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Unlimited Potential from Advanced Grid Analytics
Burbank Water and Power sees unlimited potential in grid analytics to improve distribution system monitoring and turn meter data in a valuable planning tool.
Your source for solutions
Landis+Gyr’s advanced technologies identify current issues, predict future problems, and provide proactive strategies for improving your grid. Our software collects your grid data and uses physics-based algorithms to turn it into actionable insights, in turn helping you optimize operations, extend the life of your assets, and plan for new investments.
Our utility analytics software offers a large number of applications, including a voltage visualization system, a revenue protection app, and a reliability planner, among others. And when it comes to installing the software, you can use your own server or opt for Landis+Gyr’s cloud hosting service – just one of countless ways we make our system work for you.
Videos
Landis+Gyr Advanced Grid Analytics to Leverage Smart Grid Investments
Landis+Gyr’s Advanced Grid Analytics solution assists utilities with operations, planning and business processes. Learn how smart grid data can be leveraged to provide actionable intelligence for optimal network performance and grid reliability.
Modular, Flexible and Scalable Applications for the Utility Enterprise
Landis+Gyr’s portfolio of Advanced Grid Analytics applications is designed to help solve power quality, reliability, revenue protection and other operational challenges by harnessing available distribution data. This proven solution applies meter and distribution network data — using physics-based algorithms — to system models so information can be visualized to quickly detect and locate trouble spots or plan for upgrades. Advanced Grid Analytics delivers actionable insights from a modular solution for the utility enterprise.
Transform smart grid data into actionable insights that help improve reliability, power quality, cost, safety and support distributed energy resource integration.
Advanced Grid Analytics help utilities:
- Optimize life and value of grid assets
- Improve reliability: SAIFI, SAIDI, CAIDI
- Maximize capital improvement benefits
- Manage renewables integration
- Reduce outages
- Optimize placement and grid technology investments
- Reduce technical and non-technical losses
- Provides sandbox for “what-if” analysis based on model manipulation
Meter Analytics
Visualize data coming from your AMI meters to identify customer issues and to reduce nontechnical losses.
· Using historical and real-time metering data for many operational uses through visualization and pattern analysis
· AMI, GPS coordinates
· Includes Capacity Contribution, Voltage Visualization, and Revenue Protection modules
Operational Analytics
Intelligently plan your traditional and grid modernization investments through predictive and descriptive analytics. Use Advanced Grid Analytics to continuously predict and react to grid conditions for power quality improvement.
· Using data from multiple systems combined with physics-based modeling to provide insight into a wide variety of grid modernization scenarios
· AMI, OMS, GIS, CIS
· Includes Network Model Validator, Asset Loading, Capacity Contribution, Voltage Visualization, DER Optimizer, and Enhanced Outage modules
Reliability Analytics
Use Advanced Grid Analytics to intelligently plan reliability improvement projects for maximum SAIDI/SAIFI impact.
· Using historical performance data to optimize improvement in reliability matrices based on budget dollars available
· OMS, GIS
· Includes Network Model Validator and Reliability Planner modules
Landis+Gyr’s Advanced Grid Analytics (AGA) solution enables the utility’s network operations, planning, asset management and customer service organizations to ensure safe and efficient grid management. By leveraging data from grid edge devices such as meters, sensors and other utility enterprise systems,
By utilizing the power of data, the distribution network model and advanced physics-based algorithms, utilities can now have accurate, dynamic monitoring and actionable intelligence for improving grid reliability, safety and network performance while reducing costs, meeting regulatory compliance and enhancing customer satisfaction.
Modular and user-friendly, AGA features web-based, geospatial and system-wide visualization of the distribution grid. AGA’s powerful algorithms have been proven in real-world deployments over the past decade.
Each AGA application can be deployed individually or as part of an enterprise solution. AGA provides the flexibility to deploy the solution in multiple ways − deployment within the utility’s own infrastructure, deployment in the cloud or by delivery as a service offering. Utilities of any size can harness the power of AGA and realize rapid benefits. AGA applications integrate into a single user-friendly interface to help utilities quickly achieve maximum benefits.
