References
REFERENCES
Kucura 75MW
In the village of Kucura, a solar power plant with a capacity of 75 MW is being constructed, integrating five smaller units named “Sunflower 1,” “Sunflower 2,” “Sunflower 3,” “Sunflower 4,” and “Sunflower 5.” All units are identical, each containing 21,800 solar panels of the “HN21-66HT690W” type from “Hanersun Technology,” with a total connection power of 15,042 kWp. The inverters are “SG350HX” models from “Sungrow” (350 kW each), and grid connection will be implemented according to the conditions specified by “Elektrodistribucija Srbije” d.o.o., Belgrade branch, “Elektrodistribucija Sombor.” This project represents a significant contribution to sustainable energy production in the region.
Å id 6MW
The power plant is located in the municipality of Gibrarac. It will utilize solar panels of the “MONO UL-665M-132HV” type from the manufacturer “ULICA SOLAR” with a power of 665 Wp. A total of 8892 panels will be installed, with a cumulative connection power of 5913.18 kWp. To convert electrical energy, 43 inverters of the “FUJI SUN â 110K â G03” type from the manufacturer “Fuji Solar” will be employed, each with a capacity of 110 kW.
The power plant will be connected to the electrical grid according to the project’s specifications and connection conditions.
This project aims to contribute to electricity production through solar sources and represents a significant step towards a sustainable energy future.
SalaÅĄ Crnobarski 2,8 MW
The project in the town of Salas Crnobarski involves a solar complex with a capacity of 2.7 MW. This project represents a fusion of technology and sustainability. The SalaÅĄ Crnobarski Solar Complex, with a capacity of 2.7 MW, integrates three units:
SE SC001: 1376 solar panels from “RISEN ENERGY” with 665 Wp, totaling 915.04 kWp, and a “Solar Huawei” inverter with 60 kW, with a theoretical output of 960 kW.
SE Solar SalaÅĄ 2: 1539 solar panels, totaling 1023.435 kWp, and a “Sungrow” inverter with 110 kW, with a theoretical output of 990 kW.
SE Solar SalaÅĄ 3: 1170 solar panels, totaling 778.05 kWp, and a “Sungrow” inverter with 110 kW, with a theoretical output of 660 kW.
This integration of solar systems reflects our commitment to using renewable energy sources to contribute to environmental conservation and ensure a reliable power supply. We believe that this project will have a positive impact on the local community and contribute to global efforts towards a more sustainable future.
Temerin 1,1 MW
The solar power plant “eSUN SOLUTIONS 1” in Temerin represents a modern platform for electricity generation from renewable sources. This facility is equipped with 8 SG-125CX-P2 inverters and 1606 Ulica Solar MONO UL-665-123HV solar panels. The total alternating current (AC) power of this plant is 1067.99 kW, while the total direct current (DC) power is a steady 1000 kW. Located in Temerin, this solar power plant contributes to the local electricity supply, providing a sustainable and environmentally friendly solution for the community’s energy needs.
Banatsko Novo selo
Two solar systems have been installed on the property, a 10 kW on-grid system for self-generation of electricity and parallel operation with the power grid. This solar plant contributes to household savings by reducing electricity costs. Additionally, a 3 kW off-grid system has been installed to ensure power supply to the property during grid outages, allowing essential devices to operate in case of power failures.
Belgrade
A 140 kWp solar power plant has been mounted on the flat roof of the company. This solar plant aims to power the company with solar energy and reduce electricity costs. It is installed on a special aluminum structure with concrete weights designed for flat roofs.
Nova VaroÅĄ
A total of 140 kW of solar panels have been installed. A 100 kW solar power plant has been set up on the company’s roof covered with trapezoidal sheet metal, temporarily connected to the power grid via a limiter. Additionally, a 30 kW solar power plant has been installed on the roof of the farm, and a 10 kW solar power plant has been installed on the roof of a household covered with tiles. The latter solar plant is connected as a consumer-producer.
GospoÄinci
Agricultural land has been equipped with 60 kW of solar panels on a roof covered with trapezoidal sheet metal, providing an ideal base for their installation. The panels are connected to three different inverters, forming a total of three solar plants. The first plant has a capacity of 35 kW and is connected to the power grid to sell all the generated electricity. The other two plants have capacities of 12 kW and 13 kW, connected to household and shop meters as consumer-producers to achieve savings on bills.
NiÅĄ
A 40 kW solar power plant has been installed on the roof of a restaurant covered with trapezoidal sheet metal. The plant is temporarily connected to the power grid via a limiter until the investor obtains the status of a consumer-producer. This allows the investor to save money from the moment the plant is installed. Once connected as a consumer-producer, additional savings are achieved by exporting surplus electricity to the grid and reusing it at a lower cost.
Obrenovac
A 30 kW solar power plant has been installed on the roof of a car wash in Obrenovac. A special structure allows fixing the panels on the roof covered with Lexan, i.e., polycarbonate sheets. The plant is connected via a limiter to reduce electricity consumption during the day when the car wash is most in use. The limiter regulates the plant’s production according to the current consumption in the facility.
