to save space, energy costs and increase the social responsibility of your business.

Placing solar power plants on water is becoming more and more popular, especially in countries where there is a shortage of land. This type of placement allows you to achieve greater power generation. This is achieved through two main factors:

1. Water is a natural radiator that absorbs the heat generated by solar panels during operation. This allows you to minimize the negative temperature effect on solar panels and achieve the most efficient operation.

2. Water has a fairly high reflectivity. This results in a significant increase in solar radiation used by the panels.

It is advisable to build floating solar power plants on artificial reservoirs, for example, reservoirs, treatment facilities, dams, since even a minor storm can cause serious damage to a power plant.

Mobile solar power plants are widely used in various fields and are intended primarily for temporary (including seasonal) power supply to facilities located at a significant distance from a centralized energy source.

Mobile SPPs are used to equip temporary points during the construction of railways, in places of geological exploration and prospecting, when organizing mobile food points, in agriculture for irrigation / watering, watering animals in pastures, during military, defensive and entertainment events, etc. ...

Connection types

AUTONOMOUS NETWORK

Fuel saving on own generation

Possibility of connecting the battery block

Suitable for objects remote from the network

Up to 100% reduction in electricity consumption from the network

Parallel operation with power line

Types of modules

HETEROSTRUCTURAL THIN FILM

380 watts

POWER WITH SUI

93%

TWO-SIDING COEFFICIENT

1500 V

SYSTEM VOLTAGE

The company has developed a new technology production of solar modules based on the HJT heterojunction. New modules generations combine the advantages of thin-film and crystalline technologies. The cell efficiency is 23.5%, the module power is up to 340 W.

from 100 W

MODULE POWER

-40°C +85°C

OPERATING TEMPERATURE OPERATION MODE

25 years

POWER GUARANTEE

Thin-film photovoltaic modules were manufactured in Tashkent at the "SUN-HIGHTECH" plant using micromorphic thin-film technology that ensures the fastest return on investment: the micromorphic module converts both the visible and infrared spectrum of solar radiation.

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