The Intelligent Integrated Power Supply System is a high-performance, comprehensive power solution designed for modern electrical infrastructure. By unifying station AC, DC, inverters, and communication power supplies into a single modular design, it establishes a digital power software platform that enables seamless information sharing and centralized monitoring. This all-in-one approach eliminates complex cross-screen secondary cabling, replacing traditional fragmented setups with an intelligent hardware leveling architecture.
Engineered for digital and intelligent substations ranging from 10KV to 1,100KV, the system utilizes advanced power conversion and pulse width modulation technology to ensure uninterruptible operation. With full Ethernet integration and EC6186 protocol compatibility, the system operates as an open architecture, significantly reducing procurement costs, shortening construction periods, and maximizing grid operational reliability through real-time battery management and decentralized control.
Detailed Parameters
| Rated Input Voltage | AC220V/AC380V±20% | Rated Output Voltage | DC110/220V |
|---|---|---|---|
| Battery Capacity | 50Ah~1,000Ah | Rated Current | 5A~300A |
| Voltage Accuracy | ≤0.5% | Temperature Flow Accuracy | ≤0.5% |
| Ripple Current Factor | ≤0.1% | Grid Power Frequency | 50Hz±10% |
| Power Factor | ≥0.95% | Dielectric Strength | >10MΩ, 2KVAC (1 min) |
Key Advantages
Enhanced Stability
Equipped with isolation transformers and ripple voltage limiting to prevent grounding accidents and ensure system safety.
Uninterruptible Power
Advanced AC/DC integrated UPS technology ensures seamless power transition during AC blackouts for recurring loads.
Intelligent Modularization
Integrated chassis for switches and sensors eliminates external secondary wiring and simplifies system architecture.
Intuitive Interface
Large color touch screen with graphical display for intuitive operation and real-time system status visibility.
Real-time Monitoring
High-efficiency battery internal resistance analysis eliminates hidden faults and improves continuity of operation.
Open System Protocol
Ethernet interface and EC6186 protocol support ensure high compatibility with various host computer systems.
Product Gallery
Management Platforms
All-in-One Design
Highly integrated solution reducing equipment selection complexity and overall procurement costs.
Decentralized Control
Layer-outed distribution structure with localized measurement and centralized management for flexibility.
Redundant Memory
Dual memory redundancy for separate program storage and data recording to maximize stability.
Digital Twin Platform
Software-defined power platform for real-time data sharing across all station power subsystems.
Smart Maintenance
Remote monitoring capabilities that significantly reduce the cost of operation and maintenance management.
Object-Oriented Logic
Separate handling of programs and configuration data for high compatibility across global grids.
Investment Return Comparison
| Comparison Item | Traditional Power Systems | Intelligent Integrated System |
|---|---|---|
| Installation Time | Long (Manual Wiring) | Short (Modular Plug-in) |
| Space Requirement | High (Multiple Cabinets) | Low (Compact All-in-One) |
| Maintenance Cost | High (Manual Inspection) | Low (Remote Monitoring) |
| Wiring Complexity | Complex (Cross-screen) | Simplified (In-chassis) |
| System Reliability | Standard | Ultra-High (Redundant) |
Frequently Asked Questions
It is a unified power solution for substations that integrates AC, DC, inverters, and communication power into one modular system with digital monitoring and centralized management.
The system is designed for various voltage levels from 10KV up to 1,100KV, specifically for digital and intelligent substations requiring high automation.
It uses integrated AC/DC UPS technology. In the event of an AC blackout, the common battery pack ensures an uninterruptible power supply to all recurring loads.
Yes, it features a centralized monitor with an Ethernet interface and EC6186 protocol, allowing for full remote supervision and maintenance of DC and AC systems.
The system provides real-time battery management and internal resistance analysis, which allows operators to identify and eliminate hidden battery problems proactively.
It reduces overall procurement costs through fewer individual components, lowers installation labor via modular design, and decreases long-term O&M expenses via intelligent monitoring.
