EMS Project
Regions and Countries: China, Asia – Pacific Region
This EMS project is situated in China, within the broader Asia – Pacific region. It functions under the unique energy landscape and regulatory framework of this area.
Client: Energy Storage System Factory
The client, an energy storage system factory, aims to enhance its energy management efficiency. The EMS project is tailored to meet its specific operational needs.
Project Configuration: Existing BESS + EMS + Existing Solar System + Diesel Generator
The project combines an existing Battery Energy Storage System (BESS), an EMS, an existing solar system, and a diesel generator. This integrated setup optimizes energy utilization and supply reliability.
Project Time: 2025
Implementation of the project is scheduled for 2025, with a detailed timeline for deployment and go – live.
Application Solution: Industry and Commerce
The solution is designed for industrial and commercial applications. It addresses the energy management challenges faced by the energy storage system factory in a commercial setting.
Applied EMS: Power and Control DB
The EMS employed is the Power and Control DB. It acts as the core control system, enabling real – time monitoring and intelligent energy flow management.
Applied Energy Storage System: Imax-ES215 Machine Cabinet
The Imax-ES215 machine cabinet serves as the energy storage system component. It provides reliable storage capacity to support the overall energy management strategy.
Application Services: Engineering, Consultation
We offer comprehensive engineering and consultation services. Our experts assist in system design, integration, and performance optimization throughout the project lifecycle.
Application Logic: Peak – shaving (Convert excess solar energy into stored energy in the storage system), Load Transfer, Black Start, Seamless Switching, Frequency Regulation
The application logic includes peak – shaving to store surplus solar energy. It also features load transfer for demand balancing, black start for quick recovery, seamless switching for uninterrupted operation, and frequency regulation for grid stability.
