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17:09, 12 December 2025
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In Russia, Smart Software Is Built to Protect Industrial Power Systems

Researchers in Russia have developed intelligent software that strengthens autonomous industrial power systems by automatically identifying vulnerabilities and optimizing protective measures.

The new system automatically identifies weak points in autonomous power grids and proposes solutions to protect them.

A unique software product developed in Russia is designed to make autonomous power systems at industrial facilities more reliable. The digital tool analyzes electrical networks, detects vulnerable sections, and independently selects optimal locations for protective equipment, helping prevent prolonged outages and major financial losses.

Modeling Emergency Scenarios

Developed by scientists at Novosibirsk State Technical University, the software acts as an intelligent assistant for system designers. It automatically evaluates the stability of power supply, identifies areas with unstable voltage, and recommends where to install specialized devices. These include voltage regulators for stabilization and reclosers, automatic circuit breakers that quickly isolate damaged sections and switch consumers to backup power lines.

“Our software models various emergency scenarios and even calculates potential economic damage,” explains project author Nikita Sergeev, an assistant professor in the university’s Department of Power Plants. “Because reclosers are expensive equipment, the program evaluates thousands of placement options to find the most effective and cost-efficient configuration. This is critical for industry, where even short downtime can result in losses of millions due to unproduced oil or gas.”

Visualizing the Network Before and After

Written in Python, the program not only performs complex calculations but also visualizes the network before and after the proposed changes, making the design process more intuitive. It completes in minutes work that would take a human specialist weeks, significantly reducing labor costs and the risk of errors.

The importance of the domestic development has been recognized at the highest industry level. The project received first prize at a scientific and technical conference for young specialists organized by Gazprom Neft.

The adoption of such technologies marks a new stage in the digital transformation of Russia’s energy sector and utilities. The software addresses the resilience of critical infrastructure, a growing challenge as energy systems worldwide face increasing loads. The university has previously developed AI-based tools for power network design, reinforcing its leading position in this field.

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In Russia, Smart Software Is Built to Protect Industrial Power Systems | IT Russia