Latest Articles for Power Systems

A look at improving inverter modeling for renewable energy systems.

New device secures Intelligent Electronic Devices from counterfeiting and boosts authentication.

Enhancing GFM IBRs stability with novel control strategies for renewable energy integration.

Learn about estimating transmission interface limits for efficient power flow.

New techniques improve power flow learning for efficient electricity delivery.

A new model improves fault diagnosis in power distribution networks.

A study on electrical cardinality and mission profiles in multiport converters.

Effective placement of charging stations supports electric vehicle adoption and reduces emissions.

Advancements in frequency control ensure stability in modern power systems with renewable resources.

A framework for stable, reliable power systems with renewable resources.

Efficiently managing power generation with constraint screening and machine learning.

Exploring the risks of supply chain attacks in updated power infrastructure.

Analyzing decentralized stability conditions for power converters in modern energy systems.

Enhancing event identification through semi-supervised learning and synthetic data generation.

How quantum computing can enhance power system analysis and predictions.

A new method improves synchronization in weakly coupled oscillators for various applications.

A two-stage process for accurate modeling of complex systems using neural networks.

Methods to improve system accuracy amid misinformation and noise.

Hybrid AC/DC micro-grids enhance renewable energy use and power distribution efficiency.

A new method improves parameter tuning in power systems using automatic differentiation.

Adapting control strategies for renewable energy integration.

A new converter system enhances energy management in modern applications.

A framework to enhance UFLS in modern power systems with renewable energy.

A new approach improves control systems analysis using set-valued analysis.

Exploring how quantum algorithms perform in solving power flow problems.

CANOS predicts near-optimal power flow solutions rapidly for complex power grids.

A new approach to enhance ACOPF solutions using linear cutting-plane relaxations.

A new architecture to protect power electronic systems from cyber threats.

A new approach to improve voltage regulation with advanced machine learning techniques.

New energy management strategies enhance efficiency in modern all-electric ships.

Exploring modeling adequacy for inverter-based resources in managing subsynchronous oscillations.

A new method to manage uncertainties in power systems with renewable resources.

A new method enhances energy management using supercapacitors and DC-DC converters.

Inverters are essential for converting renewable energy to usable electricity.

Learn how digital twins are transforming the management of power systems.

A new method enhances the accuracy of the LinDistFlow model in power systems.

A new method groups contingencies to enhance power system stability and efficiency.

A new method improves voltage management in grids with renewable energy sources.

A new approach to enhance coordination of virtual inertia in power systems.

A novel approach improves probabilistic forecasting for managing power systems.