The grid analytics solution consists of a powerful enterprise platform and modular, web-based, user friendly applications. The platform enables utilities to leverage data integration, visualization and advanced algorithms for multiple analyses and benefits. Given the modular nature of the applications, as needs change or grow, the same platform and data can be utilized, leveraging economies of scale and eliminating data silos and the need to manage multiple vendor systems.
AGA helps utilities improve
Power Quality & Reliability
Cost
Safety
Distributed Energy Resources Integration
Power Quality & Reliability
Cost
Safety
Distributed Energy Resources Integration
Key platform components include:
Dynamic Connectivity Model
Web-based, geospatial visualization of the electric distribution network and assets that provides a single view of data and analysis for all users by role. Capable for dynamic updates and automated integration to GIS systems and planning modeling tools, e.g., CYMDIST, Synergi™ and other MultiSpeak® compliant system models.
Analytics Engine and Algorithms Library
Unique and patented engine powering the grid analytics application suite. It uses nonlinear optimization technology, developed and enhanced over 13 years, and leverages the dynamic connectivity model to provide advanced analysis.
The library of algorithms include: Powerflow, Loss Minimization, DER Optimization, Switching Optimization, Revenue Protection, Voltage Management, DA Placement, EV infrastructure, Reliability Optimization and Outage Detection.
Integration Layer
Pre-developed set of standards-compliant adapters for off-the-shelf integration with utility data sources such as AMI, MDM, OMS, GIS, DMS, SCADA, CIS and Sensor head-end systems, thus minimizing the need for extensive interface development. It uses standards such as CIM, Multispeak, JMS, SOAP, DNP3 as well as other API’s.
NoSQL Database
Scalable storage of structured and unstructured data with extremely fast processing and retrieval of data imported from multiple sources.
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Advanced Grid Analytics
Landis+Gyr's portfolio of Advanced Grid Analytics applications is designed to help solve power quality, reliability, revenue protection and other operational challenges by harnessing available distribution data.
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Capacity Contribution Module
Identify demand contribution by customer class for tariff-making and DR programs
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Capacity Planning Module
Test various loading and control scenarios to address capacity bottlenecks, mitigate equipment failure, and support DER integration
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Connectivity Model Validation Module
Identify gaps in connectivity model, asset rating issues, and evaluate power flow convergence
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Full Model Validation Module
Identify gaps in connectivity model, asset rating issues, and evaluate power flow convergence
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Grid Monitoring Module
Determine tripped devices, fault location, and affected customers to support FLISR efforts in near real-time
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Loading Performance Module
Identify overloaded and underutilized devices to gauge performance across asset base
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Meter Monitoring Module
Monitor bellwether meter voltage and meter outages across the system to support CVR in near real-time
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Meter-Transformer Mapping Validation Module
Identify meters incorrectly mapped to their transformers and recommend resolutions
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Project Prioritization Module
Calculate the return on investment of various reliability projects to optimize budget allocation.
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Reliability Performance Module
Process historical outage data system-wide to calculate SAIDI, SAIFI, CAIDI, and unserved energy.
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Reliability Planning Module
Test various reliability projects to determine the technical impact based on historical outage events.
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Revenue Protection Module
Reduce non-technical losses by recognizing consumption patterns, event sequences, and energy diversion
Managed Services
For some utilities, the smart choice is to contract the management and maintenance of their advanced metering network. Landis+Gyr has the experience and know-how that comes from operating the largest advanced metering network in the country. The company manages hardware,…
Smart Grid Services
From initial project delivery to system support, Landis+Gyr’s Smart Grid Operations team ensures utility systems perform in the most optimized and efficient manner to meet business goals. Our agile team brings years of proven experience in managing grid data and…
Cloud Services
Leveraging the expertise of Landis+Gyr for AMI, MDM and Grid Management requirements enables utilities to dedicate valuable internal resources to serving customer needs. We tailor solutions to a utility’s IT infrastructure and application requirements, deliver flexibility to streamline deployment and…
Contact Landis+Gyr
To learn more about how Landis+Gyr can improve your grid’s reliability and power quality, contact us today. Our team is here to provide you with a customized suite of products and solutions.
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