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About Me

Clay McGlamory is an artist working in printmaking, glass, and neon who taught Printmaking for 33 years at the Virginia Governor’s School for the Arts and as Adjunct Faculty in Printmaking and Foundations at Old Dominion University from 2000-2017. He holds an MFA (1999) in printmaking from Old Dominion University, Norfolk, Virginia. Clay was President of the Virginia Glass Guild from 2018-2022, where he has been a member since 2005. He founded Half Ass Press in 2008, which he currently operates with Cate Currier in Portsmouth, Virginia where he is the director and master printer. He has participated in and curated over 50 solo and small group exhibitions including FORMS, TCC Gallery, Visual Arts Center (2019); PRIZMS, OK Spark Gallery (part of the first NEON Festival - 2015); Fluid Variations:Recent Works in Glass by Clay McGlamory, Charles H. Taylor Arts Center (2014); A Few of My Favorite Colors, The Red Door Gallery, Richmond (2008), Eye Candy, The Contemporary Art Center of Virginia and The White Canvas Gallery, Richmond (2005-2006). Clay has been included in over 300 national and international juried and invitational exhibitions and has pieces in numerous public and private collections. 

CLAY BLACK AND WHITE1.jpg

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Wood Panels at Half Ass Press on the Kiln.jpg
Me at the Press.jpg

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Intelligent Power Module Market: Driving Smarter, Efficient Power Conversion Worldwide

The Intelligent Power Module Market is gaining significant momentum as the demand for energy-efficient, compact, and high-performance power solutions increases across industries. Intelligent Power Modules (IPMs) integrate power devices with driving and protection circuitry, making them essential in everything from home appliances to electric vehicles and industrial automation.

What is an Intelligent Power Module (IPM)?An Intelligent Power Module is a highly integrated device that combines power semiconductor devices (like IGBTs or MOSFETs) with built-in gate drivers and protection logic. This integration simplifies design, enhances system reliability, and reduces the overall footprint of power electronics systems.

Market Drivers:

  1. Rising adoption of electric vehicles (EVs):EV powertrains require efficient power control, and IPMs help deliver compact, thermally efficient solutions for motor drives and battery systems.

  2. Growth in industrial automation and robotics:Intelligent power modules enhance motor control systems in automation setups by offering precise and efficient power conversion.

  3. Energy efficiency in consumer electronics and appliances:Washing…

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