Renewables

Montenegro’s CGES signs two more grid connection agreements for solar power plants

cges solar power montecevo cwp asanovic gazivoda

Foto: CGES

Published

August 8, 2023

Country

Comments

comments icon

0

Share

Published:

August 8, 2023

Country:

Comments:

comments icon

0

Share

Montenegro’s transmission system operator CGES has signed agreements on connecting two more planned solar power plants, with a total installed capacity of 615 MW. The investors are Sun Horizon, and Obnovljivi Izvori Energije.

In mid-June, TSO CGES inked its first grid connection agreement for a solar power project. The three projects have a total capacity of more than 1,000 MW.

The contract on the connection of the 400 MW Montechevo solar power plant, was signed by Ivan Asanović, CEO of CGES, and Darija Gazivoda, executive manager of Sun Horizon. The investment is estimated at EUR 350 million.

The firm is a subsidiary of CWP Europe, one of the leading companies in the development of renewable projects in South-East Europe.

According to CGES, connecting Montechevo implies the construction of the 400 kV Čevo switchyard (RP Čevo), one of the largest in the region. It will consist of four 400 kV power lines: Lastva-Trebinje, Lastva-Pljevlja, and Lastva-Podgorica.

In addition to higher connection capacity, the technical solution would enable better performance of the transmission system, because it eliminates the possibility of a simultaneous outage of the 400 kV transmission lines towards Trebinje and Pljevlja.

CGES: The grid is largely prepared for the integration of new renewable power plants

The agreement defines a dynamic plan, which foresees that the Montechevo project and RP Čevo would be built by the end of 2027.

CGES said the integration of renewable electricity facilities into the existing grid poses technical challenges, but that power lines are largely prepared.

The company stressed that it invested a vast amount of funds in grid upgrades and that it would continue such activities and work on new regional projects.

cges solar power power plant predis asanovic

Asanović and Rusmin Muslić, executive manager of Obnovljivi Izvori Energije, signed the second contract, for the Prediš photovoltaic plant. It is planned at 215 MW in capacity, while the investment is valued at EUR 180 million.

The solar power facility will be connected via a 400 kV transmission line to RP Čevo, CGES added.

Of note, a large number of utility-scale PV projects are under development in Montenegro, but none are under construction yet.

In other news, the Government of Montenegro issued urban planning and technical requirements for the preparation of technical documentation for a 100 MW project.

The location is near Nikšić, in the Vraćenovići settlement. The request for the solar power project was submitted by Agenos Energy from Podgorica.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

croatia batteries BESS study res croatia converence solar flex

Study maps 22 priority locations for BESS in Croatia

19 March 2026 - The national study identifies grid congestion locations and the need for battery energy storage systems in Croatia

photovoltaics in solar power station energy from natural. Close-up.

UniCredit Bank issues first green mini bonds in Serbia

19 March 2026 - UniCredit Bank acted as arranger and investor for the first green mini bond issuance on the domestic market in Serbia

slovenia eles solar power plants 2025

Slovenia’s solar capacity surges to 1.65 GW

19 March 2026 - Nearly 70,000 solar power units were on the grid in Slovenia in 2025, with a total installed capacity of 1,650 MW

Alive Capital Sieyuan Electric 2 5 GWh of battery storage

Alive Capital, Sieyuan Electric to deploy up to 2.5 GWh of battery storage

19 March 2026 - Alive Capital signed a deal with energy equipment manufacturer Sieyuan Electric for the deployment of battery energy storage systems