Sentinel 4.0
Monitoring and control of multi-layer operational networks and services
The challenge power utilities face in implementing their operational communication network is how to manage an evolving, multi-technology, multi-vendor telecom infrastructure to deliver services with a guaranteed level of quality for multiple groups of users with different service requirements.
Sentinel 4.0
Monitoring and control of multi-layer operational networks and services
The challenge power utilities face in implementing their operational communication network is how to manage an evolving, multi-technology, multi-vendor telecom infrastructure to deliver services with a guaranteed level of quality for multiple groups of users with different service requirements.
Sentinel 4.0 is a vendor-agnostic management platform designed to fulfill the requirements of power utilities’ operational communications.
- Multi-vendor and multi-technology – Allows for flexible construction of the network with best-suited building blocks without committing to any specific single vendor.
- Easy to deploy, operate, and maintain – Provides a powerful solution for monitoring, supervising, and reporting on devices and services at the grid scale, restraining to features that are relevant for the operational network, hence reducing cost, complexity, and learning effort.
- Fully under the utility’s control – Resides entirely inside the power utility’s governance and security perimeter.
- Enhanced operator awareness – For fast fault detection and localization, proactive management (detect anomalies before users), reduced downtime, efficient usage of work force, and reduction of maintenance costs.
- Enhanced user awareness – For the proper operation of mission-critical applications, prompt information on services impacted by network anomalies, and assurance that service requirements are constantly fulfilled.
- Single source for network information – Sentinel 4.0 inventory provides a coherent and unique source of information common to functions such as network operation, maintenance, transformation projects, planning, etc., facilitating exchanges between network management actors and stakeholders.
| Fault & Incident Management |
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| Configuration Management |
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| Performance Management |
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| Security Management |
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Sentinel 4.0 Management Framework Operational Principles
Sentinel 4.0 collects alarms and events as well as service performance data from devices and dedicated managers, associates contextual network and quality constraint information to the real-time collected data, and consequently generates operation and maintenance information for the communication service provider and quality of service information for the service users.
Example application
| Feature | SENTINEL 4.0 4 MANAGEMENT FUNCTIONS |
|---|---|
| Fault Management |
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| Incident Management |
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| Service Management |
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| Performance Management |
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| Inventory Management & Configuration |
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| Security Management |
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| Mobile Worker Terminals |
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| ADDITIONAL TECHNICAL DATA | |
|---|---|
| Server Architecture |
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| Sentinel 4.0 Clients |
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| Number of Supervised Nodes |
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| Supervised Devices |
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| Number of Functional Layers and Supervision Zones |
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| Functional Capability Packages | Management functions are grouped into functional capability packages and may be added through license upgrades:
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| Security and Authentication |
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Web Interface
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MDS WiYZ
Intelligent Data Acquisition
GE Vernova's MDS WiYZ™ is an intelligent data acquisition and networking platform combining wireless connectivity for sensors, I/O, instruments and meters with comprehensive network infrastructure solutions for IP/Ethernet and serial, machine-to-machine and backhaul communication to host systems and devices.
MDS WiYZ
Intelligent Data Acquisition
GE Vernova's MDS WiYZ™ is an intelligent data acquisition and networking platform combining wireless connectivity for sensors, I/O, instruments and meters with comprehensive network infrastructure solutions for IP/Ethernet and serial, machine-to-machine and backhaul communication to host systems and devices.
Versatile
- Battery or line powered Remotes
- Single, sensor or multiple analog & digital I/O
- I/O Extension to regenerate remote signals
- Poll data using Modbus
- Collect, time-stamp and store data
- FTP for transfer data files
- Configurable data sampling & transmission rates
- Bridge communication to RTUs, Meters and Controllers
- Bridge between wired & multiple WiFi, MDS and cellular wireless options
Reliable
- Rugged NEMA 4X, IP 65 housings
- -40 to 70° C temperature ranges
- Class 1, Division 2 rated environments
- Self-healing mesh networking
Cost Effective
- Battery powered Remotes reduce cost
- Ultra-low power operation reduces solar power infrastructure cost
- Outdoor, hardened components eliminate extra enclosure, accessory and integration costs
- Self-creating mesh networking reduces path analysis and deployment costs
- Multiple sensor and I/O capacity
Secure
- 128-bit encryption and authentication
- Password protected access and lockdown
- Frequency hopping 2.4 GHz mesh network
WiYZ Application Advantages
Sensors and I/O Signals
- Use WiYZ Remotes with level, pressure, flow and temperature sensors to remotely monitor important parameters
- Connect digital signals for status monitoring and control
- Regenerate signals from sensors and I/O to RTUs and controllers
System Communication
- Interface data to host systems using Modbus
- Transfer data files to Enterprise systems using ftp
- Bridge IP/Ethernet and serial communication to remote controllers and multi-variable
Gateway Connectivity
- Enterprise connectivity using public cellular communication
- Connect multiple WiYZ networks to SCADA systems using MDS point-to-multipoint wireless
- Connect to your plant's WiFi infrastructure
The WiYZ Gateway is a powerful and flexible device facilitating wired and wireless connectivity to host systems and Enterprise
networks. The WiYZ Gateway supports up to 4 wireless connectivity options for bridging communication between Mesh, Cellular, WiFi and MDS wireless.
The WiYZ Gateway establishes and maintains the ISA 100 mesh network. It also collects data from WiYZ Remotes. Data can be locally stored on the gateway in between transmissions to Enterprise networks resulting in significant savings in cellular communication costs. Alternatively, the gateway supports Modbus for direct polling of sensor and I/O data in real time. The WiYZ Gateway operates as a multi-device hub and bridges IP/Ethernet and serial communication (either wired or wireless) anywhere, between remotes, controllers and PLCs and host systems.
