NOVOPETRIVKA Solar PV Power Plant

NOVOPETRIVKA PV Power Plant implemented for Maxi Solar (Umitli Group). PV-station built in the Dnipropetrovsk region on a land plot of 10 hectares. The capacity of installed solar modules is 6.54 MW, and electricity generation during the year reaches 8129 MWh.

PV-station constructed without concrete, and all the mountain structures, the switchgear building, the control center, and the 0.4/35 package transformer substations placed using screw piles. The project is fully implemented by AVENSTON, which provided the services of the general contractor EPC and completed all the work on a turnkey basis.

NOVOPETRIVKA PV Power Plant is an environmentally friendly construction, erected following the environmental protection. The task of the solar station is to produce “green” electricity without the environment harming.

Key project details:

  • DC power – 6.5 MWp
  • Status – completed
  • Completion date – 2019
  • Type of solar plant – on-grid (35 kV)
  • Solar panels –mono-Si (375  W)
  • Inverters – Huawei Sun 2000-60KTL and Huawei Sun 2000-50KTL
  • Structures – ground-mounted, fixed, screw piles
  • Plant area – 10 hа
  • Location –Dnipro region, Ukraine

List of our services (full EPC and O&M):

  • Feasibility study
  • Turn-key project management;
  • Pre-design surveys;
  • Engineering and design (PV, LV, MV);
  • Equipment procurement and logistics;
  • Construction and commissioning works;
  • Licensing and green tariff support;
  • Operations & Maintenance, Security.

The ground based industrial solar power plant was built by Avenston to operate at a “green” tariff. According to the project, the work of this solar power plant is fully synchronized with the external grid. Design, supply of equipment and all construction and installation works were completed very quickly, as it was previously agreed with the customer. The commercial on-grid solar power plant is based on polycrystalline silicon solar modules and string solar inverters. Voltage conversion is carried out using several transformer substations, which are connected to a single switchgear. The construction of solar power plants of this type is one of the key competencies of our company, as well as services for the design or maintenance of solar power farms.

Solar power plants are one of the key competencies for companies belonging to the Avenston group. We provide any necessary services for solar energy projects, starting from the support of the development stage to maintenance of already built photovoltaic power plants or systems. All the main stages of the implementation of such projects are carried out by us independently or with the involvement of selected partners. In the second case, all key processes are managed and controlled by Avenston’s in-house project managers. Our portfolio includes a large number of designed and built industrial solar PV power plants, home solar power plants, as well as other projects in related areas.

Main model contracts for project implementaion

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

SEF 2019: Chronicles and Results

Efficient, dynamic and triumphant - this was the SEF 2019 for the Avenston team. We supported the event as the General Engineering Partner, revived the Forum with our performance, conducted a cool training at the Solar Academy and took the winner statuette. More interesting ...
Discover more

“Green” tariff as an analogue of a bank deposit

Dmytro Lukomskyi, General Director of Avenston, gave detailed advice on the development of "solar" business in Ukraine
Discover more

Solar generation: growth forecasts

New analytical data on the results of global renewables development in 2018 forced the scientists to change their previous forecasts. Electricity generation at PV stations will become a key contributor to overall electricity generation soon, but the main segment of the entire global power grid as well.
Discover more