Poles for autonomous lighting

Today, the topic of energy efficiency is becoming increasingly relevant for Ukraine. Optimizing energy consumption allows you to achieve the desired results with less resource consumption. For example, by simply using energy-saving light bulbs at home, you can reduce electricity consumption while maintaining the same level of brightness. Further, there are many technologies that could be used to improve energy efficiency at the household, in industry, and with the urban infrastructure.

One of the biggest advantages of energy efficiency is cost savings. For businesses, this means lower production costs, and for households – lower utility bills. Energy efficiency not only supports the ecosystem, but it also reduces dependence on imported energy, making the country more resilient to global price fluctuations and political risks.

Recently, the topic of energy efficiency is increasingly being discussed all over the world. Looking for ways to reduce emissions and dependence on traditional energy sources, we turn to the cleanest source – solar energy. According to NASA research, the sun emits more than 173 trillion kilowatt-hours of energy every second. In one hour, the sun produces enough energy to supply the world's needs for a year. Of course, people took advantage of such a powerful source of energy and created special photovoltaic (solar) panels that convert sunlight into electrical energy.

In many countries of Europe and the world use autonomous lighting systems. The operation mechanism of such systems is that during the day the solar panels charge the batteries, and at night the batteries power the LED lamps. The charge controller ensures that the batteries are not overcharged.

The metal poles are one of the components of autonomous lighting systems. The purpose of metal poles for autonomous lighting systems is to provide stable and reliable support for solar panels and LED lamps. They are installed on the streets of cities, in parks, squares, and they are also convenient for placement in remote areas and on autonomous sites, since the installation of such poles does not require a cable.

The structure of the pole for the autonomous lighting system has the form of a conical pillar, which has an octagonal cross section. That is, it is a truncated cone, in which the diameter increases from top to bottom. This form is the best option for installation, because it allows you to evenly distribute the load force along the entire length of the pole. The metal poles are made of high-quality rolled steel, the sheet thickness of which can be 3-4 mm. The frame for a solar panel, a bracket for a lamp and a box for a battery are installed on top of the pole. All structures are designed and manufactured depending on the loads and technical characteristics of the equipment that will be installed.

The installation of such poles involves a flange connection. After installing the anchor bolt into the concrete, the pole is vertically installed on the reinforced concrete foundation, the flanges and mounting holes are connected using nuts.

 

Multifaceted poles for autonomous lighting systems are distinguished by the following advantages:

• ENERGY EFFICIENCY:
  Poles for autonomous lighting systems allow efficient use of solar energy. As a result, we get continuous lighting without electricity consumption.

• AUTONOMY:
  Multifaceted poles for autonomous lighting systems do not require a power cable.

• MINIMAL MAINTENANCE:
  Solar panels run continuously and do not require regular maintenance, reducing maintenance costs.

• MODERN DESIGN AND AESTHETICS:
  The aesthetics of metal pillars is attractive with its beauty.

• THE POSSIBILITY OF PLACING ADDITIONAL EQUIPMENT:
  As with ordinary street poles, additional special equipment can be placed on these pillars, which expands their functionality (such as video cameras, sensors, etc).

• CONVENIENCE AND EASE OF INSTALLATION:
  The design of the poles allows for quick and easy installation on site.

• CORROSION RESISTANCE:
  Our products are manufactured using hot-dip galvanizing method with a coating thickness of 60 to 120 microns. This type of coating protects pole structures from corrosion, weather conditions and other aggressive environmental influences and extends the life of metal structures up to 70 years.

 

Take a step towards an energy-efficient future today! Choose our metal poles for autonomous lighting systems. Provide reliable, economical and environmentally friendly lighting for streets, parks and other objects.