- Configurable data transmission periods
- Storage of time stamped data in between data transmissions
- Security implementation including encryption and password access
MDS WiYZ Remotes are packed with features and functionality to match up with a diverse range of remote monitoring and control requirements. Each Remote accommodates 2 Analog Inputs, 2 Analog Outputs, 2 Digital Inputs and 2 Digital Outputs. One RS232 port is used for configuration. A second RS232/RS485 port is available for connection to an external device.
- Configurable sample periods allow remotes to periodically sample sensor and I/O data, and transmit back to the gateway at specified intervals, conserving battery power and reducing network traffic.
- Condition-based data transmission allows remote to transmit data only when there is a change of state for a Digital Input
- I/O extension can be implemented to regenerate sensor and I/O signals between devices
MDS WiYZ Device Manager
Use the web based WiYZ Device Manager for convenient, intuitive configuration and maintenance of WiYZ devices. Device Manager is resident in the WiYZ Gateway and can be accessed via the Ethernet port or over the air via any of the backhaul options. The WiYZ Device Manager provides a comprehensive set of tools and utilities such as configuration wizards, device profiles for repetitive configuration tasks and utilities for saving device configurations and upgrading firmware.
- Access over-the-air or using Gateway Ethernet port
- Device profiles simplify repetitive setup tasks
- Built-In Wizards guide users through multi-step configuration processes
- View I/O Data and Status information from WiYZ Remotes or other devices on the WiYZ network
- View data logged on Gateway in trend graph formats
- View device status and performance information
- Simple Maintenance Menus for firmware upgrade and saving radio configuration
- Menus for broadcasting firmware upgrades to all Remotes
- Network Configuration Features
- Setup bridging over multiple wireless option
- Monitor network status and health
Wireless I/O Extension
Use the MDS WiYZ I/O Extension feature to regenerate I/O signals at meters, RTUs and controllers when direct wiring is too expensive or impractical. Gas wellhead pressure values can be monitored by a WiYZ remote located at the wellhead and regenerated by another WiYZ remote into an RTU or Flow meter.
- Use WiYZ to measure pressures at a gas wellhead
- Connect pressure instruments or transducers directly to a WiYZ Remote
- Transmit pressure values to a WiYZ remote at RTU or Flow meter
- Regenerate the pressure values as 0-5 V or 0-20 mA signals to RTU
- Connect 1-2 Analog and 1-2 Digital signals per remote
- Use WiYZ Remote’s internal battery power at locations without power
- Eliminate need to run signal wire between wellhead and meter site
Remote Data Collection & Network
Collect process data from remote assets using IP/Ethernet to local PLC or controller for monitoring and control applications where it is cost prohibitive to run signal wire or when power is unavailable. Use WiYZ to directly connect sensors, transducers or I/O from instruments and meters. WiYZ Remotes automatically form a mesh network around obstructions to the WiYZ Gateway.
- Use WiYZ to automatically create a mesh data acquisition network for remote assets
- Collect level, pressure and status data from remote devices and send to Gateway
- Connect PLC or Controller to WiYZ serial or IP/Ethernet port
- Use Modbus to poll data collected at WiYZ Gateway
- Use WiYZ Remote battery power at locations without power or DC power at both Remote and Gateway
- Use WiYZ to power transducers and instruments
Cellular or MDS eNET Backhaul
When Operations centers and Enterprise networks need long range access to remote sites, use the Cellular infrastructure or MDS eNET option. The WiYZ Gateway operates not only as the access point to the MDS Mesh network, but also supports WiFi for local drive-up data access.
- Collect data from WiYZ gateway using Modbus TCP polling
- Transfer data that is logged and timestamped in the Gateway via ftp to host systems.
- Use the WiYZ Gateway to create a local IP/Ethernet network for other metering devices and controllers
- Use GSM/GPRS, CDMA or MDS eNET to communicate with remote WiYZ networks
- Use WiYZ for drive up WiFi access to remote data and network
Substation Network Infrastructure
When a utility uses WiFi at a substation to collect data from IEDs or RTUs and monitor status/condition information the WiYZ Gateway can operate as the WiFi access point to bridge wireless Ethernet and serial data onto the Cellular network or private MDS eNET network. The WiYZ Gateway also supports wired Ethernet and serial connectivity to interface other devices and systems.
- Use the WiYZ Gateway to bridge WiFi enabled IEDs or controllers onto cellular infrastructure or IP/Ethernet hub
- Optionally connect Ethernet and serial devices to the WiYZ Gateway
- Use WiYZ Remotes to monitor other substation status points
- Use GE Vernova MDS eNET to monitor other devices remote from the substation
Facility Data Acquisition and Networking
When process facilities need to automate data collection from remote assets, metering devices and controllers WiYZ has the versatility not only to form a mesh network around obstructions and interference but also to provide wireless serial and IP/Ethernet connectivity. The WiYZ Gateway can operate as a WiFi remote for connection to an existing WiFi network or create a MDS eNET network for a comprehensive network infrastructure.
- Collect data from multiple WiYZ Gateways and Remote clusters monitoring status, pressure level and temperature parameters
- Provide IP/Ethernet and serial communication to remote controllers
- Bridge remote data onto facility WiFi networks
- Use GE Vernova MDS eNET to for license free communication to plant control and monitoring systems
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