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In May 2026, Shanghai JISCO's core leadership team participated in the 30th edition of CWIEME Berlin, a premier global trade fair. At the event, JISCO engaged in substantive discussions with international industry experts on critical topics and showcased its high-performance product portfolio, including stacked cores, wound cores, new energy motor cores, and electrical steel. This participation strengthened the company's global brand presence and provided key insights to support the evolving needs of the worldwide energy transition.

Shanghai JISCO participated in the IEEE PES T&D exhibition in Chicago from May 5-7, 2026, showcasing its core innovations in high-performance magnetic cores and electrical steel materials. Through exchanges with global industry experts, the company shared cutting-edge solutions focused on smart grids, renewable energy integration, and digital transformation, highlighting key products such as stacked iron cores, new energy motor cores, wound cores, and grain-oriented electrical steel. This participation strengthened industry collaboration and reinforced the company's role in advancing sustainable energy, reflecting its commitment to building a smarter, more resilient global energy ecosystem.

Why are dry-type transformers becoming a preferred choice for indoor power distribution? Fire safety, reliable operation, and easier maintenance make them suitable for many facilities. Unlike oil-filled models, they transfer electrical energy through magnetic induction without liquid insulation. The Dry Type Transformer Core plays a critical role in their overall performance. Its design affects magnetic efficiency, no-load losses, operating noise, and long-term energy consumption. Meanwhile, renewable energy integration and expanding electrical infrastructure create new performance demands. Understanding these changes helps engineers select equipment for different operating conditions. This guide explores practical applications, core design considerations, and emerging technologies shaping dry-type transformers' future.