Viva-MTS: applying solar energy in telecom infrastructures – aysor.am

Viva-MTS actively makes use of new technological options to make extra environment friendly use of cellular base stations. Photo voltaic energy-based inexperienced tech is extensively used for the modernization of cellular communication infrastructure and social tasks.

Using photo voltaic power is particularly essential in distant areas that lack a centralized provide {of electrical} power, and will not be simply accessible by street; in addition to, the supply of diesel gas to the bottom station in such areas is a tough job even when monitoring machines are at hand.

Viva-MTS base stations in mountainous areas present cellular communication and Web to distant settlements, together with borderland communities, strategic services, in addition to transit roads.

Viva-MTS has 13 base stations, the place power is provided by means of a photovoltaic photo voltaic system. In areas, the place centralized energy provides will not be accessible, Viva-MTS normally applies a hybrid technique to make sure energy. To say, solely three of the bottom stations powered by photo voltaic power are related to the centralized electrical energy provide system – photovoltaic photo voltaic system and chargablebatteries. The solar energy provide system permits to make sure uninterrupted communication, cut back emissions, and cut back technical upkeep prices.

The overall financial savings in operation are made attainable by way of photo voltaic power in 2021 equal to the quantity required for 140,000 kilowatt/hour of power. Photo voltaic stations at present working at base stations yearly produce about 207,168 kilowatts of power per hour. Apart from, counting on photo voltaic power helps to scale back the quantity of diesel to be delivered to the bottom stations, which requires a specific amount of assets. On this manner, Viva-MTS can save about 36,870 liters of diesel gas yearly.

A photo voltaic panel put in to supply energy provide to a cellular communication base station occupies about 100 sq. meters on common.

The facility provide of base stations with built-in methods is made utilizing the photo voltaic power of the solar; within the night time hours, the batteries are charged and if wanted, the diesel turbines provide the electrical energy. On the base stations, related to the centralized energy provide system and outfitted with photo voltaic panels, an electrical energy alternate is ready up by means of a two-way metering system: the surplus energy produced in the course of the day is transferred to the facility networks and return to the bottom station within the night hours.

“The world can not reject electrical power utterly, at the very least for now. The bottom stations, which give for voice communication and the Web, are additionally powered by electrical energy. Nonetheless, not all power sources are renewable and protected. Carbon dioxide emissions are harmful for individuals and the well-being of the atmosphere. Apart from, power has manufacturing prices. A substitute for that is photo voltaic power: first, it’s renewable, and second, it has no emission. , and nearly free. Viva-MTS, as a tech firm, pays particular consideration to using hybrid stations particularly in areas, the place communication is required, however a centralized energy provide just isn’t accessible . Photo voltaic power saves the atmosphere and cash. The introduction of photo voltaic applied sciences is a win-win possibility for everybody”, stated Viva-MTS Basic Director Armen Avetisian.

In Armenia, as elsewhere on the earth, communication infrastructures and new technological options facilitate the event of different varieties of infrastructures. A chief instance of that is the bottom station constructed within the territory of the Caucasus Wildlife Refuge with a top of 2300 meters above sea stage, This base station can be outfitted with a photo voltaic photovoltaic station, the photo voltaic panels that put in at FPDC. The primary objective of the bottom station at this location is to supply the rangers with a way of communication. The Khosrov Reserve, in addition to the encompassing territories, are essential for the biodiversity of the South Caucasus and the distinctive wildlife of the area.

3.5/4G connectivity helps monitor the world by means of thermal video recording units operated from the refuge. The photographs made by the digicam captured many Bezoar goats, in addition to wolves, bears, lynx, and even the Caucasus leopard; consultants say, solely 8 to 13 species of the latter have been seen throughout the previous couple of years within the territory of Armenia. The muse workers will reply instantly if a uncommon species seems in entrance of the digicam. Moreover, cameras may also help detect and reply to circumstances of poaching and trespassing, as nicely. Cameras are of nice assist in stopping forest fires. The warmth sensors connected to the cameras inform the workers of the opportunity of a wildfire, which permits to answer a scenario quickly and cease the fires from spreading. Using cameras can be essential for rangers in hard-to-reach areas, the place monitoring with human assets is a posh job.

Ecotourism is one other route that’s creating within the refuge. The eco-center is each a stay-in possibility for vacationers, in addition to a house for researchers working within the territory.