Increase grid safety and reliability through situational awareness with high-resolution time-series data, real-time analytics, and geographical information system (GIS) location information. Synchrowave Operations complements traditional SCADA systems and energy management systems (EMSs) by delivering power system insights that SCADA can’t provide.
WASA Application Package for 50 Streaming Devices:$52,250 + Yearly Subscription of 15%
Wide-Area Situational Awareness—Synchrowave Operations improves situational awareness by providing live, subsecond, and time-aligned information from across the entire power system. Waveform signatures provide additional insight into the dynamic behavior of the power system, which enhances decision making during abnormal conditions.
Real-Time Visualization—Operators will promptly see the system response after switching a line in or out of service. Unreliable behaviors, like a growing oscillation or a failed breaker reclose cycle, are visible instantaneously with subsecond resolution that enables quick identification and response before the issue impacts the power system.
Intelligent Analytics and Notifications—Real-time analytics applications constantly monitor streaming data and provide notifications that give the operator access to key event data, including the location and impact, with a single click.
Secured Access to Data and Applications—Applications and all dependencies run self-contained, resulting in reduced attack surfaces. Access to the platform is restricted to authorized users via Lightweight Directory Access Protocol (LDAP) authentication.
Renewable Energy Monitoring—High-resolution data lets operators measure and track the impact of renewables. Integrating renewable energy into the power system can result in reduced system stability and new oscillatory modes. System dynamics from these generation sources change quickly—too fast to see at traditional SCADA rates.
Power System Model Validation—To accurately replicate events, power system studies rely on accurate system models. Synchrowave Operations will record the system response to system events, such as capacitor switching, generator trips, load shedding, or other events. Comparing the recording to system models lets operators validate system security and reliability.
Equipment Failure Prevention—Automatically detect an impending PT failure with high-resolution time-series measurements. Early detection gives time for crews to schedule PT maintenance before a failure occurs.
Synchrowave Operations enhances existing utility power system operations by delivering power system insights that SCADA can’t provide through situational awareness.
Synchrowave Operations is built on Synchrowave Platform, a scalable, resilient, and secure application platform for real-time power system operations and analytics. Synchrowave Platform brings state-of-the-art software technology to a secure private network. Applications on Synchrowave Platform work together to create new solutions for utility grid operation challenges. Each application is independent and communicates with the platform through interfaces, enabling new applications to quickly be developed and deployed. The platform is designed from the ground up with microservice and container technology, providing a robust and scalable platform for future growth.
Install, manage, and update applications quickly and independently. When a new application is released or an existing application is enhanced, that application is simply uploaded to the platform. The underlying container technology ensures the software suite is scalable, resilient, and secure.
During a server failure or maintenance, applications automatically rebalance and move to healthy servers in the platform’s cluster, ensuring critical applications are always operational.
The dynamics of the power system are changing because of increased renewable energy integration. Traditional SCADA data rates fail to capture important information needed to maintain grid stability. Synchrowave Platform supports high-speed time-synchronized measurements, ensuring the operators know what is happening on the grid at all times and can make timely decisions.
Substation, line, and pole GIS coordinates
Time-series trend panel
Numeric, phasor scope, and bar chart panels
Measure system stress by measuring phase angle separation across the system with a phasor scope panel.
Monitor phase angle separation across specific assets, such as transmission lines and points of interconnection.
Compare and sort phase angle measurements against limits.
Trend phase angle measurements over time, and compare to limits. Get notified when a limit is crossed.
Monitor power limits across the system, such as transmission lines, power paths, and interconnections, with respect to their limits on a bar chart.
Calculate and trend power measurements (MVA, MW, MVAR, and power factor). Receive notifications when thresholds are crossed.
Identify pockets of high and low voltage geospatially with a voltage contour.
Quickly navigate to time-series data for any asset in the system via search.
See the geospatial location of the selected asset.
Monitor breaker status information for the selected asset.
Analyze real-time and historic time-series data for the selected asset.
Navigate quickly to additional dashboards for the selected asset.
Use asset dashboard templates to simplify dashboard updates and maintain consistency across assets.
Receive a notification when a generation loss event is detected.
Use the geospatial display to visualize the propagation of the generation event through the power system so that operators and engineers can quickly determine the PMU closest to the location of the generation loss.
Quickly understand the source of the event and the overall frequency system response with the time-series trend and a visual overlay that automatically displays generation loss information without any user interaction.
Monitor three-phase time-series voltage measurements for unexpected behavior. Use high-resolution data to detect impending failures and preemptively schedule maintenance.
Receive notifications when the instrument transformer monitor algorithm detects a potential instrument transformer failure.
Receive a notification when an oscillation ringdown event is detected.
Analyze the oscillation via the time-series trend.
Monitor oscillation modes and their frequency, damping, amplitude, and angle via a table panel.
Quickly compare oscillation damping and amplitude to their limits with a dial panel.
Real-time applications continuously analyze data to identify power system conditions. When a condition is detected, a notification is sent to the power system operator. Notifications include critical information about the condition, such as the state, impact, and location.
The real-time applications include the following monitors:
Dashboards provide real-time visualization of power system data and information through a collection of panels:
The Firmware IDs for older versions of the firmware can typically be found in Appendix A of the instruction manual.
Synchrowave Operations is composed of a suite of applications for utility grid operations running on Synchrowave Platform. The applications included in the Synchrowave Operations Wide-Area Situational Awareness (WASA) application package are described below. Additional application packages for Synchrowave Operations will release in the future.
|Synchrowave Operations Applications||WASA Application Package|
|Dashboards, Notifications, and Timeline|
|Frequency, Voltage, Phase Angle, Power, Modal Analysis, Disturbance, Instrument Transformer, and Generation Loss Monitors|
|Trend, Table, Numeric, Dial, Bar Chart, XY Chart, and Histogram Panels|
|Esri GIS Map Panel (Requires Esri GIS Server)|
|One-Line Diagram (SVG) Panel|
|synchroWAVe Event Express, Device Events Timeline, and acSELerator Database Reader|
|IEEE C37.118 Reader; Gateway Exchange Protocol (GEP) Reader|
|Time-Series Historian, Data Indexer, and Data Export|
|Role-Based Access and Web Gateway|
|Power System Model|
Licensing for each Synchrowave Operations application package is per streaming device. To receive a quote for your system, contact your local SEL sales representative.