Integrated Energy
Management System
01. Integrated
Full-Link Collaborative Control
02. Intelligent
Control Core Driven by Advanced Algorithms
03. Empowerment
Empowerment for Multiple Scenarios
04. Elastic
Rapid Deployment and Elastic Expansion
Status
Optimizing Load Balance...
Capabilities
Intelligent Core Functions
Intelligent Optimal Dispatch
Generates and updates day-ahead and intra-day production plans based on forecasts and real-time data.
Energy Balance Control
Dynamically maintaining power and hydrogen balance in grid-connected and off-grid scenarios.
Flexible
Control
Electrolyzer start-up/shutdown sequence, target power tracking, and load rebalancing.
Operation Monitoring
Monitoring key energy equipment, energy planning, and performance evaluation.
Energy Management System
High Connectivity
2M+ data points, supporting IEC 61850, MODBUS, OPC UA, and Cybersecurity compliance.
High Reliability
Redundancy architecture with real-time monitoring and automated KPI visualization.
Full-Link Control
Unified collaborative scheduling based on source-grid-load-storage integration.
Advanced Algorithms
Multi-objective optimal scheduling across multiple systems and devices.
Multiple Scenarios
Support for green power consumption and economic cost control in off-grid modes.
Elastic Expansion
Modular design allowing for rapid deployment and efficient system maintenance.
System Design & Optimization
Access Mode
Grid Peak Shaving
Grid-Friendly
Process Off-Grid
Capacity Ratio
Wind/Hydrogen Match
PV/Hydrogen Match
Hybrid Scale
Storage Opt.
Power Energy Storage
Hydrogen Storage
Architecture
AC / DC Trans.
Proximal Access
Off-grid Mode
System Opt.
Electrical Topology
Equipment Selection
Overall Design
"Modeling and stability analysis of large-scale new energy off-grid hydrogen production systems.
Research on key technologies of large-scale new energy off-grid hydrogen production network."