Projects

Completed portfolio

One of the key benefits of the company is the enormous practical experience of implementing various renewable energy projects. In this section you will be able to familiarize with selected examples of our projects, ranging from the provision of consulting services to complete turnkey project support. One of our key competencies is the construction and maintenance of medium and high power solar power plants.
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  • All
  • All solar power plants
  • Ground-mounted PV power plants
  • Roof-top PV power plants
  • Other projects
  • BIPV

VARY Solar PV Power Plant

VARY Solar PV power plant has got total DC capacity 17,62 MWp divided by three stages: 6,059 MWp, 9,385 MWp and 2,228 MWp. In this project, the company has provided the customer with the strong GR and consulting support as well as been turnkey EPC.
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Pavshyno Solar PV power plant

The solar power plant (photovoltaic station) «Pavshyno Solar» is designed by our company in 2019 in the Transcarpathian region. Avenston has developed project documentation and provided the necessary consulting support. Capacity is 4,11 MWp.
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Umitly Solar PV power plants

The solar power plants (photovoltaic station) were built in 2019 in the Dnipropetrovsk region. The power plants occupies an area of 38 hectares, and the total power of the installed solar panels (photovoltaic modules) is 25,74 MWp.
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Rykhta PV power plant

The solar power station (photovoltaic station) "Rykhta" was built in 2018 in the Khmelnytsky region. The power plant occupies an area of 5 hectares, and the total power of the installed solar panels (photoelectric modules) is 2,178 MW.
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Komyshuvate PV power plant

This 4,22 MW solar facility has been designed for the production and sale of electricity to get all benefits of a green tariff acting in Ukraine.
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Tavanska solar power plant

The solar power station (photoelectric station) "Tavan Solar" was built in 2017-2019 in the Kherson region. The power plant occupies an area of 43,5 hectares, and the total power of the installed solar panels (photovoltaic modules) is 22.45 MW.
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Vilkhovets BIPV Solar Power Plant

Roof mounted Vilkhovets BIPV solar power plant was built with the participation of companies from our group in 2017 in Kyiv region.
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Ozerna solar power plant

The solar power station (photoelectric station) "Ozerna" was built in 2016 in the Lviv region. The power plant occupies an area of 20 hectares, and the total power of the installed solar panels (photoelectric modules) is 9.9 MW.
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Full range of services in the field of RE Learn more...

Industrial solar power plants

Avenston Company is a synthesis of a powerful engineering design cluster based on its many developments and know-how in its work, and an advanced production base that has vast experience in construction and installation work and exploitation. This allowed us to successfully implement a number of projects for the construction of industrial solar power stations, the total capacity of which exceeds one hundred megawatts. We are not only able to design and build solar power plants, we are able to organize the process in a complex way, from the choice of land and solutions to all issues related to starting the plant in operation, and before starting work at a green tariff.

We have accumulated experience in the construction of solar energy for the most different purposes:
– Powerful (10+ MW) industrial solar power plants.
– Ground solar power plants of medium (3-10 MW) power.
– Roof solar power plants, including the location of several buildings.
– Industrial standby solar power plants, etc.

BIPV solar systems

BIPV is a promising new technology in the field of solar industry. More and more solar power plants around the world are used in close association with the architectural design, organically blended into the urban environment.
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Residential grid-connected solar power systems

Solar photovoltaic system – an engineering object designed to generate electricity by direct conversion of solar energy. On-grid photovoltaic power systems are used where there is grid.
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Biomass

The success to developing a commercially viable distributed biomass power system lies in understanding the market characteristics, designing a power system that overcomes many market barriers and maximizes the benefits.
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Performance Modeling Tools Overview

The calculation of the solar power plant allows you to predict accurately the amount of electricity generated by photovoltaic modules (solar panels) for specific terrain conditions, provided in case all components of the system are mounted and connected correctly.
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