Solar Aid For Ukraine
with solar energy
ABOUT PROJECT
Electricity blackouts are a major disruption to the work of hospitals and WATER UTILITIES.
Hospitals save thousands of lives every day providing medical care to the civilian population, and for that they need an uninterrupted electricity supply. Water utilities provide water supply to the population. Solar power plants are a long-term solution to the problem, a reliable protection against possible worsening of the situation, and also one of the first steps for Ukrainian municipalities towards the green recovery of the country.
The non-government organization Ecoclub with the support of the Solar Energy Association of Ukraine, launched the Solar Aid For Ukraine Project ITS PURPOSE IS TO PROVIDE UKRAINIAN CRITICAL INFRASTRUCTURE WITH A RELIABLE SOURCE OF ELECTRICITY, WHICH IS SOLAR POWER PLANTS.
Our primary objective is to equip as many hospitals and water utilities with a reliable and sustainable source of energy and storage with solar power plants. This will allow medical staff to continue to save lives and treat our civilian population during everyday power cuts. And SPP for water utilities guarantee uninterrupted water supply. SPP will also reduce the reliance, maintenance and burden of expensive cumbersome diesel fuelled generators.
Andriy Martyniuk
Executive director of Ecoclub
TOTAL ELECTRICITY PRODUCED BY ALL STATIONS:
OBJECTS
LATEST NEWS
- Water utility in Ivano-Frankivsk region will operate without interruption
A solar power plant (SPP) has been installed in the Rohatyn community. It will increase the reliability of wastewater treatment and water supply stability for more than eight thousand consumers. The power plant has a capacity of 36.2 kW and a battery capacity of 40.8 kWh. The funds were received as part of the Renewable… Read more: Water utility in Ivano-Frankivsk region will operate without interruption - Hospital in Zhytomyr becomes more energy independent thanks to a new solar power plant
A new solar power plant (SPP) with a capacity of 105.3 kW has been installed at Zhytomyr City Hospital No. 2. Thanks to batteries with a capacity of 30.6 kWh, the medical facility will continue to operate even during power outages. Each year, the hospital’s inpatient department treats 27,000 patients, including residents of Zhytomyr, the… Read more: Hospital in Zhytomyr becomes more energy independent thanks to a new solar power plant - The outpatient clinic in Teofipol will continue operating without power outages
A solar power plant (SPP) with a capacity of 30.4 kW has been installed on the roof of the outpatient clinic in Teofipol. The system is paired with batteries that store excess generated electricity, ensuring that patients can receive treatment and undergo examinations even during power outages. This solar installation will enhance the quality of… Read more: The outpatient clinic in Teofipol will continue operating without power outages - Hospital in Chortkiv works independently of power outages thanks to a solar power plant
In Chortkiv Central City Hospital was installed a solar power plant (SPP). Its power equals 50 kW. The SPP operates in combination with batteries that accumulate produced electricity. The plant will provide the facility with greater energy security: during power outages, patients will continue to access services. During a year more than 200 000 patients attend… Read more: Hospital in Chortkiv works independently of power outages thanks to a solar power plant - Why should municipalities install decentralized solar power plants during a war?
Ukrainian energy infrastructure is one of the russian goals since the full-scale invasion. Through 6 massive attacks were damaged or destroyed almost 70% of electricity generation. Significant destruction multiple times caused planned and emergency power outages in the whole country. Even though Ukrenerho’s specialists are now partially managing to stabilise electricity consumption, possible russian attacks… Read more: Why should municipalities install decentralized solar power plants during a war? - Advantages of solar power plants with batteries for critical infrastructure
In times of war and constant attacks on the energy system, critical infrastructure needs to have reliable sources of backup power. Hospitals, water utilities and other vital facilities need to operate without interruption, and partial or complete shutdowns can endanger people’s health or lives. In communities most medical facilities are equipped with generators. Most medical… Read more: Advantages of solar power plants with batteries for critical infrastructure
PROJECTS
07.06.2024
50 kWt
SPP capacity
40 kWh batteries
78 000 patients
can be treated annually at the medical facility
Expected result
Planned savings on utility bills: 17 155 per year
Source of funding
funds were provided by the Yellowblue Force Foundation.
