Accelerating the green energy transition
+380 (66) 508-07-64In April 2019, Avenston Company has started the construction of an industrial solar power plant with a capacity of 16.89 MW. This construction facility is planned to be put into operation by the end of the year. The solar power plant is designed with the use of first-class photovoltaic modules produced by Hanwha Q Cells and German SMA solar inverters.
The total area of the land for the construction of the power plant is 25 hectares, of which about 10 hectares are reserved for placing solar panels. Forecast electricity generation is 21 257 MWh / year. The connection of the construction facility to the network will be carried out according to the voltage class 35 kV. Avenston is a strategic partner of the SMA company and plans to build several solar power plants in 2019 using inverters from this manufacturer. In this project, our company acts as a developer of project documentation and the general contractor, performs all works under the contract before the commissioning of the facility and the receipt of the “green” tariff as well.
Useful articles:
Energy Transit: New Challenges for Grid Operators
The achieved level of development of renewable energy technologies and the degree of their penetration into the market due to lowering the cost of RES generation already has a significant impact on the energy infrastructure.
Methods for determining the soiling assessment of solar PV arrays
Solar panels, especially those mounted on fixed structures, practically do not require complex maintenance. However, electricity generation can be significantly reduced due to surface contamination of solar panels. This article will be devoted to the study of this issue.
Bioenergy: Past, Present and Future
Bioenergy plays an important role in many low carbon development scenarios and can be particularly useful in long haul transport where alternative energy sources are not available. The expanded role of bioenergy is still under consideration, and sometimes disputes over the sustainability of production and use.
Is there a second life for solar panels?
In recent years, there has been an active development of solar energy throughout the world. Each product and material has its own life and use. What is the fate of PV-modules, which have come to the end of expiration date?