Managing a reliable grid cost-effectively, is a growing challenge for utilities, particularly when viewed in the larger context of system complexity, aging assets, and increased customer expectations. Improving assets performance is a pressing issue in ensuring reliability for the utilities. Capturing data and record keeping are at the heart of asset management. This data can come from multiple sources throughout the organization. Existing methods comprise of multiple independent tele-supervisory subsystems, with a decentralized configuration, designed to measure and monitor individual or a group of assets. There is not a single system that can integrate and share information amongst the various systems and provide a holistic view for all utility assets. Our Asset Management System (nPravaahAMS) developed on an Internet of Things (IoT) platform, resides on top of all disparate utility systems and provides a consolidated view of the assets from a central location. This system integrates information from various existing systems such as Supervisory Control and Data Acquisition (SCADA), Substation Automation System (SAS), Distribution Automation System (DAS), Advanced Meter Infrastructure(AMI) etc. as well communicate with intelligent and communicable devices like energy meters, remote terminal unit (RTU), remote monitoring unit (RMU), and other equipment. The collated data is analyzed using intelligent algorithms and helps in real time decision support to the utility managers by giving them a complete overview of asset performance across the utility. This also helps in proactive asset maintenance deferring large capex requirements due to system breakdown.

Monitoring of asset performance and decision support

Scalable to handle multiple types and number of assets

Central Data Repository with powerful data analytics

Geographic information system(GIS) mapping of key assets

Last mile connectivity using own sensors

Interoperability with all third party sensors

Middle-ware platform capable of converting multiple data formats


Real time Decision Support
Increase Network efficiency and reliability
Cost Savings with Operations and Maintenance reduction
Enabled proactive asset health management

Technical Features

Role-based dashboards with configurable workflow
Alarms and Events monitoring
Customizable alerts and escalations
Graphical, easy and cross-device ready user interface
Secure access to local and remote, web and cloud applications
Configurable visualization web pages for data rendering and Management Information System(MIS) dashboards


Outage monitoring and reporting
Key Performance Indicator benchmarking and monitoring
GIS and MIS dashboards Transformer and feeder performancemonitoring and comparisons
Substation-wise performance comparison Energy audits
Renewable and Electric Vehicle(EV) integration support

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