Cost: 76 262 USD of which 7 626 USD is a community contribution
20.03.2024
80 kW
SPP capacity
65 kWh batteries
223 000 people
can be treated if necessary
Result
In the first two months of operation, the plant generated 11.41 MW and saved about 71 thousand hryvnias
Source of funding
Yellowblue Force Foundation
21.03.2024
32,5 kW
Capacity of the solar power plant
38 447 people
can be treated if necessary
Result
In the first two months of operation, the station generated 5.22 MW and saved about 30 thousand hryvnias
Source of funding
The equipment was provided with the support of Astrid Schneider, while the development of project documentation and the construction of the solar power plant were funded by the community
29.12.2022
32,4 кВт
SPP capacity
170 000
patients per year capacity
Result
During the first month of operation (January 2023), the station generated 800 kW. This energy is enough for a month’s constant work of one medical ventilator.
Source of funding
Funds raised via webathon “Sustainability4Ukraine” from CSR.Europe, CSR.Ukraine and Dobro.UA
26.06.2023
43,6 kWt
of SPP capacity
170 000
people can be treated in the medical facility if needed
Expected result
Planned electricity savings – 154 700 UAH per year ( according to the 2022 tariff).
Source of funding
Total cost: 40 222 USD. 26 870 USD – funds from the Embassy of Germany in Ukraine. 11 720 USD – municipality budget. 1 632 USD – NGO Ecoclub.
05.07.2023
60 kWt
of SPP capacity
277 500
people can be treated in the medical facility if necessary
Expected result
The planned electricity savings – 457 500 UAH per year (at the 2022 tariff).
Source of funding
Total cost: 46 809 USD. 29 936 USD – raised by the NGO Ecoclub together with donors from Poland, the Czech Republic and Germany. 16 873 USD – municipality budget.
04.07.2023
48 kWt
of SPP capacity
118 000
people can be treated in the medical facility if necessary
Expected result
Planned electricity savings – 307 000 UAH (at the 2022 tariff).
Source of funding
Total cost: 36 129 USD. The equipment for the solar power plant was provided by the Czech company SOLSOL with the support of the NGO NESEHNUTI.
08.09.2023
60 kWt
SPP capacity
50 000
patients per year capacity
Result
During the first month of operation (September 2023), the SPP generated 5,000 kWh. This amount of electricity covers the weekly operation of the hospital’s therapeutic department.
Source of funding
Total cost: 45 598 USD. The equipment for the solar power plant was provided by Elektrizitätswerke Schönau with the support of the WECF (Women Engage for a Common Future).
21.12.2023
71 kWt
SPP capacity
104 157
patients can be treated annually at the medical facility
Expected result
Planned savings on electricity bills – 1 383 USD per year (at the 2023 tariff)
Source of funding
SPP provided by PV Exchange with the support of Ideen hoch drei e.V. and Astrid Schneider
04.10.2023
33,5 kWt
SPP capacity
About 170 000 patients
visit the facility annually
Expected result
The SPP will cover about 30% of the dentistry’s electricity needs. The planned savings will be about 3 846 USD per year (at the 2023 tariff)
Source of funding
25 320 USD was provided by the Embassy of Germany in Kyiv. 50 374 USD – community budget.
04.01.2024
66,4 kWt
SPP capacity
7 550 patients
can be treated annually at the medical facility
Expected result
The planned savings will amount to about 13 175 USD per year (at the 2024 tariff)
Source of funding
Equipment worth 28 318 USD was provided by PV Exchange with the support of Ideen hoch drei e.V. and Astrid Schneider. 21 246 USD is a contribution from the community.
