KEMA Labs Unveils New Paper on Grid Reliability Insights

KEMA Labs is pleased to announce the release of its position paper. In an increasingly electrified world, the reliability of grid components is more critical than ever. Electrical grids worldwide experience significant failures daily, causing economic and social disruptions. These failures are caused by various factors, including aging infrastructure, environmental challenges, human error, and equipment inadequacies.

The report identifies the key factors influencing grid reliability:

1. Quality of Materials: High-quality raw materials are essential for producing durable components. Poor-quality sourcing can lead to undetected issues that may only become apparent during routine or type tests—or worse, after installation.
2. Supply Chain Challenges: Rising demand for grid components, coupled with cost pressures, has led to compromises in product testing and sourcing. This can result in products that don’t meet required specifications or fail prematurely.
3. Changes in Production Processes: Expanding capacities or adopting new technologies without proper management and testing can introduce risks. A lack of rigorous testing or inadequate staff training may lead to severe product failures.
4. Innovative Technologies: While innovations like SF6-free gas-insulated switchgear are crucial for environmental goals, they also pose challenges. Without thorough validation and testing, these new technologies risk undermining reliability.

As the energy sector moves toward decarbonization, balancing rapid innovation with grid reliability is more important than ever. A comprehensive approach to quality control, material sourcing, and rigorous testing remains essential for the future of the global grid.