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Substation Automation System

Smart Grid

Solution Group

Industry

Energy and Utilities

PoC Duration

Iotellect Match

5-20 days
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AI powered Low Code IoT/IIoT Platform

Make electrical substations truly digital by leveraging a full-stack industrial automation and data analytics platform. Monitor critical assets, automate control logic, and gain real-time visibility into power grid. Leverage advanced analytics to predict failures, optimize maintenance, and improve reliability. Empower mundane operation teams to make data-driven decisions and deliver uninterrupted power supply to customers.

Iotellect is a low-code IoT/IIoT platform for building custom substation automation and monitoring systems. It helps utilities and solution providers connect transformers, protection relays, circuit breakers, RTUs, PLCs, sensors, and SCADA systems in one platform, then create real-time dashboards, alerts, analytics, and automated workflows for remote control, condition monitoring, predictive maintenance, and grid reliability.

Build Your IoT Application

Connect Your

Substation Equipment

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PLCs
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Transformers
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Industrial PCs
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IIoT gateways
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Touch panels
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Remote Terminal Units (RTUs)
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Industrial network equipment
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Protection relays
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Circuit breakers
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Capacitor banks
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Voltage regulators
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Surge protection devices
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Battery backup systems
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Cooling systems
Connect Devices

Connectivity & Management

  • Leverage Iotellect's compatibility with IEC 104 and DNP3 protocols to integrate devices like transformers and relays, enabling efficient data acquisition and control
  • Utilize Iotellect Edge for seamless integration with Remote Terminal Units (RTUs) and Programmable Logic Controllers (PLCs), allowing immediate data collection and local processing
  • Employ Iotellect's hierarchical context tree to manage and organize the connectivity between SCADA systems, sensors, and HMIs, providing clear visual navigation and control paths
  • Implement advanced substation network resilience by orchestrating wireless communication networks for uninterrupted data flow even during failure conditions
  • Monitor temperature and oil levels in transformers through real-time sensor data, providing predictive insights into potential overheating or leaks without latency issues
  • Achieve rapid remote management of circuit breakers by utilizing wireless networks to initiate command sequences from centralized or distributed locations
  • Bridge cybersecurity software with Iotellect's role-based access control, ensuring secure and monitored connections across all devices in the substation setup
  • Create adaptive maintenance schedules based on real-time operational metrics collected from voltage and power sensors, optimizing resources and reducing operational downtime

Integration

  • Configure low code connectors for effective data transfer from RTUs to third-party applications using MQTT and REST protocols, streamlining information exchanges
  • Establish connectivity with power grid management systems using Iotellect's flexible driver technology, allowing bidirectional data flow for coordinated control strategies
  • Integrate device-generated event logs with central monitoring platforms through SQL-based querying, ensuring comprehensive visibility over changing grid conditions
  • Facilitate energy market participation by interfacing IoT platforms with external demand response programs through low code connectors, enhancing revenue opportunities
  • Enable data synchronization between substation sensors and fault-tolerance operation initiatives via collaborative toolsets that bridge disparate management suites
  • Streamline interactions with utility billing systems through structured data exchange utilizing IEC protocols, ensuring seamless consumption tracking and reporting integration
  • Augment asset management systems with automated real-time M2M communications between PLCs facilitating dynamic load balancing techniques across substations

Analytics

  • Harness Iotellect’s statistical process control module to evaluate time-series data from substation transformers, identifying trends and anomalies in energy distribution
  • Use the low-code expression language to customize complex alerting rules for voltage fluctuations detected by the substation's sensors, enhancing response times
  • Implement predictive analytics models via Iotellect’s integration capabilities to anticipate failures in Circuit Breakers based on historical performance patterns
  • Develop condition-based maintenance alerts by analyzing current sensor data to predict equipment degradation before critical thresholds are reached
  • Optimize power grid reliability by analyzing frequency changes detected by sensors and adjusting operational parameters preemptively
  • Use machine learning techniques to improve substation asset lifespans by predicting high-risk periods for electrical stress on key infrastructure components
  • Incorporate real-time health diagnostics for Capacitor Banks utilizing edge processing capabilities for instantaneous anomaly detection and reporting
  • Execute scenario analysis using digital twins of relay stations to model outcomes of diverse environmental or load conditions, enhancing planning accuracy

UI/UX

  • Construct custom substation monitoring dashboards with drag-and-drop GUI Builder tools that offer visibility into key processes without requiring coding expertise
  • Present geographical maps overlaid with real-time data layers such as live transformer status updates or predictive maintenance schedules for enhanced situational awareness
  • Develop customizable alert banners within dashboard layouts for instant notification of critical grid events, supporting decision-making at a glance
  • Visualize complex system inter-dependencies using layered diagrams showcasing node relationships within electricity distribution networks on a centralized interface
  • Offer responsive HMI designs configurable via touch panels to display operational metrics tailored to personnel roles—from field engineer specifics to wide-scanning executive overviews
  • Create user-defined report templates for comprehensive analyses of historical system performance linked directly with integrated BI-style visual presentation modes
  • Implement real-time interactive schematics using web-based controls to manipulate device logic

Key Features of Your
Substation Automation Solution

Smart Power Grid

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Related Demos

Balance a power grid of any size with ease. Aggregate data from each device and get detailed performance statistics across the whole infrastructure.

Create mimic diagrams as comlex as you need and bring them to life with the SVG Editor.

Customers and Partners

  • System Integrators
  • Independent Software Vendors
  • Engineering Companies
  • Original Equipment Manufacturers
  • Utility Companies
  • Grid Operators

Solution Users and Developers

  • Dedicated low code developers
  • Power engineering specialists
  • SCADA/HMI engineers
  • Industrial automation professionals
Customer success team
Community
Online training

Assistance

Rooftop Solar Monitoring

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Related Case Studies

Iotellect SCADA/HMI was deployed for Solarpro Holding in Bulgaria as the central command center for an industrial-scale photovoltaic power plant in Hungary.

Customer
Dom upokojencev Ptuj
Country
Slovenia
Industry
Healthcare and Social
Solution Type
Industrial Automation

Common Questions

What is a substation automation system?

A substation automation system monitors, controls, and coordinates electrical substation equipment through connected devices, communication protocols, SCADA interfaces, and automated control logic. It helps utilities improve operational visibility, respond faster to faults, and increase power grid reliability.

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