The first lithium-ion battery energy storage system (BESS) in Romania was recently commissioned for Enevo Group, a leading energy storage solutions provider, by Prime Batteries Technology. The project is a significant milestone for Romania’s energy storage industry, given the country’s efforts to reduce balancing costs and promote renewable energy sources. The project involved the installation of a 36MW lithium-ion BESS with a nominal energy storage capacity of 72MWh, which is designed to balance the energy output of a hydropower plant that operates over 7GW of hydropower. The BESS is expected to reduce internal imbalances in the wind plant, provide system balancing services, and decrease wear and tear on the wind plant itself. According to local reports, the wind plant has been operating at a significant loss due to unfavourable balancing requirements. The installation of the BESS is expected to mitigate this issue and provide a more stable energy supply to the grid. Prime Batteries Technology, a Romania-headquartered battery technology company, won the contract for the project, which is worth 79.8 million RON (€16 million/US$18.2 million) excluding VAT. The project was signed within 12 months of the contract being awarded, and the installation of the BESS was completed within the agreed timeframe. The nominal power of the system will be 36MW, and the nominal energy storage capacity will be 72MWh. The BESS is designed to work in conjunction with the hydropower plant, providing a stable energy supply to the grid and reducing the strain on the wind plant. Enevo Group, the recipient of the BESS, is a leading provider of energy storage solutions in Romania. The company has a strong track record of delivering complex energy storage projects, and the installation of the BESS is a testament to its expertise in this field. Previous Projects
Prime Batteries Technology has a history of delivering complex energy storage projects. One of its previous projects was the installation of a 6MW/24MWh BESS for independent power producer (IPP) Monsson, which was inaugurated in April last year. The company manufactured the battery cells locally for integration into Monsson’s own BESS solution. Monsson has since gone on to reveal even larger projects, including a 2GWh early-stage one, which will also be built with its own energy storage solution. The company’s commitment to energy storage is evident, and its experience in delivering complex projects is a testament to its expertise in this field.
- Prime Batteries Technology
- Enevo Group
- Monsson
- Romania’s energy storage industry
| Project Details | Location | BESS Type | Capacity |
|---|---|---|---|
| Monsson 6MW/24MWh | Romania | 6MW/24MWh | 6MW/24MWh |
| Enevo Group 36MW/72MWh | Romania | 36MW/72MWh | 36MW/72MWh |
The installation of the BESS is a significant milestone for Romania’s energy storage industry, given the country’s efforts to reduce balancing costs and promote renewable energy sources. The project is a testament to the expertise of Prime Batteries Technology and Enevo Group, and it highlights the growing importance of energy storage in Europe.
“I am thrilled to see the installation of this BESS, which will provide a more stable energy supply to the grid and reduce the strain on the wind plant. This project is a testament to the expertise of Prime Batteries Technology and Enevo Group, and it highlights the growing importance of energy storage in Europe.”
— Board member of Monsson
The project demonstrates the potential of energy storage to reduce balancing costs and promote renewable energy sources. The installation of the BESS will provide a more stable energy supply to the grid, reducing the strain on the wind plant and promoting the use of renewable energy sources. The project is also a testament to the growing importance of energy storage in Europe. Energy storage is becoming increasingly important as more solar and wind plants come online, and it is expected to play a key role in the transition to a low-carbon economy. Future Projects
Monsson has revealed that it has larger projects in the pipeline, including a 2GWh early-stage one, which will also be built with its own energy storage solution. The installation of the BESS is a significant milestone for Romania’s energy storage industry, given the country’s efforts to reduce balancing costs and promote renewable energy sources. Key Takeaways
* The first lithium-ion BESS in Romania has been commissioned for Enevo Group. * The project is a significant milestone for Romania’s energy storage industry. * The BESS will provide a more stable energy supply to the grid, reducing the strain on the wind plant. * The project demonstrates the potential of energy storage to reduce balancing costs and promote renewable energy sources. * The installation of the BESS is a testament to the growing importance of energy storage in Europe.
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The commissioning of the first lithium-ion BESS in Romania marks a significant milestone for the country’s energy storage industry. As the energy landscape continues to evolve, the installation of BESS systems like this one will play an increasingly important role in reducing balancing costs and promoting renewable energy sources.
