Move your transformer operation into the future with a single switch!
MR’s digital ecosystem with ETOS, TESSA APM, and MESSKO and MSENSE sensors turns live data into clear actions.
BY MLADEN Banovic, PhD, Editor-in-Chief
MR’s digital ecosystem with ETOS, TESSA APM, and MESSKO and MSENSE sensors turns live data into clear actions.
Dependable Innovation is Hitachi Energy’s promise to advance technology without compromising reliability.
In this interview, Robert le Roux, Senior Technical Specialist at ESB, gives us insights into his professional career which started in South Africa’s Eskom.
Hitachi Energy’s innovative solutions are tackling the biggest challenges for large-rate, dry-type transformers!
The fifth part of the column presents an integrated analysis of how breakdown voltage (BDV) values in transformer oil are affected by dynamic conditions, including flow, stirring, and fluid...
This article delves into the engineering challenges, research advances, and technical solutions that underpin the reliable operation of FOSS in the world’s harshest marine environments.
As the total cost of ownership (TCO) of power transformer fleets continues to rise, electrical utilities are increasingly seeking new approaches to optimize life cycle decisions.
Artificial Intelligence (AI) and digitalization are transforming the transformer industry by enabling smarter design, predictive maintenance, and enhanced sustainability across economic, social, and environmental dimensions.
This paper explores a more accurate methodology for carbon emission reporting through the integration of temperature-based monitoring in transformers.
A new AI-supported approach integrates gas dynamics, equipment data, and expert rules to deliver probabilistic fault classification.
This paper proposes a blockchain-based framework where transformers and their subcomponents are treated as digital assets with immutable histories.
This advertorial from SGB-SMIT introduces a fiber-optic-based acoustic localization system capable of simultaneously reading up to 32 EMC-immune sensors.
This article addresses the issue of geomagnetically induced currents (GIC) produced by electromagnetic pulse at a high-altitude nuclear explosion (HEMP) and its influence on power transformers.