Revolutionizing Power Grid Operations

Overview

Our cutting-edge FeederIQ Platform is designed to transform the way utilities manage and optimize power grids. By measuring the load of transformers along primary feeders, orchestrating distributed energy resources, and detecting power grid topology on demand, our platform ensures efficient, reliable, and secure energy distribution.

Key Components

FeederIQ Edge Nodes

Deployed at service transformers, these intelligent devices continuously monitor transformer loads, enabling real-time insights and decision-making at the grid edge.

FeederIQ Master Nodes

Located at substations, FeederIQ Master Nodes coordinate with FeederIQ Edge Nodes to aggregate data and implement control strategies, ensuring seamless grid management.

FeederIQ Cloud Service

Our FeederIQ Cloud Service performs advanced analytics on the collected data, providing deeper insights and predictive capabilities to enhance grid operations and planning.

Innovative Communication Technology

The FeederIQ Master Nodes and FeederIQ Edge Nodes communicate via power line carrier technology, eliminating the need for additional wiring. This approach reduces communication costs, simplifies installation, and maintains data privacy and security.

Benefits

• Enhanced Grid Reliability: Quickly detect and respond to grid anomalies, ensuring uninterrupted power supply.

• Optimized Energy Distribution: Balance load and manage distributed energy resources efficiently.

• Cost Savings: Avoid additional communication infrastructure costs with power line carrier technology.

• Data Security: Protect sensitive information with secure communication channels.

• Scalability: Easily expand the system to accommodate growing grid demands.

Applications

• Utility Companies: Enhance grid management and operational efficiency.

• Renewable Energy Integrators: Seamlessly integrate distributed energy resources into the grid.

• Industrial Facilities: Monitor and optimize energy usage across multiple sites.

Use Cases

• Optimal Power Flow Analysis: Conduct precise and timely power flow analysis of the distribution grid using accurate grid topology and three-phase balance information.

• Real-time Load Monitoring: Ensure continuous monitoring and management of transformer loads for improved operational efficiency.

• Distributed Energy Resources Management: Effectively orchestrate distributed energy resources to maintain grid stability and reliability.