The Intelligent Integrated Power Supply System is a high-performance, all-in-one solution designed for modern power infrastructure. By seamlessly integrating station AC, DC, inverters, and communication power supplies into a unified architecture, it establishes a sophisticated digital power platform. This system leverages intelligent modularization to eliminate complex secondary wiring and cross-screen cabling, ensuring a streamlined hardware layout and an open system architecture via Ethernet interfaces and EC6186 protocol communication.
Engineered for digital and intelligent substations ranging from 10KV to 1,100KV, this system incorporates advanced power conversion, digital control, and redundancy technologies. Its core strength lies in the ability to share a common battery set between DC operating power and AC UPS, ensuring uninterruptible power delivery to critical loads during AC blackouts. This integration significantly reduces procurement costs, shortens construction periods, and optimizes space utilization in dense urban environments.
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 System Safety
Isolation transformers for UPS and DC/DC supplies prevent grounding accidents and limit back-feeding ripple voltage.
Uninterruptible Continuity
Shared battery architecture ensures seamless power transition to critical loads during AC outages.
Intelligent Modularization
Integrated chassis for sensors and circuits eliminates secondary wiring and simplifies system expansion.
Intuitive Monitoring
Large color touch screen with graphical interfaces allows for convenient real-time operation and status tracking.
Real-time Battery Analysis
High-efficiency internal resistance analysis identifies hidden battery issues before they cause system failure.
Reduced TCO
All-in-one design minimizes procurement complexity and significantly reduces O&M operational costs.
Product Gallery
Management Platforms
Centralized Monitoring
Unified AC/DC monitoring through a single communication interface to simplify network architecture.
EC6186 Protocol
Standardized Ethernet communication ensures full compatibility with host computer systems.
Redundancy Management
Dual memory redundancy for program and data recording to guarantee maximum stability.
Object-Oriented Logic
Separate handling of programs and configuration data for high system compatibility.
Thermal Control
Intelligent temperature-controlled air-cooling to maintain optimal hardware operating environment.
Remote Maintenance
Digital power software platform enables efficient remote diagnostics and timely service updates.
Investment Return Comparison
| Evaluation Metric | Traditional Systems | Intelligent Integrated System |
|---|---|---|
| Installation Time | Long (Manual Wiring) | Short (Modular Design) |
| Space Requirement | High (Multiple Cabinets) | Low (All-in-One Design) |
| O&M Complexity | High (Manual Checks) | Low (Digital Monitoring) |
| Procurement Cost | Fragmented/Higher | Optimized/Lower |
| System Reliability | Moderate (Single Points) | High (Full Redundancy) |
Frequently Asked Questions
It is primarily designed for digital and intelligent substations, as well as ordinary substations ranging from 10KV to 1,100KV that require high-standard automation and reliability.
The system uses a shared battery set for both DC operating power and AC UPS. In the event of an AC blackout, these batteries supply power to critical loads without interruption.
By integrating switches and sensors into a chassis, the system removes the need for external secondary cabling, which significantly reduces construction time and minimizes wiring errors.
The system utilizes the EC6186 protocol via an Ethernet interface, making it an open system that can easily integrate with various host computer systems.
The platform features real-time battery management and internal resistance analysis, allowing operators to identify and eliminate hidden battery problems before they occur.
Yes, the UPS, inverter, and DC/DC power supplies are equipped with isolation transformers to prevent system accidents caused by grounding.
