en.Wedoany.com Reported - • Pioneering the transformation towards centralized power grid protection systems in the digital era

• Becoming a pioneer in the "AI + Power" era, using data as the lifeblood and algorithms as the nerves, enabling traditional power grids to "think, communicate, and evolve"

On November 6th, ABB Electrical Distribution Systems made a major debut of its power system failure prediction solution, the SSC600 platform, at the 8th China International Import Expo. This solution, an "AI + Power" system failure prediction solution, pioneers a new model for new power system distribution, creating a more resilient grid for scenarios with high penetration of new energy sources. It uses innovative technology to help Chinese users accelerate their progress towards the "dual carbon" goals.

Against the backdrop of new power system construction, traditional substation protection devices are undergoing a paradigm shift from decentralized to centralized. Through the deep application of full electrical quantity acquisition technology, the system can achieve millisecond-level perception of electrical quantities across the entire network, laying the data foundation for digital networking. Adopting an integrated hardware architecture and modular software design not only reduces construction and commissioning cycles by over 40%, but also enables dynamic optimization and remote iterative upgrades of operational strategies through the cloud-based reconfiguration capability of protection functions.

The technological breakthrough of the ABB Power System Failure Prediction Solution SSC600 platform is reflected in three dimensions:

1. Intelligent Integration: Integrates core functions such as relay protection, measurement & control, and communication, eliminating information silos between devices.

2. Flexible Expansion: Supports plug-and-play functional expansion, adapting to the intelligent evolution needs of power grids over the next five years.

3. Maintenance Revolution: Integrates a dual-mode measurement system (transient/steady-state), capable of accurately capturing harmonic characteristics and fault characteristics in microgrids with diverse energy systems like photovoltaics and energy storage. Through cloud-edge collaboration and the innovation of AI + Power fusion, it enables prediction of power system anomalies, improving proactive operational safety.

This solution is particularly suitable for standardized retrofitting of smart substations, significantly reducing lifecycle costs while ensuring system reliability.

Luo Hui, Senior Vice President of ABB Electrical China and Head of Distribution Systems Business China, stated that "AI + Power" has become a key force reshaping the core competitiveness of power systems, which is now a widely held consensus in the industry. The "AI + Power" system failure prediction solution is ABB's latest practice based on local needs and integrating global technical expertise. It connects the entire "generation-transformation-distribution-consumption" scenario, accelerating the large-scale implementation of "AI + Power" models. It helps build a clean, low-carbon, safe, and reliable new power system distribution model, responding to the needs of China's energy transition and industrial upgrade.

"How to achieve the transformation of the demand side from 'source follows load' to 'source-load interaction' is crucial," said Jiang Ying, Head of Digital Solutions for ABB Electrical Distribution Systems Business. "With the deep penetration of new energy and the rapid increase in electrification rates on the user side, the traditional distribution network model is functionally transforming from a single power supply and distribution service entity to an active distribution network platform for efficient allocation of source-grid-load-storage resources. Through SSC600's millisecond-level perception of electrical quantities across the entire network, based on AI + Power fusion innovation, we can predict abnormal failure risks in the power system, achieve rapid dispatch and regulation of the distribution network, improve proactive operational safety, and pioneer a new model for new power system distribution."

At this CIIE, ABB Electrical also concurrently presented under the theme "Igniting Transformation, Racing Towards Zero Carbon," focusing on the main line of "Innovative Technology Empowering Energy Transition." It systematically showcased four key value areas: breaking barriers to green power consumption, building exemplary Zero-Carbon Parks, improving energy efficiency management, and supporting industry chain expansion overseas, helping various partners achieve their business and sustainable development goals.

ABB is a global technology leader in electrification and automation, dedicated to enabling a more sustainable and efficient future. By combining engineering expertise with digital technology, ABB helps industries operate efficiently, improve energy and production efficiency, promote sustainable development, achieve excellence, and advance industry with integrity. ABB has a history of over 140 years, with approximately 110,000 employees worldwide. ABB is listed on the SIX Swiss Exchange (SIX: ABBN) and the Nasdaq Stockholm (Nasdaq Stockholm: ABB).

In China, ABB conducts comprehensive business activities including R&D, manufacturing, sales, and engineering services. With about 30 local companies and approximately 15,000 employees spread across nearly 130 cities, its online and offline channels cover around 700 cities nationwide.

This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com