PredictiveGrid

Manage and analyze massive grid sensor data with a high-performance platform that enables AI-driven anomaly detection and real-time visualization for utilities.

PredictiveGrid screenshot

About PredictiveGrid

PredictiveGrid is a horizontally scalable, high-performance platform specifically designed to manage and analyze massive volumes of time-series data generated by power grid sensors. It acts as a centralized hub for data from AMI, synchrophasors, and digital fault recorders, providing users with access to historical and real-time measurements. By combining high-speed read and write capabilities with physical context—such as metadata, geospatial information, and network topology—it transforms raw sensor streams into actionable intelligence for utility providers. This allows for a more holistic understanding of grid behavior and asset health. The platform's architecture is built for performance, capable of processing tens of millions of data points per second per node. It features independent scaling for compute and storage, allowing organizations to tailor the environment to their specific sensor fleets. Beyond storage, PredictiveGrid integrates standard open-source machine learning and artificial intelligence tools. These capabilities enable advanced analytics like anomaly detection and predictive modeling, which are used for maintaining grid stability and identifying potential failures before they occur. For developers and data scientists, PredictiveGrid offers a low-code environment to build custom, web-based analytical applications in Python. This eliminates the need for specialized front-end engineering teams, allowing grid experts to prototype and deploy tools that address specific operational challenges. The platform also includes a customized Grafana backend for creating interactive dashboards and extensive APIs for integration with existing workflows. This focus on accessibility ensures that complex data science findings can be shared securely across an entire organization, fostering coordination. What sets PredictiveGrid apart is its ability to handle any frequency of data while maintaining 10,000x acceleration for common data access patterns. While traditional systems often struggle with the sheer volume of historical data versus real-time streams, this platform allows users to work across the entire historical record with the same efficiency as a live feed. This makes it a solution for utility engineers and grid researchers who require a robust infrastructure to modernize power system operations and implement energy applications in an increasingly complex environment.

PredictiveGrid pros & cons

Pros

  • Processes tens of millions of data points per second per node with horizontal scaling.
  • Accelerates common data access patterns by 10,000x over standard storage systems.
  • Supports high-frequency data from a wide variety of grid-specific sensors.
  • Allows users to build web-based Python apps without requiring front-end engineering.
  • Independently scales compute and storage to match specific organizational needs.

Cons

  • Pricing is not transparently listed and requires a direct request for a demo.
  • The platform is highly specialized for energy utilities rather than general time-series use.
  • Utilizing the full potential of the platform requires deep domain expertise in power systems.

PredictiveGrid use cases

  • Utility grid engineers can monitor transmission synchrophasors in real-time to identify instabilities and prevent wide-scale power outages.
  • Data scientists at energy companies can build custom anomaly detection models using the platform's AI tools and Python environment to predict equipment failure.
  • Operations managers can deploy custom Grafana dashboards to visualize sensor health and geospatial data across their entire distribution network.

PredictiveGrid features

  • real-time and historical data analysis
  • extensive apis for cross-language access
  • customized grafana dashboard backend
  • geospatial and network topology integration
  • machine learning anomaly detection tools
  • python-based analytical app development
  • horizontal scaling for compute and storage
  • high-performance time series data storage

PredictiveGrid pricing

Is PredictiveGrid free? No, PredictiveGrid doesn't offer a free plan.

Enterprise

Price varies

  • Processing of 10M+ data points per node
  • Integrated AI and ML tools
  • Python application development environment
  • Customized Grafana dashboards
  • Geospatial and topology data support
  • Horizontal scalability
  • Extensive API access

PredictiveGrid FAQs

What types of grid sensors does the PredictiveGrid platform support?

The platform supports a wide range of grid sensors including transmission and distribution synchrophasors, digital fault recorders, and continuous point on wave sensors. It also integrates data from smart meters (AMI), power quality monitors, and SCADA systems. This broad compatibility allows utilities to centralize disparate data streams into a single environment.

Ratings & reviews

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