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Source:Industrial Automation / Time:2026-08-12
Nidec U.S. MOTORS Introduces High-Horsepower TEFC Horizontal Motor
In January 2026, Nidec U.S. MOTORS introduced a new totally enclosed fan-cooled (TEFC) 2-pole extension horizontal motor for pump, compressor, fan, blower, and conveyor applications in water and wastewater, petroleum, chemical, and electric power facilities
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Source:Industrial Automation / Time:2026-08-12
Nidec Announces New Board and Committee Structure
Following the 53rd Annual General Meeting of Shareholders on June 18, 2026, Nidec announced the election of all Company-proposed director candidates and the subsequent resolution of its new board and committee structure
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Source:Industrial Automation / Time:2026-08-12
Nidec Begins Talks to End Joint Venture with China Automaker Guangzhou Automobile Group
In May 2026, Nidec announced it has started talks to dissolve its electric vehicle drive system joint venture with Chinese automaker Guangzhou Automobile Group Co. (GAC). The joint venture produces E-Axle systems, which consist of e-motors, reducers, and inverters
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Source:Industrial Automation / Time:2026-08-12
Nidec Showcases High-Efficiency Motor Innovations at EASA 2026
At EASA 2026 in May 2026, Nidec showcased its expanded line of high-efficiency U.S. MOTORS® brand integrated electric motors and controls, designed for quick and easy installation as drop-in replacements. The company highlighted its extensive inventory of in-stock, ready-to-install motors
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Source:Industrial Automation / Time:2026-08-12
Nidec Develops "STC 1.0" Liquid Cooling Prototype for AI Data Centers
On June 2, 2026, Nidec announced the development of a prototype for the "STC 1.0," a next-generation liquid cooling solution designed to enhance data center design flexibility. Featuring a stackable structure of up to five Coolant Distribution Units (CDUs), the system provides scalable cooling capacity of up to 1MW, with flexible customization supporting up to 1.6 MW .
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Source:Industrial Automation / Time:2026-08-11
Synthetic Ester Oil Transformers Gain Traction in Environmentally Sensitive Applications
The global market for eco-friendly transformers is projected to grow from approximately $1.22 billion in 2024 to $1.81 billion by 2030 . Utilities are increasingly specifying natural ester or synthetic fluids to meet environmental regulations and fire-safety codes, particularly in Europe, Japan, and select U.S. states
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Source:Industrial Automation / Time:2026-08-11
European Policymakers Consider Safeguard Measures for Transformer Industry
As European policymakers consider regulatory frameworks, safeguard measures, and industrial policy choices, transformer manufacturing is increasingly viewed as strategic infrastructure requiring protection and support . Maxine Ghavi, Region Head Europe at Hitachi Energy, stated: "Decisions taken in the coming years will shape the electricity systems that power the next 25 years... Recognizing, supporting, and securing this industrial base is essential to delivering Europe's electrification ambitions, maintaining competitiveness, and strengthening long-term energy resilience and sovereignty" . Policy choices that constrain availability of critical inputs risk slowing grid expansion precisely when Europe aims to accelerate electrification and competitiveness .
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Source:Industrial Automation / Time:2026-08-11
Advanced Amorphous-Core Geometries from Japan and South Korea
Technology contributions from Japan and South Korea introduce advanced amorphous-core geometries and digital monitoring packages that spread across regional supply chains, raising baseline efficiency expectations in the Asia-Pacific transformer market . Key Contributions: Amorphous-core transformers offer lower core losses Digital monitoring packages enable condition-based maintenance Higher efficiency standards become baseline expectations Technology transfers through joint ventures
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Source:Industrial Automation / Time:2026-08-11
Transformer Production Remains Labor-Intensive, Limiting Rapid Capacity Expansion
Transformer production cannot be fully automated. Coil winding and other manufacturing processes remain highly dependent on skilled labor experience and craftsmanship. This production characteristic makes it difficult for some small and medium-sized enterprises to achieve rapid production expansion . Industry Implications: Orders are concentrating among leading companies High-end products show increasing share Higher qualification requirements from overseas customers raise market entry barriers
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Source:Industrial Automation / Time:2026-08-11
AI Data Center Demand Creates New Growth Channel for Transformer Industry
AI compute expansion has opened a new growth channel for transformer manufacturers. From 2023 onward, the transformer industry has seen a significant shift from being a behind-the-scenes player in grid construction to a critical enabler of global AI computing expansion . Market Impact: Global grid modernization and AI computing center construction are driving sustained growth Overseas business is becoming the core growth engine for leading manufacturers Export orders show "volume and price rising together"
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Industrial Automation
