June 23, 2024
Owner's Engineer banner
HomeUncategorizedRomania: Monsson commissioned the largest electricity storage capacity in Romania

Romania: Monsson commissioned the largest electricity storage capacity in Romania

Supported byClarion Energy banner

The Monsson Group has connected to the national grid the largest electricity storage unit installed and produced in Romania, the battery system being made by Prime Batteries Technology. Storage capacity will help reduce the volatility of renewable energy production and thus contribute to the stability of the energy system. This is part of the first hybrid photovoltaic wind-battery project, within the Mireasa Wind Park, with a capacity of 50 MW.

The storage system is installed next to the Mireasa wind farm and the Galbiori solar park and will be fully connected to the grid by the end of 2024.

Prime batteries are set to be charged mostly at peak production times when energy demand and prices are low.

The storage unit has an installed power of 24 MWh – (6MWx4h), is built by Monsson, through a unique project, patent-pending, and uses batteries of local production, produced by the Romanian company Prime Batteries Technology.

This first phase is just one of three phases that will make up a total of 216 MWh of storage capacity to be commissioned during 2024-2025.

The storage unit will be charged with energy produced by the existing operational 50 MW Mireasa Wind Farm, with photovoltaic energy produced by the 35MW Galbiori 2 photovoltaic park under construction and to be connected to the grid in 2024, as well as from the national grid when there is no wind or sun.

Control of the hybrid project is fully automated remotely, without local operational staff, and will operate in an integrated system through proprietary software developed by Monsson.

“At the moment, this project is in the top five in Europe, but if it successfully reaches 216 MWh in total storage, it will be the largest storage facility in Europe. The 24 MWh battery consists of 132 battery strings with 114,048 lithium-ion cells containing 1240 kilometres of active material electrodes, about the distance from here to Vienna. It took about 4,200 hours of engineering on the electrical side, 3,000 hours of engineering on the mechanical side, engineering that we are proud to say was done in Romania, in Bucharest and Constanta, by our colleagues at Monsson,” said Vicentiu Ciobanu, Chief Executive Officer, Prime Batteries.

RELATED ARTICLES

Supported byOwner's Engineer
Supported by
Supported byClarion Energy
Supported by
error: Content is protected !!