The Intelligent Integrated Power Supply System represents a breakthrough in station power infrastructure, seamlessly merging AC, DC, inverters, and communication power supplies into a unified, digital architecture. By integrating a sophisticated monitoring module and utilizing the EC6186 protocol via Ethernet interfaces, the system transforms traditional power distribution into an open, digital software platform, ensuring seamless information sharing across all station power subsystems.
Engineered for high-voltage environments ranging from 10KV to 1,100KV, this system replaces complex secondary wiring with intelligent modular switches and decentralized functional layouts. This design eliminates cross-screen cabling and maximizes operational efficiency, making it the ideal solution for digital substations and intelligent power grids requiring the highest standards of automation and reliability.
Detailed Parameters
| Rated Input Voltage | AC220V/AC380V±20% | Rated Output Voltage | DC110/220V |
|---|---|---|---|
| Battery Rated Capacity | 50Ah~1,000Ah | Rated Current | 5A~300A |
| Voltage Stabilization | ≤0.5% Accuracy | 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 System Safety
Equipped with isolation transformers and ripple voltage limiting to prevent grounding accidents and ensure strict compliance with safety specifications.
Rapid Deployment
The all-in-one integrated design significantly shortens construction periods and saves valuable floor space in dense urban environments.
Intelligent Modularization
Sensors and switches are integrated into a chassis, eliminating secondary wiring outside the module for a cleaner, more efficient layout.
Intuitive Monitoring
Features a large color touch screen with a graphical interface for intuitive operation and real-time equipment status visibility.
Predictive Maintenance
High-efficiency real-time battery management and internal resistance analysis eliminate hidden battery failures before they occur.
Cost-Effective Procurement
Reduces the complexity of equipment selection and lowers the overall cost of procurement and lifecycle management.
Product Gallery
Management Platforms
AC/DC Integrated UPS
Utilizes advanced power conversion and digital control to share a common battery set for uninterruptible power.
EC6186 Protocol Integration
Ensures the power supply system remains an open system with full compatibility with host computer systems.
Remote Monitoring Interface
Simplifies system architecture by allowing centralized monitoring of DC and AC units through a single interface.
Dual Memory Redundancy
Separately stores programs and recording data to ensure extreme stability for worldwide grid operations.
Object-Oriented Programming
Handles configuration data separately from programs, providing high compatibility and easier updates.
Intelligent Thermal Control
Integrated air-cooling with temperature control ensures optimal operating conditions with noise levels ≤50dB.
Investment Return Comparison
| Metric | Traditional Systems | Intelligent Integrated System |
|---|---|---|
| Installation Time | Extended (High Wiring) | Significantly Reduced |
| Space Requirement | Large Footprint | Compact All-in-One |
| Maintenance Cost | High (Manual Checks) | Low (Remote/Predictive) |
| System Reliability | Standard | High (Dual Redundancy) |
| Procurement Complexity | Multi-vendor Sourcing | Unified Single Solution |
Frequently Asked Questions
The main benefit is the consolidation of AC, DC, and inverter systems into one modular platform, which reduces secondary wiring, saves installation space, and enables centralized digital monitoring via the EC6186 protocol.
The AC UPS and DC operating power share a common set of high-capacity batteries. In the event of a blackout, these batteries instantly provide seamless power to all critical recurring loads.
Yes, the system is specifically designed for digital and intelligent substations from 10KV to 1,100KV, utilizing open Ethernet interfaces and industry-standard communication protocols.
The system employs real-time battery management including internal resistance analysis, which identifies potential failures early and ensures the continuity of power operation.
The UPS, inverter, and DC/DC power supplies are all equipped with isolation transformers to maintain electrical separation and ensure system safety during grounding events.
Yes, the system is designed with customized embedded software and a flexible hardware structure to meet the specific reliability and stability requirements of worldwide power grids.
