Category: Microgrid Project
Regions and Countries: Denmark, Europe
This microgrid project is situated in Denmark, a nation within the European continent. It operates under Denmark’s specific energy policies and grid conditions.
Client: Manufacturing Plant
The client is a manufacturing plant. It requires a stable and efficient energy supply to support its production processes, making the microgrid a suitable solution.
Project Configuration: 6000kW/12902.4kWh Energy Storage System + EMS
The project integrates a 6000kW/12902.4kWh energy storage system with an Energy Management System (EMS). This setup enhances energy flexibility and reliability for the manufacturing plant.
Project Time: 2025
The project is scheduled for implementation in 2025, with a clear timeline for deployment and commissioning.
Application Solution: Frequency Regulation
The application solution focuses on frequency regulation. It helps maintain the stability of the local grid and ensures consistent power quality for the manufacturing plant.
Applied EMS: Power and Control DB
The EMS used is the Power and Control DB. It acts as the brain of the microgrid, monitoring and controlling energy flow in real – time to optimize performance.
Applied Energy Storage System: Imax-ES215 Machine Cabinet
The Imax-ES215 machine cabinet serves as the energy storage system. It provides large – scale energy storage capacity to support the microgrid’s operations.
Application Services: Engineering, Consultation
We offer comprehensive engineering and consultation services. Our experts assist in system design, integration, and troubleshooting to ensure smooth project execution.
Application Logic: Peak – shaving, FCR (Frequency Containment Reserve), aFRR (Automatic Frequency Restoration Reserve), and mFRR (Manual Frequency Restoration Reserve)
The application logic includes peak – shaving to reduce high – demand periods. It also involves FCR for immediate frequency response, aFRR for automatic frequency restoration, and mFRR for manual frequency adjustment, ensuring grid stability.
