Microgrid Project – Cutting-Edge Solution for Energy Management
Region and Country: Denmark, Europe – A Step Towards Sustainable Energy in Scandinavia
Client: Manufacturing Factory – Enhancing Industrial Energy Efficiency
Project Configuration: 7300kW/7988.8kWh Energy Storage System + EMS – Powerful Integration for Reliable Power
This project features a high-capacity 6300kW/6988.8kWh energy storage system coupled with an advanced Energy Management System (EMS). This powerful combination ensures a stable and reliable power supply for the manufacturing factory, enabling efficient energy utilization and cost savings.
Project Time: 2023 – 2024 – Future-Ready Energy Solution
Scheduled for 2024 – 2025, this microgrid project represents a forward-looking approach to energy management. It is designed to meet the evolving energy needs of the manufacturing industry, providing a sustainable and resilient power infrastructure.
Application Solution: Frequency Regulation – Ensuring Grid Stability
Our frequency regulation solution is essential for maintaining the stability of the microgrid. By precisely adjusting power output or input in real-time, it keeps the grid frequency within the optimal range. This is vital for the uninterrupted operation of sensitive manufacturing equipment, preventing damage and production downtime.
Applied EMS: Power Source and Control DB – Intelligent Energy Management
The EMS in this project, which includes a power source management module and a control database (Control DB), is the brain of the microgrid. It intelligently manages power sources, collects and analyzes vast amounts of energy data, and uses the information in the Control DB to optimize energy flow, reduce waste, and enhance overall system efficiency.
Applied Energy Storage System:Imax-ES237 Cabinet and PCS210 Cabinet – High-Performance Storage and Conversion
The Imax-ES237 Cabinet and PCS210 Cabinet form the core of our energy storage system. The Imax-ES237 Cabinet houses high-performance energy storage devices, such as advanced batteries, while the PCS210 Cabinet contains the Power Conversion System. This system efficiently converts stored DC power into usable AC power and vice-versa, ensuring seamless integration with the grid and reliable power delivery.
Applied Services: Engineering, Consultation, Online Operation and Management – Comprehensive Support for Your Energy Needs
– **Engineering**: Our expert engineering team handles every aspect of the microgrid system’s design, installation, and commissioning. We tailor the system to the specific requirements of your manufacturing factory, ensuring a perfect fit and optimal performance. – **Consultation**: We provide in-depth consultation services, offering expert advice on system selection, operation strategies, and future expansion plans. Our goal is to help you make informed decisions and maximize the benefits of your microgrid investment. – **Online Operation and Management**: With our online operation and management services, you can monitor and control your microgrid system remotely. This enables real-time adjustments, quick troubleshooting, and continuous optimization, ensuring your system operates at peak efficiency.
Application Logic: FCR (Frequency Control Reserve), aFRR (Automatic Frequency Restoration Reserve) and mFRR (Manual Frequency Restoration Reserve) – Multi-Layered Frequency Protection
– **FCR (Frequency Control Reserve)**: As the primary control mechanism, FCR provides an immediate response to frequency deviations. It acts as the first line of defense, quickly adjusting power to maintain the balance between generation and consumption, ensuring instant grid stability. – **aFRR (Automatic Frequency Restoration Reserve)**: Following the initial response of FCR, aFRR takes over as the secondary control. It further refines the frequency regulation process, gradually restoring the frequency to its nominal value over a slightly longer time frame, enhancing the overall stability of the microgrid. – **mFRR (Manual Frequency Restoration Reserve)**: In more severe frequency deviation situations, mFRR can be manually activated. It serves as a backup reserve, providing additional frequency support when needed. With human intervention, it ensures that the microgrid can withstand extreme conditions and maintain reliable operation.
This microgrid project in Denmark offers a comprehensive and advanced energy solution for manufacturing factories, combining cutting-edge technology, intelligent management, and multi-layered protection to deliver sustainable, reliable, and efficient power.
