Energy Management System (EMS)

The TAYA Energy Management System enhances energy efficiency across individual project sites and monitors, analyzes, controls, and communicates data throughout the entire supply chain. The system optimizes energy utilization, ensures that power flow anomalies and operational issues are detected and handled in real time, reduces operational costs, and minimizes environmental impact.
Through data analytics, the system evaluates equipment operating conditions and provides accurate forecasting along with analytical reports.
This system can automatically adjust equipment operating modes to reduce energy waste. It also assists in identifying and predicting energy demand, thereby optimizing production planning and equipment maintenance. As a result, it helps achieve higher operational efficiency, lower energy costs, and reduced carbon emissions, supporting sustainable energy development goals.

FEATURE

1
Support energy storage system applications such as dREG025, dREG050, sREG, PPM, and PVESS.
2
Support automatic calibration functions for PWR, V, SOC, SOE, DCIR, AHCMAX, and MWHMAX.
3
Built-in Taipower AFC test frequency curve and automatic testing function.
4
Built-in real-time service quality indicator calculation function.
5
Provide two-month power ancillary service configuration and planning functions, with 24-hour real-time automatic execution and service.
6
Provide 24-hour service parameter configuration function for the Taipower COP system.
7
Provide Taipower reference frequency drift setting function and grid reactive power compensation function.
8
Provide SOC automatic compensation function.
9
Meet AFC control requirements with gentle control, achieving high service quality and extended energy storage system lifespan (PCS/Battery).
10
Equipped with energy storage system protection and early warning mechanisms to improve product safety and operational stability.
11
Provide system fault-tolerance mechanisms to enhance service stability.
12
System redundancy design.


High Voltage Battery Management System (HVBMS)

The High Voltage Battery Management System (HVBMS) maintains the battery in a healthy condition and proper operating state by measuring battery temperature, voltage, current, and through battery capacity balancing mechanisms. When abnormal battery operation occurs, the battery management system will intervene and perform battery protection measures to ensure safe battery usage.

Product Features

1
Supports energy storage system applications up to 1500V.
2
Supports warning and protection functions such as OVP, UVP, OCP, OTP, and UTP.
3
Supports active cell balancing function.
4
Active balancing current: 2A.
5
Supports up to 18 battery cells connected in series within a battery module (configurable).
6
Supports up to 64 battery modules connected in series (configurable).
7
Uses CANBUS communication with J1939 communication protocol.
8
Supports parameter write protection.
9
Supports automatic parallel connection mechanism for high-voltage battery cabinets.
10
Supports automatic or manual configuration of PMU & BMU ID.
11
Supports EMS remote configuration of PMU & BMU control parameters.


Virtual Power Plant (VPP)

A Virtual Power Plant (VPP) integrates numerous small-scale and geographically distributed power generation or energy storage systems into a unified energy management platform. Through effective energy and power dispatching mechanisms, it helps maintain the dynamic balance of the power grid. Dayai manages distributed energy storage sites across different locations through the Distributed Energy Resource Management System (DERMS) of the Virtual Power Plant (VPP).

Business Inquiry

If you need more information or have any questions, please feel free to contact TAYA GROUP. Our team will be happy to assist you.

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