21.05.2024
Power of the SPP
50 kW
The water utility provides water
16 190 population
Expected results:
planned generation during the year: 84,358 kW
Source of funding:
The total cost of the SPP is 54 270 USD. Of this amount, LLC BOHUSLAVENERGY provided 49 330 USD, and the community contributed 4 940 USD
02.05.2024
Power of the SPP
100 kW
The water utility provides water
8 254 population
Expected result:
The SPP will produce 106,634 kWh per year. This will cover 13.5% of the company’s annual electricity demand.
Source of funding:
86 779,91 USD was allocated from the community budget.
03.05.2024
Power of the solar power plant:
67.8 kW
batteries:
56.32 kWh
The water utility provides water to
48 670 people
The system can operate autonomously for about 1.5 hours.
Projected annual generation:
87553.33 kWh/year
Cost:
84100 euros. Of this amount, 70,000 euros were allocated under the Oxfam project, and 14,100 euros were contributed by the community
02.05.2024
Power of the SPP
72.45 kW
batteries:
61.44 kWh
The water utility provides water to
32 000 people
Projected annual generation:
75800 kWh/year
Cost:
77059 euros. Of this amount, 70,000 euros were allocated by the Oxfam project, and 7050 euros were contributed by the community.
01.05.2024
Power of the SPP
100.57 kW
batteries:
81.6 kWh
The water utility provides water
256 000 population
Projected annual generation:
about 115,000 kWh/year
Cost:
135500 euros. Of this amount, €120,000 was allocated as part of the Oxfam project, €15,500 was the community’s contribution
Water utilities (developed technical documents)
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
118 kW +
50 kWh (batteries)
Location of installation:
land installation
Total budget:
190 932 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
519 kW +
130 kWh (batteries)
Location of installation:
land installation
Total budget:
1 202 482 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
987 kW +
130 kWh (batteries)
Location of installation:
land installation
Total budget:
2 467 500 EUR
4
Type of solar system:
Hybrid system
Calculation capacity of the station:
1939 kW +
130 kWh (batteries)
Location of installation:
land installation
Total budget:
3 878 000 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
309 kW +
135 kWh (batteries)
Location of installation:
land installation
Total budget:
428 579 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
530 kW +
190 kWh (batteries)
Location of installation:
land installation
Total budget:
674 331 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
677 kW +
290 kWh (batteries)
Location of installation:
land installation
Total budget:
888 250 EUR
4
Type of solar system:
Hybrid system
Calculation capacity of the station:
923 kW +
655 kWh (batteries)
Location of installation:
land installation
Total budget:
1 395 556 EUR
5
Type of solar system:
Hybrid system
Calculation capacity of the station:
2038 kW +
4895 kWh (batteries)
Location of installation:
land installation
Total budget:
5 743 221 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system + hybrid system
Calculation capacity of the station:
39,6 kW +
35,84 kWh (batteries) + 118,8 kW
Location of installation:
land installation
Total budget:
134 400 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
145,75 kW +
123 kWh (batteries)
Location of installation:
land installation
Total budget:
195 550 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
Existing on-grid SPP with a capacity of 129.8 kW after reconstruction
Location of installation:
land installation
Total budget:
35 220 EUR
2
Type of solar system:
On-grid system + hybrid system
Calculation capacity of the station:
Existing on-grid SPP with a capacity of 129.8 kW after reconstruction +
150 kW +
218,4 kWh (batteries)
Location of installation:
land installation
Total budget:
344 316.7 EUR
3
Type of solar system:
On-grid system + hybrid system
Calculation capacity of the station:
Existing on-grid SPP with a capacity of 129.8 kW after reconstruction +
150 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
270 816.7 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
528 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
475 059,80 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
264 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
279 656,40 EUR
3
Type of solar system:
On-grid system
Calculation capacity of the station:
150 kW
Location of installation:
land installation
Total budget:
139 036,80 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
154 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
184 099.87 EUR
2
Type of solar system:
On-grid system
Calculation capacity of the station:
50 kW
Location of installation:
land installation
Total budget:
46 645,60 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
250 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
327 870,50 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
200 kW +
109,2 kWh (batteries)
Location of installation:
land installation
Total budget:
279 656,40 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
150 kW
Location of installation:
land installation
Total budget:
139 036,80 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
126,8 kW +
95 kWh (batteries)
Location of installation:
land installation
Total budget:
198 384 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
171,8 kW +
20 kWh (batteries)
Location of installation:
land installation
Total budget:
330 338 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
270 kW +
90 kWh (batteries)
Location of installation:
land installation
Total budget:
323 122 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
348 kW +
320 kWh (batteries)
Location of installation:
land installation
Total budget:
599 249 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
576 kW +
380 kWh (batteries)
Location of installation:
