Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Outcome Delivered

Effective implementation of UN migration accelerated ADMS go-live for the customer to start managing network and operational challenges efficiently.

Cyient Solution

• Implemented standardized Esri’s UN data model for electric, gas and water / wastewater.
  Deployed and configured Esri’s ArcGIS Enterprise and ArcGIS Pro in an enterprise cloud infrastructure.
• Converted and migrated data from legacy systems to UN model for gas, electric and water / wastewater.
• Integration and interfaces to advanced applications such as Mobile GIS viewer, Synergi and Cyme.
• Configuration of Esri’s Leak Survey, Relight and Esri apps such as Navigator, Collector for ArcGIS and Survey123.
• Provided support and maintenance post go-live for the hosted GIS solution for a five-year period.

Customer Challenge

The customer executed a 10-year master plan for their Corporate Geospatial Information System (CGIS) to support property management, security, logistics, and the management of their fiber optic network.

Outcome Delivered

• Improved asset management through a centralized consolidated GIS.
• Easy viewing, querying and report generation.
• Improved operational efficiency.

Cyient Solution

• Implemented Service Oriented Architecture (SOA) based Enterprise GIS solution on GE Smallworld EO.
• Data modeling and data migration into GE Smallworld.
• Developed applications for asset planning, construction, management, maintenance and customer. management across all customer divisions like distribution, transmission, generation, ICT, system planning and corporate services.
• Integrated GIS with the rest of the corporate systems in a SOA based environment using Oracle ESB.

Customer Challenge

The customer strategized to improve accuracy of land base of the gas network, which had an impact on over 44,000 km of our customer’s gas network.

Outcome Delivered

Cyient Solution

Implemented Positional Accuracy Improvement (PAI) with the loading of input datasets into ArcGIS.
Inspected features, feature classes, relationships between them, and the geo database topology.
Utilized Workflow Manger application for efficient and faster data processing.
Implemented data processing in three modules:

• Network data analysis and recording the relationships between old and new OS land base data in the input database.
• Realigning the network data against the post-PAI map using advanced PAI tool.
• Calculating the quality metrics and doing QA for optimally positioning the data.

Customer Challenge

Outcome Delivered

• Streamline the existing process.
• Multi-day project management.
• Integration of Asset information and Historical data from SAP, GIS etc.

Cyient Solution

• Cyient provided Architecture, Development services, Integration with SAP, GIS, EIM.
• Integrating silo-based process across multiple BU, Standardization of existing process and Digitization of the forms.

The following are the key features of the solution:

• Work Scheduling.
• Digitization of Major Process and field data collection using mobile forms.
• Inventory Management.

Customer Challenge

A major utility service provider planned to transform their existing legacy MWS application to a cloud-based application to accommodate their future business needs.

Outcome Delivered

• Transformation of silo based legacy home-grown application into an integrated solution with more efficient enterprise workforce management.
• Efficient Claim process and Settlement handling.
• Optimized Salesforce license by creating community users for the Claim and Settlement process.
• Delivered improvised Customer Experience using Salesforce experience cloud to the consumer segment.

Cyient Solution

• Better scheduling of Field Service Technician for optimum utilization.
• Streamline claim process.
• Better reporting across the Field Service activities.
• Consolidate and transform the current siloed disparate systems.

Customer Challenge

• Increase the efficiency of existing system, to meet the regulatory requirement​
• Increase operational efficiency and cope with their clients’ ESRI based GIS services.​
• Upgrade their framework and provide better integration of GIS services of their clients. ​

Outcome Delivered

• 20% increase in operational efficiency (vis-à-vis baseline levels).
• Time-slider functionality helped to display dynamic changes in voltage and load consumptions either for a customer or a transformer.
• Better analysis of transformers for additional load based on new connection.
• System reliability enhancement.

Cyient Solution

• Developed grid analytics application to enhance the existing product framework.​
• Developed operational awareness application to monitor read rate of each smart meter.​
• Customer service representative interface to provide meter, billing data and cost information to their customers.​
• Implemented smart grid analytics to outline and analyze the smart meter data.
• Integrated the client’s analytics framework with GIS.​

Scope

• Application is to regulate and manage pumps, water levels and associated utilities.​
• Application Security Implementation recommendation, remediation and Cloud posture management for IoT Orchestration and Monitoring Platform.​
• Analysis, Configuration, Integration and management of Security and Quality Assurance tools.

Benefits

• Pipeline configuration for automation and streamlining the development process to capture the potential issues and vulnerabilities at earlier stages of development.​
• Secure by design approach adoption​

Technical Solution

• Assessment of the Cloud platform for identifying the potential risks in the application.​
• Analyze and integrate standard tools for securing the product in development environment​
• Configuration and Integration of new tools and process to improve the quality, compliance and security of the solution.​
• Provide recommendations to the development team for hardening and define critical controls and procedures required. ​
• Integrated tools report analysis to identify the potential risks and mitigate them to make the product free of vulnerabilities and maintaining the best practices.​

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Scope of Service

• The project involves gathering and documenting technical and functional requirements, 
• Designing, developing, and rolling out over 30 system integrations, particularly with EAM & Supply Chain systems, and customizing Maximo to meet specific operational needs. 
• It includes developing system architecture, ensuring compliance with regulatory standards, and administering the Maximo system. 
• Comprehensive testing, production planning, and a smooth go-live process are followed by hypercare support to ensure system stability and user adoption.

