Solar energy evolution
+380 (66) 508-07-64In 2019 KATERYNIVKA PV Power Plant built in the Dnipropetrovsk region for the customer Solar Estate (Umitli Group). The station located in an area of 20 hectares. The total capacity of photovoltaic modules is 13.5 MW, with an annual production of electricity of 16850 MWh.
The main load-bearing structures for all elements and structures are geo-screws. The mountain structures, the switchgear building, the control center, and all the 0.4/35 package transformer substations built on screw piles. AVENSTON completely abandoned the use of concrete in the construction of a PV-plant.
KATERYNIVKA PV Power Plant is an environmentally friendly facility.
Key project details:
- DC power – 13,5 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
- Structures – ground-mounted, fixed, screw piles
- Plant area – 20 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.
Home on-grid PV 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.
Stand-alone solar power systems
Stand-alone off-grid photovoltaic systems are used where there is no centralized power lines (construction is difficult or economically not feasible) or for power supply to mobile objects.
Hydrogen and RES: global applying practices
We already know a lot about renewable energy sources, but in recent years the topic of hydrogen has been raised more and more often. What is the role of the light chemical element of the Mendeleev periodic table in the renewable energy generation system? How do hydrogen production processes take place, and what are the global practices for its 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?