land installation
Total budget:
852 093 EUR
4
Type of solar system:
Hybrid system
Calculation capacity of the station:
1015 kW +
2260 kWh (batteries)
Location of installation:
land installation
Total budget:
2 721 800 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
219 kW
Location of installation:
land installation
Total budget:
1 598 880 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
30 kW +
80 kWh (batteries)
Location of installation:
land installation
Total budget:
104 257 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
135 kW +
110 kWh (batteries)
Location of installation:
land installation
Total budget:
202 850 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
165 kW +
125 kWh (batteries)
Location of installation:
land installation
Total budget:
241 901 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
80,4 kW +
25 kWh (batteries)
Location of installation:
land installation
Total budget:
93 197 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
150,6 kW +
170 kWh (batteries)
Location of installation:
land installation
Total budget:
270 362 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
231 kW +
70 kWh (batteries)
Location of installation:
land installation
Total budget:
275 636 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
335 kW +
125 kWh (batteries)
Location of installation:
land installation
Total budget:
422 070 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
446 kW +
350 kWh (batteries)
Location of installation:
land installation
Total budget:
708 240 EUR
4
Type of solar system:
Hybrid system
Calculation capacity of the station:
608 kW+
1135 kWh (batteries)
Location of installation:
land installation
Total budget:
1 631 321 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
246 kW +
45 kWh (batteries)
Location of installation:
land installation
Total budget:
262 947 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
719,4 kW +
890 kWh (batteries)
Location of installation:
land installation
Total budget:
1 353 561 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
188 kW +
80 kWh (batteries)
Location of installation:
land installation
Total budget:
176 000 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
380 kW +
450 kWh (batteries)
Location of installation:
land installation
Total budget:
709 304 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
524 kW +
700 kWh (batteries)
Location of installation:
land installation
Total budget:
1 034 296 EUR
4
Type of solar system:
Hybrid system
Calculation capacity of the station:
1104 kW +
2390 kWh (batteries)
Location of installation:
land installation
Total budget:
2 843 768 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
950 kW +
700 kWh (batteries)
Location of installation:
land installation
Total budget:
1 206 457 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
1280 kW +
1620 kWh (batteries)
Location of installation:
land installation
Total budget:
2 084 689 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
1580 kW +
2565 kWh (batteries)
Location of installation:
land installation
Total budget:
2 957 163 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
194 kW
Location of installation:
land installation
Total budget:
141 726 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
30 kW +
80 kWh (batteries)
Location of installation:
land installation
Total budget:
104 991 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
Hybrid system
Calculation capacity of the station:
100 kW +
30 kWh (batteries)
Location of installation:
land installation
Total budget:
106 446 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
190 kW +
495 kWh (batteries)
Location of installation:
land installation
Total budget:
550 605 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
74,80 kWh
Location of installation:
on the roof of the water utility
Total budget:
55 456 EUR
2
Type of solar system:
On-grid system
Calculation capacity of the station:
140,8 kWh
Location of installation:
on the roof of the water utility
Total budget:
1 358 331 EUR
3
Type of solar system:
On-grid system
Calculation capacity of the station:
82,50 kWh
Location of installation:
on the roof of the water utility
Total budget:
61 308 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
43 kW
Location of installation:
land installation
Total budget:
54 596 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
80 kW +
85 kWh (batteries)
Location of installation:
land installation
Total budget:
111 510 EUR
3
Type of solar system:
Hybrid system
Calculation capacity of the station:
114 kW +
115 kWh (batteries)
Location of installation:
land installation
Total budget:
159 165 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
1
Type of solar system:
On-grid system
Calculation capacity of the station:
30 kW
Location of installation:
land installation
Total budget:
34 645 EUR
2
Type of solar system:
Hybrid system
Calculation capacity of the station:
110 kW+35 kWh(batteries)
Location of installation:
land installation
Total budget:
99 167 EUR
3
Type of solar system:
On-grid system
Calculation capacity of the station:
185 kW+175 kWh(batteries)
Location of installation:
land installation
Total budget:
192 979 EUR
Contact details:
Dmytro Sakoliuk
sakaliyk@ecoclubrivne.org
+380673634110
VIDEO ABOUT IMPLEMENTED PROJECTS
OUR PARTNERS
MEDIA ABOUT US
All videos were aired on United News (telethon)
PROJECT TEAM
NGO Ecoclub
Andriy Martyniuk is the initiator of the "Solar Aid For Ukraine" project. He has been the executive director of Ecoclub for more than 18 years. Under his leadership, the first solar power plant in Ukraine was built for a water supply company, which is successfully functioning under existing war conditions in Voznesensk (Mykolaiv region). Andriy has also coordinated the development and financial support for renewable energy sources inKorosten and Zhytomyr.
