G-EMS

Energy Management System (EMS) Software and Hardware
The Energy Management System (EMS) is a critical component for Battery Energy Storage Systems (BESS). EMS enables the integration of energy storage systems with the grid, making the efficient and reliable transformation of renewable energy possible. It manages the charging and discharging operations of battery systems, energy flow, and power balance. This balances energy supply and demand, increases grid stability, and optimizes energy efficiency.

Operating Principle and Advantages of EMS within BESS:

• Management of Energy Flow: EMS optimizes energy flow by controlling the energy storage and distribution processes of battery systems.
• Ensuring Grid Balance: Supports stable grid operation by performing frequency and voltage regulation.
• Demand Side Management: Applies energy charge and discharge strategies to balance fluctuations in energy demand.
• Data Collection and Analysis: Monitors performance with real-time data and predicts future energy needs.
• Integration Flexibility: Provides system flexibility by working compatibly with different energy production sources and hardware.
• Cost Savings and Efficiency: Reduces operational costs and increases energy efficiency by optimizing energy usage.

Given that each country’s grid requirements and operating conditions vary, developing EMS software and hardware domestically to meet the needs is of great importance. In this context, the G-EMS software and hardware developed by Grid Kod have been designed with the correct parameters and have completed comprehensive tests. This ensures that investors derive maximum benefit from their energy production and storage systems.

Advantages Provided by Grid Kod G-EMS:

G-EMS has paved the way to operate battery blocks and battery inverter (PCS) units from different manufacturers with high accuracy and efficiency. This system meets the needs of investors and operators by offering flexibility and compatibility in energy storage management.

Key Features of G-EMS Software and Hardware:

• Flexibility to Work with Different Battery Manufacturers: Facilitates system integration by working compatibly with various battery brands.
• Flexibility with Battery Inverter (PCS) Manufacturers: Provides seamless communication and control with different PCS units.
• Adaptability to Voltage Levels and Grid Regulations: Operates at different voltage levels and complies with local grid regulations.
• Flexibility According to Application Type: Capable of operating in modes like grid voltage regulation, frequency control, peak shaving, off-grid, and microgrid.
• Communication with BMS: Integrates with the Battery Management System (BMS) to monitor battery health and performance.
• Communication with PCS: Manages energy conversion processes by interfacing with inverter units.
• Communication with Production Side: Optimizes energy production by integrating with renewable energy sources like wind and solar.
• Data Collection and Monitoring: Collects real-time data and continuously monitors system performance.
• Data Analysis and Forecasting: Analyzes collected data to predict energy production and consumption trends.
• Data Security: Protects data integrity and confidentiality with cybersecurity protocols.
• Facility Monitoring and Reporting: Provides detailed reporting of facility performance with user-friendly interfaces.
• Production and Storage Optimization with AI-Based Decision Algorithms: Maximizes energy management using AI-supported algorithms.
• Energy Commercial Modules: Supports commercial activities by integrating with energy markets.
• Fire and Security System Controls: Minimizes security risks by working with integrated fire and security systems.
• Service and Predictive Maintenance: Ensures uninterrupted and efficient system operation with proactive maintenance strategies.