Service Provided

• System Architecture Design
• Maximo Configuration
• Integration Solutions
• Data Management and Reporting
• User Training and Change Management

Outcomes Achieved

• Improved Asset Visibility for better decision making
• Efficient Work Order Management
• Addressed Regulatory Compliance
• Optimized Supply Chain Management in Inventory Management and Procurement area
• Unified Data Ecosystem after the integrations built 
• Reduced Operational and Maintenance Costs

Customer Challenge

The customer strategized to migrate old DMS and OMS system into GEs PowerOn Advantage ADMS and integrated it with existing IT/OT systems like GIS, SAP, MDM, ADR, etc. using industry standard protocols.

Outcome Delivered

• Improved asset management through a centralized consolidated GIS.
• Easy viewing, querying, and report generation.
• Improved operational efficiency.

Cyient Solution

Cyient integrated existing GIS with ADMS on standard CIM based protocol for bulk and incremental network creation and topology building.
The applications include State Estimation (SE), Network Connectivity Analysis (NCA), Distribution Power Flow (DPF), Load Shed Application (LSA), Smart Switching and Group Telecontrols, Integrated Volt-VAR Optimization and Control, Automatic Fault Detection, Isolation and System Restoration (FDIR), Contingency Analysis, Optimal Feeder Reconfiguration, Switching Procedure Management, OMS Prediction Logics, OMS Trouble Call Management, Dispatcher Training Simulator (DTS), Reports and Interactive Dashboards.

Customer Challenge

The main objective of the “Project on Improving the Reliability of Electric Power Supply” is to promote economic development. A reliable electricity supply is a key requirement to support the growth of local industries, promote local trade and create employment opportunities.

Outcome Delivered

• Efficient real-time operation of network with optimal utilization of assets.
• Improve situational awareness: Achieve full network visibility, and avoid overloading assets, with real-time distribution power flow.
• End-to-end Distribution Management: Take control of high and low voltage networks, with connected data models and scalable technology to manage active networks at all levels.

Cyient Solution

Cyient partnered with GE to provide the following services as part of the GE-based SCADA / DMS solution:

• Data Analysis – Network SLD and Signal List.
• Symbol Configuration.
• SCADA Points Configuration.
• DPF Configuration.
• FAT/SAT.

Customer Challenge

Implemented GE PowerOn and integrated it with the customer’s existing ERP, DMS and GIS systems to manage outages, service restoration as well as planned outage works.

Outcome Delivered

• Efficient field crew management.
• Quicker service restoration.
• Enhanced customer service.

Cyient Solution

• Requirement gathering.
• Customization and implementation of PowerOn.

Interface development and integration with:

• SAP Customer care and Marketing System (CCMS).
• SAP Business Warehouse System (BW).
• SAP Enterprise Work Management System (EWMS).
• ABB Distribution Management System (DMS).
• Intergraph G/Electric System.
• In-house systems: Customer supply point System and Low Voltage Schematic System.
• Testing & Commissioning.

Customer Challenge

The client had been evaluating the way to “know a customer without power before they call”. As part of this, the customer integrated their AMI system with OMS. However, the client experienced performance degradation during storms; erroneous data was flowing into the OMS with data collision leading the loss of outage report.

Outcome Delivered

Cyient helped the client to resolve the challenge by developing MOP as an intermediate layer which processes and filters the AMI data received and sends valid and useful information into the OMS. This allows AMI data availability to the OMS even during storms and large outages.

Cyient Solution

Cyient developed a MOP layer to effectively integrate AMI and OMS systems. The following are the key features of MOP:

• Filtered and required that the AMI information was sent to OMS, which helps in overcoming performance degradation issues during storm mode.
• Sending exact device information where the outage is, rather than sending all received meter events.
• AMI system is made available to OMS in storm & large outage modes.

Scope

To classify the LiDAR data and capture 3D vector catenaries for each conductor in their respective levels. Along with the conductor, no-pole and no-span points are also captured where there are no points for tower and conductor. Cyient used PLS CADD application to model the assets and provided the required solution.

Services Overview

• Tower spotting, provides SAG Clearances
• Calculates wind & weight span, generates reports like Wire clearance, Vegetation clearance, etc.
• Can be viewed in different perspectives
• Profile views, plan views, plan & profile sheets
• 3D views, supports both automatic & manual spotting

Customer Challenge

• The customer utilized the 3D models developed, to simulate the various scenarios
• These models helped in performing SAG and SWAY analysis
• Helps in understanding the vegetation encroachment

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Outcome Delivered

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Cyient Solution

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Customer Challenge

The customer strategized to implement the Esri Utility Network Enterprise GIS for an enhanced network management.

Business Need

Customer wanted to have high density, high accuracy LiDAR, oblique photographs of Transmission towers, and Aerial imagery to achieve accurate analysis results and reports. Some of the key requirements are: 

• LiDAR classification and PLS-CADD modelling
• 3D Mapping of the Transmission corridor, including all natural and man-made features.
• Ortho generation
• Engineering reporting and clearance assessment
• Vegetation proximity studies and line sag and sway modeling
• Features for planning works, verification of ground clearances, and corridor access routes

Cyient Solution's

Cyient engaged in the acquisition of aerial, LiDAR imagery and built multiple data products for the Transmission and sub-transmission network of over 1,800 miles, key activities include:

• Modelling of all the structures
• Fitment of each mainline structure, wire, and attachment point to the survey data
• String of wires between dead-end sections and sag to the survey data
• Sag of all the spans weather case at “Creep RS” 60 F Ruling span
• Oblique imagery was attached for each structure
• Prepared the as-surveyed Max Sag and Max Sway (Blowout) PLS line models 
• Delivery of the .bak PLS-CADD modelled files

Benefits

• Enhanced customer services
• Better response to emergencies
• Improved vegetation and asset management through a centralized consolidated GIS
• Improved processes and environmental analysis