Dmytro Sakalyuk has more than 15 years of project management experience in the field of renewable energy sources. During this time, he coordinated the installation of solar power plants for critical infrastructure facilities in Zvyagel (Zhytomyr Oblast) and Voznesensk (Mykolaiv Oblast), and facilitated the foundation of five Revolving Funds (mechanisms for supporting energy-efficient or RES-based measures) in cooperation with local self-government bodies. While participating in international projects, he assisted with the creation of energy management systems for 100 Ukrainian municipalities.
Julia has worked as a communications manager at Ecoclub for over two years. She develops and manages information campaigns of the organization, is responsible for press and media relations and manages relations with key partners of Ecoclub. Julia will be happy to answer any questions about the project, arrange a meeting with team members and discuss the details of possilbe cooperation.
For any questions, please contact
julia@ecoclubrivne.org
Coordinates the direction of installation of solar power plants for critical facilities. Responsible for the implementation of projects.
Supervises the construction of solar power plants, develops and checks the quality of design and estimate documentation, controls the construction process of facilities. Communicates with contractors, partners, equipment suppliers and other stakeholders.
As part of the team, she helps in the implementation of the project, provides office and administrative support.
At Ecoclub, Anatoliy is responsible for developing pre-feasibility studies, reviewing and commenting on technical documentation (feasibility studies, design and estimate documentation) for community-based renewable energy projects.
He is responsible for writing technical specifications for design, developing pre-design solutions for installing solar stations, calculating the efficiency of solar power plants, checking design and estimate documentation, and technical supervision of construction.
PROJECT STAGES
01
Selection of objects
- Ecoclub communicatеs the opportunity to the Ukrainian municipalities.
- Local self-government bodies provide general and technical information about the facility.
- Ecoclub experts analyze obtained information and choose municipalities for cooperation.
02
Solution design
- Ecoclub technical expert carries out pre-feasibility study.
- Ecoclub negotiates potential co-financing of a solar station with local self-government bodies.
- Ecoclub experts visit SPP installation sites inspecting building structures and energy networks.
- Ecoclub gets approval of pre-feasibility study from local self-government bodies and develops project estimates.
03
Selection of contractors
- Ecoclub issues project technical specifications.
- Ecoclub announces tender for SPP installers and invites them for participation.
- Ecoclub selects suppliers based on the most favorable offer and common values.
- Contract for SPP installation is signed.
04
SPP Installation
- A contractor goes to the site and examines the object.
- A contractor installs SPP and connects it to the power grid, launches the equipment.
- Ecoclub evaluates the results and prepares video and written reports.
ADVANTAGES OF SOLAR POWER PLANTS
Service life of up to 25 years
Low maintenance costs
A reliable long-term solution
Ability to increase generating and storage capacity
Cost-effectiveness (only 0.02-0.05 euros per kWh)
Zero emissions