About Substation Automation System
We are offering a smart and intelligent Substation Automation System that is designed to provide complete control over various installations within power distribution units. It is compatible with all versions of the latest computer systems that make it universal. The simple user interface of this unit allows a single user to control the machines. The inbuilt connectivity monitoring ensures better connectivity with the webserver. Customers can get this Substation Automation System from us at a reasonable and low price range.
Features
- Registered partner of COPA-DATA Partner Community. ZenOn platform chosen for developing CTR CDZENON Software
- High reliability in data exchange and storage
- Permits hardware and software expansion of system
- Open source object-oriented hierarchical decentralized architecture
- Suitable for all basic SCADA levels
- Fully automatic main and redundant switching between servers
- Compatible with all versions of Microsoft Windows
- Configuration can be done locally or remotely
- Configuration changes are automatically transferred to all servers
- Local and remote Diagnostic tools available
- Inbuilt Network connectivity monitoring
- Connectivity available with Web Server
- Runtime software can be switched through multi-language support
Advanced Protocol and Communication SupportEnjoy seamless system integration with support for IEC 61850, Modbus, and DNP3 protocols. The automation systems versatile communication suite, including Ethernet, RS-485, and fiber optic options, guarantees reliable connectivity for diverse industrial requirements. This ensures the system is future-ready and easy to integrate within both existing and new substation infrastructures.
Efficient Control and Data ManagementExperience both automatic and manual control, robust data storage with 8GB internal memory, real-time event logging, and an intuitive LED display interface. With alarm systems and remote monitoring capabilities, operators can respond swiftly to anomalies, enhancing safety while reducing operational downtime.
Safety, Reliability, and ExpandabilityDesigned with high protection standards (IP54), overheating safeguards, and available redundancy, this three-phase, three-pole panel is built for critical industrial applications. Its modular structure allows flexible expansion. The systems integration with PLC and SCADA offers highly responsive performanceless than 50ms response timeensuring reliability in demanding substation environments.
FAQs of Substation Automation System:
Q: How does the Substation Automation System integrate with existing PLC and SCADA setups?
A: The system supports industry-standard protocols such as IEC 61850, Modbus, and DNP3, making integration with PLCs and SCADA systems straightforward. Its compatibility with Ethernet, RS-485, and fiber optic communications ensures seamless data exchange, while modular design allows for easy adaptation to existing control architectures.
Q: What are the primary benefits of internal memory and event logging features in this system?
A: The 8GB internal memory enables substantial data storage for operational logs, historical data, and detailed event records. This capacity, combined with an advanced event logging system, allows operators to trace issues, conduct performance analysis, and ensure regulatory compliance with comprehensive documentation.
Q: When should redundancy features be utilized in substation automation?
A: Redundancy features should be implemented in critical applications requiring uninterrupted operation, such as major industrial substations where system downtime can cause significant losses. These features provide backup systems to maintain control and monitoring in the event of a hardware or communication failure.
Q: Where is this Substation Automation System typically installed, and what are its mounting options?
A: This system is designed for floor mounting within industrial substations and is panel-mounted for secure installation. Its robust, mild steel construction, high IP54 protection rating, and powder-coated surface make it suitable for harsh industrial environments across various locations in India.
Q: What is the process for remote monitoring and control of the system?
A: Remote monitoring and control are enabled via secure connections to SCADA platforms and operator terminals, facilitated by the systems supported communication protocols. Real-time data, alarms, and event logs are accessible over Ethernet or fiber optic networks, allowing operators to make informed decisions from remote locations.
Q: How does the system ensure operational safety and protection?
A: Operational safety is ensured through high protection standards (IP54), audible and visual alarms, overheating protection, and a highly efficient power factor (>0.95). The system also incorporates advanced insulation materials and a robust enclosure design to guard against environmental hazards and electrical faults.