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SABIC ELCRES HTV150: Voltage Derating & Capacitor Solutions

SABIC‘s New Film ⁣Technology Promises High-Temperature Performance for Next-Gen⁢ Capacitors

Shanghai, China ​SABIC, a ⁢global leader in diversified⁣ chemicals, is ⁤set to present groundbreaking advancements in dielectric⁤ film technology at‌ PCIM asia 2025, held in Shanghai from September ​24-26. Teh company will showcase its ultra-thin​ ELCRES ‌ HTV150 ⁤film, designed ⁣to significantly improve the performance of capacitors ⁣in demanding applications ‌like electric vehicle (EV) ​AC-DC inverters. Attendees can find SABIC at Hall N5, Booth F03.

The key innovation lies in the⁤ film’s ‌ability to maintain high voltage operation at elevated temperatures – ⁣up to 150°C ⁣-‍ with minimal voltage derating. This ​addresses a critical challenge in modern electrical systems where increasing power demands often ⁤lead to higher operating temperatures.

“Higher voltages are becoming increasingly common across a wide range of electrical applications,” explains Sergi Monros, Vice President, SABIC Polymers,⁢ Specialties BU. “While this trend‍ boosts efficiency, it also introduces important engineering ‌hurdles. SABIC is⁣ committed to leading​ the way with specialty materials ⁢that‌ excel under high voltage, high temperature, and⁣ harsh conditions, enabling‌ our customers to⁢ develop the next generation of electrified components.”

Addressing Voltage Derating‌ – A Major Performance Bottleneck

Customary polymer film capacitors frequently enough suffer significant voltage reduction when exposed to high temperatures.⁣ Capacitors utilizing biaxially oriented polypropylene (BOPP) film,for instance,can experience a voltage derating of up to 50% at temperatures exceeding 125°C,necessitating the use of⁣ thicker,bulkier components.

Though, recent independent testing conducted ⁣by Nichicon, a renowned Japanese capacitor manufacturer, demonstrates a​ substantial betterment with ELCRES HTV150. Nichicon’s results show minimal voltage derating ⁤- just 4.8% at 130°C and 14% at​ 150°C⁤ – when using capacitors made⁢ with SABIC’s film. This allows for smaller, more ‌efficient capacitor designs without ⁤compromising performance or reliability.

Technical Presentations at PCIM⁢ Asia 2025

SABIC Chief Scientist Adel‍ Bastawros, Ph.D., ⁤will detail these findings⁢ in ​two⁣ presentations:

“HTV150 Dielectric Film for High Heat DC-Link Capacitors with Minimal derating of Operating Voltage” – Thursday, Sept. 25,‍ 2025, 11:40 ⁢a.m. – 12:00 p.m. CST, E-Mobility session.
“Voltage Derating Behavior ​of High Temperature capacitors for DC-Link Applications” ‌- Friday,Sept. 26, ‍2025, 1

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