The importance and inevitability of energy transition, especially in periods of energy crisis, have become clear to many in different social and economic circles – from businessmen to religious communities. This trend is also confirmed by the company MT-KOMEX, which has proven its commitment to renewable energy sources through numerous projects. After the construction of a 50 kW solar power plant at the Žiča monastery, MT-KOMEX confirmed the previous thesis by realizing another project at one of the most important Serbian monasteries – Manasija.
In addition, it has lined up its other ventures, and many of them were located in Vojvodina, where the company has already proven several times why it is a leader in the field of renewable energy sources. One of the important projects of the company MT-KOMEX was realized in Kikinda, where an innovative solar solution is used. The project in question was implemented according to the “turnkey” system and is one of the indicators of the company’s strategic position on the market of renewable sources. The “turnkey” system includes all stages of construction and commissioning of the solar power plant, from design and delivery to assembly and final system testing.
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This approach allows clients such as Jaffa to get a fully functional and operational solar power plant. This way of making makes this model extremely attractive for companies striving for a quick energy transition, as it enables efficient and quick adaptation to sustainable energy practices, reducing the time and costs needed to switch to renewable energy sources. The solar power plant on the ground, which is located in the premises of the “Banini” factory in Kikinda, is an example of the efficient use of renewable energy. High-quality Canadian solar panels of 650 Wp were used for construction, which enable maximum efficiency in converting sunlight into electricity.
In addition, the use of a 20 kW Fronius Symo inverter contributes to optimal energy conversion and distribution. When it comes to the construction on which the panels are placed, the Turkish manufacturer Kıraç Metal was chosen, which guarantees high standards in production and installation. The planned annual production of this solar power plant amounts to 780 MWh of electricity, which will significantly contribute to the safe and reliable supply of the plant’s operations. In addition, the transition to green energy brings significant environmental benefits, it is expected that the reduction of carbon dioxide emissions will amount to 719 tons per year.
This saving in CO2 emissions not only contributes to the preservation of the environment, but also helps to meet the goals of sustainable development and climate neutrality. The solar power plant in Kikinda is in the process of being connected and will soon acquire the status of buyer-producer. This status will enable the investor not only to produce energy for his own needs, but also to hand over excess electricity to the distribution system according to the aforementioned principle, thus contributing to his own energy stability in the long run.
By implementing green projects, local communities get the opportunity to develop sustainable and environmentally friendly energy solutions, which leads to a reduction in dependence on fossil fuels and an improvement in the quality of the environment of our cities. However, projects such as this still send another message, and that is the importance of sustainable business, which is increasingly being applied in Serbia, as the company MT-KOMEX witnesses every day. The expert team of the MT-KOMEX company is always ready to take on new challenges when it comes to the construction of solar power plants. This is evidenced by their portfolio of over 200 built solar power plants whose total installed power exceeds 140 MW. The company’s well-coordinated team is ready to respond to all client requests and always build a maximally efficient power plant.
Prepared by: Milica Vučković
The text was published in To the magazine of the Energy Portal, ENERGY TRANSITION
Source: energetskiportal.rs
