Separation of Lanthanides/ Lanthanides and Actinides
Design and construction of a photovoltaic solar power plant of 500 kw
1. DESIGN AND CONSTRUCTION OF A PHOTOVOLTAIC SOLAR
POWER PLANT OF 500 KW ON THE ROOF OF THE FACTORY
GRUNER SERBIAN D.O.O –VLASOTINCE
Miodrag Vuković, PhD.M.E., Conseko doo Belgrade, Serbia
Željko V. Despotović. PhD.E.E., Mihajlo Pupin Institute, Belgrade, Serbia
Bojan Simonović, MSc.E.E, Gruner Serbian, d.o.o., Vlasotince, Serbia
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
2. INTRODUCTION /
OCCATION FOR SOLAR POWER
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
• Increase in the use of renewable sources is largely due to
the harmful effects of current energy production methods
• An increase in the average global temperature in the
world and environmental pollution
• Safety of the power facilities for the population and
environment (for nuclear power plants)
3. CONSEKO DOO BEOGRAD
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
• DESIGN AND REALISATION OF SOLAR PV PLANTS
• DESIGN AND REALISATION OF AGRO SOLAR
IRRIGATION SYSTEMS
• REALISATION OF SOLAR HOT WATER SYSTEMS
4. POTENTIALS FOR PV POWER PLANTS IN INDUSTRY
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
✓ EU industry consumes 36.4% of electricity
✓ The potential for improving of energy efficiency in industry has
been largely exploited
✓ Production is usually organized in shifts
✓ It is possible to obtain 5% to 70% of daily consumption from
your own solar power plant
✓ The permitting process is lengthy (in our conditions up to a year)
5. CRITERIA FOR DEFINING POWER OF SOLAR PLANTS
IN INDUSTRY
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
✓ work of the facility in shifts, during the working week and on
weekends
✓ electricity consumption profile
✓ distribution of electricity consumption by facilities
✓ approved power for electricity use
✓ power of the existing substation
✓ roof construction, its orientation and surfaces
6. Profile of power consumption at Gruner for August 2020
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
7. Simplfied diagram of solar power plant
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
8. KEY FIGURES OF THE PROJECT OF
SOLAR POWER PLANT 500W GRUNER SERBIAN
VLASOTINCE
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
• Design phase carried out Nov. ’20 - Jan. ’21
• Realisation carried out July ’21 -Oct ’21
• 1512 solar modules (panels) of 370W
• 18 inverters Fronius x 27.0kW
9. EXPECTED PROJECT OUTCOME
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
❖ Annual yield of 690MWh
❖ Reduction of CO2 emissions is about
758.16 tons per year
10. ANTICIPATED ANNUAL YIELD OF POWER PLANT
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
11. PRINCIPAL BLOCK DIAGRAM OF POWER PLANT
INTERNATIONAL CONFERENCE POWER PLANTS 2021
BELGRADE 17-18. XI.2021
Design phase carried out
Nov. ’20- Jan. ’21
Realisation carried out July ’21-Oct ’21
1512 solar modules (panels) of 370W
18 inverters Fronius x 27.0kW