Renewables

Agrivoltaic solar project of 13 MW underway in Cyprus

Agrivoltaic solar 13 MW Cyprus

Photo: BayWa r. e.

Published

September 22, 2020

Country

Comments

comments icon

0

Share

Published:

September 22, 2020

Country:

Comments:

comments icon

0

Share

Thalis Engineering is tasked with studies, installation and management of the first agrivoltaic plant in Cyprus on behalf of Royal Valley. The pilot project is for a simultaneuos production of electricity, with a capacity of almost 13 MW and a battery system, and agricultural activity.

The Department of Agriculture of the Ministry of Agriculture, Rural Development and Environment of Cyprus supported the development of an agrivoltaic solar power plant in Potamia, Philenews reported. It learned the institution is pushing for the project, valued at EUR 14 million to EUR 15 million, to obtain permits.

Agrivoltaics or agrophotovoltaics – APV combine solar energy with agricultural production. Land use conflicts have been escalating with the expansion of photovoltaic technology. Environmentalists and farmers have raised the issue of taking up space which should be used for the production of food. For instance, Greece and Cyprus have limited arable land.

Royal Valley’s agrivoltaic facility will be one of the biggest solar power plants in Cyprus

The future agrovoltaic park is located near Nicosia and it would be the first in Cyprus. It belongs to Royal Valley, controlled by Cypriot shipowner Andreas Hatzigiannis.

The report adds the capacity would be almost 13 MW, one of the biggest in the country, but also that a battery system of 6 MWh is planned. The news outled revealed the memo was sent on August 25.

The Agricultural Research Institute will be responsible for oversight, so that the condition that aromatic plants must be grown is respected

The department is said to have declared the endeavor to be a pilot project so that it can’t be used as precedent for other investments. The report adds mostly aromatic plants would be grown in the field and that the Agricultural Research Institute would monitor the activity for compliance with the terms.

Start of production seen by end-2021

The design apparently includes single-axle frames, enabling panels to turn from east to west during the day and Thalis Engineering was tasked with studies, installation and management. According to unnamed sources, Royal Valley intends to complete the agrivoltaic farm by the end of next year, when a competitive electricity market should be fully established in Cyprus.

In most cases, the said method implies setting up the panels at a height of three to five meters. Thalis Engineering claimed the shade from the installation would be beneficial and that the herbs would be protected from excessive evaporation. In return, the vegetation lowers the temperature, boosting the solar power plant’s efficiency.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment

Related Articles

Turkish geothermal power plant operator drill for geothermal lithium

Turkish renewables firm to drill for geothermal lithium

26 July 2025 - Margün Energy intends to search for lithium in geothermal water in western Turkey, where it took over a 12 MW geothermal power plant

serbia wind farm plandiste nis met dubravka djedovic

Government of Serbia interested in taking over Plandište wind project

25 July 2025 - Plandište is one of the projects that obtained feed-in tariffs under the first quota of 500 MW for wind power plants in Serbia

Over 20,000 prosumer projects connected in Greece during last 18 months

Over 20,000 prosumer units connected in Greece in last 18 months

24 July 2025 - Households and businesses remain highly interested in becoming prosumers in Greece, although the new net billing program faces delays.

Project 81 MW solar park on coal mine in Montenegro

Project underway for 81 MW solar park on coal mine in Montenegro

24 July 2025 - The Government of Montenegro gave a provisional green light for a solar power plant of 81.1 MW in peak capacity on coal land in Pljevlja