OvÄa
On the roof of a household covered with tiles, a small home solar power plant with a capacity of 10 kW has been installed. The plant is connected as a consumer-producer to reduce electricity bills. Due to the shape and size of the roof, the panels are arranged in two vertical rows and one horizontal row, achieving optimal panel distribution for maximum solar potential utilization.
Zaovine
On a rocky slope, a 30 kW solar power plant has been installed. Concrete bases were poured to create a solid foundation for mounting an aluminum structure and panels. Bifacial panels, with the ability to generate electricity from both sides, are used. The plant is connected to the power grid to sell all the produced electricity. This system enables optimal utilization of solar energy and efficient electricity production.
PoÅūarevac
A total of 70 kW of solar panels have been installed. A 50 kW solar power plant has been placed on the ground, with poured concrete bases as the foundation. Two plants, each with a capacity of 10 kW, have been installed on the roofs of households and a company. All three plants are connected as consumer-producers to existing meters, allowing the produced electricity to be used within the facilities and achieving savings on bills.
Temerin 9,36 MW
The “FNE Gobem” photovoltaic power plant in Temerin, with a capacity of 9.36 MW, spans 14 hectares of land and represents one of the most significant solar energy projects in the region. The technical documentation for this project was prepared by the company “Solar Energy” Ltd. from Novi Sad. The average annual estimated production of the power plant is around 16,198 GWh, with an expected reduction in CO2 emissions of approximately 6,630 tons. The “FNE Gobem” plant in Temerin will be connected to the distribution system of electrical energy (DSEE), providing sustainable energy for the needs of the entire community.
KanjiÅūa 160kW
This solar power plant uses Canadian Solar 545W panels and Fuji inverters of various capacities (75 kW, 60 kW, and 25 kW), achieving a total panel power of 160 kW. In addition to the high efficiency of the panels in utilizing solar energy, this system ensures reliable conversion of solar-generated energy through quality Fuji inverters. With an ecological approach and economic viability, this solar power plant provides a sustainable solution for the needs of households and commercial spaces, simultaneously contributing to environmental protection and reducing energy costs.
Boljevac 1MW
This 1 MW solar power plant, located in Boljevac, is equipped with 18 Huawei inverters with a capacity of 50 kW, supported by over 2000 solar panels. In addition to supplying electricity for its own needs, this installation reduces operating costs since it does not require fuel for production. As an environmentally friendly source with no CO2 emissions, this solar power plant offers a sustainable solution for energy consumption and contributes to environmental protection.
Sombor 50kW
A 50 kW solar power plant has been installed in Sombor. On the roof of the facility, 40 kW of solar panels are installed, while an additional 10 kW is placed on the ground. Canadian Solar panels with a capacity of 660W and a Huawei inverter with a capacity of 50 kW are used. This plant significantly reduces the operating costs of the company and contributes to a reduction in CO2 emissions.
OdÅūaci 50kW
In the construction of this plant, a Huawei inverter of 50 kW and Canadian Solar solar panels with a capacity of 660 W were used. It is installed on the roof of the facility as an on-grid system to supply the company with solar energy and reduce electricity costs.
PanÄevo 14kW
On the roof covered with trapezoidal sheet metal, Ulica Solar solar panels with a capacity of 545W have been installed, adapted to the ideal base for mounting. These panels are connected to a 12 kW Huawei inverter, making the total power of the plant 14 kW. This plant operates as an on-grid system.
Padina 14,5 kW
On the roof covered with trapezoidal sheet metal, Ulica Solar solar panels with a capacity of 545W have been installed, adapted to the ideal base for mounting. These panels are connected to a 12 kW Huawei inverter, making the total power of the plant 14 kW. This plant operates as an on-grid system.
Ripanj
A 10 kW solar system has been installed on the roof of a household in Ripanj, with a planned monthly production of electricity ranging from approximately 1300 kWh to 1500 kWh. Sunways inverter was used for the needs of the power plant.
Zemun
An on-grid solar system with a capacity of 6 kW has been installed on the roof of a household in Zemun. The system is connected to the distribution system of electrical energy. A Sunways inverter has been used for the needs of the power plant.
Padina
I am pleased to inform you about the successfully completed project. Our team has installed 22 panels of 470 W each, totaling a solar system with a capacity of 10 kW. A Sunways inverter has been installed for the power plant. This system will enable efficient production of electrical energy and contribute to the sustainable use of renewable energy sources.
Obrenovac
Another successfully installed grid-connected solar system with a capacity of 5 kW in Obrenovac. This semi-autonomous system for electricity production is designed for grid injection, local consumption, or optional storage. It is an ideal solution for industries, businesses, and homes looking to achieve savings on their electricity bills. For the needs of the power plant in this project, we used a Sunways inverter.
LeÅūimir
A ground-mounted power plant with a capacity of 30 kW has been installed in LeÅūimir. Concrete foundations were poured for the installation of an aluminum structure and panels. Bifacial panels, capable of generating energy from both sides, have been installed. The power plant is connected to apartments nearby via a limiter until it obtains the status of a consumer-producer.
SlovaÄka 750kW na zemlji
DemontaÅūa starih panela i stare drvene konstrukcije. MontaÅūa novih panela i nove aluminijumske konstrukicje. Demontirano 470 stolova sa ukupno 5640 panela i na njihovo mesto montirano 470 stolova sa ukupno 1410 novih panela.
