Kropyvnytskyi: beginning of construction for the station

In June 2019, Avenston began construction of an industrial solar power plant with a capacity of 3.166 MW with a total land area of ​​6 hectares. Commissioning of this construction facility is expected by the end of 2019.

Specifications:

  • The solar power plant is designed using high-quality Chinese photovoltaic modules ZNSHINE and German SMA solar inverters.
  • The total area for the construction of power plants is 6 hectares.
  • The solar power plant is expected to produce 3,864 MWh / year of electricity.
  • The connection of the construction facility to the network will be made according to the voltage class of 10 kV.

In this project, our company acts as a developer of project documentation and the general contractor, and also performs all the work to commissioning the facility and obtaining a “green” tariff according to the contract.

 

Useful articles:

Hydrogen as the future opportunity for renewables

Energy efficiency and sustainability are two important factors driving the transition from the fossil fuel–based economy to a circular economy, that is, a renewable circular sustainable fuel utilization cycle that will characterize the highly efficient engineering and the energy technological choices of the current century.
Discover more

Floating Solar Panels Market

Solar power is one of the fastest growing renewable energy technology owing to the ease in system installation as well as abundant sunlight across the globe. Advantages related to the installation of floating panels as compared to conventional plants are expected to drive growth.
Discover more

Main model contracts for project implementation

In the world practice of construction and implementation of various projects, different types of contracts are used, which regulate relations in the field of management and control of construction.
Discover more

1 MW — AC or DC? Clarification from NKREKP

AVENSTON received a clarification letter from NKREKP on the important issue for investors regarding the mechanism for calculating the installed capacity of facilities of legal entities that produce electricity from solar energy.
Discover more