SABIC to present ELCRES dielectric film at PCIM Asia 2021
Developed in response to the demand for high-voltage, high-temperature, professional-grade capacitor applications, such as traction inverters for hybrid, plug-in hybrid and battery electric vehicles. This innovative solution addresses the critical performance gap experienced by incumbent films in the +135°C to +150°C operating temperature range and enables the possibility to fully deploy the power and range promise of silicon carbide inverter technology.
Dr. Adel Bastawros, Chief Scientist of Technology & Innovation, will give a poster presentation titled, “Ultra-thin Dielectric Film for High Heat and High Voltage DC Link Capacitors” as part of the Automotive Power Electronics session at the conference from 12:25 to 2:00pm China Standard Time on Friday, 10th September 2021. Fumio Yu, senior business development manager, Incubation Growth, will give a talk titled: “SABIC ELCRES HTV150 High Heat Dielectric Film for DC Link Power Capacitors” during the E-mobility forum of the Exhibitor Session from 2:30 to 2:50pm CST on 10th September.
“SABIC is actively helping to advance the state of the art in capacitors through close collaboration with customers,” said Greg Stoddard, Director of Technology and Innovation at SABIC. “This effort brings together our unique resin compounding, ultra-thin film expertise and our customers’ capacitor manufacturing experience to create solutions with enhanced capabilities. Our high-heat ELCRES HTV150 film is one example of how we are supporting the development of more powerful and efficient capacitors that address stringent requirements across multiple industries, from e-mobility to energy.”
Higher heat and voltage capabilities
SABIC’s ELCRES HTV150 dielectric film is the first capacitor film in the industry that is engineered for stable performance at operating temperatures of -40°C to +150°C and frequencies up to 100kHz, while offering stable capacitance, high insulation resistance, stable dielectric constant (Dk) and low dissipation factor (Df). It supports the design of high-voltage, high-temperature DC link power capacitors that can store large amounts of electrical energy for long periods without significant leakage of current or loss of charge. It is an excellent candidate for demanding applications such as power capacitors for EV traction inverters, DC/DC converters and onboard chargers. The film can also potentially be used for power capacitors in mass transportation, renewable energy, aerospace, and motor drives and controls.
Value chain collaboration
One of the customers that SABIC is working with is Xiamen Faratronic a leading film capacitor company. Capacitors made by Xiamen Faratronic using ELCRES HTV150 film will be displayed at the SABIC booth.
“A critical goal in Xiamen Faratronic’s roadmap for new high-temperature DC link power capacitors is the ability to withstand disruptive hotspot temperatures up to +150°C,” said Guobin Chen, President of Xiamen Faratronic. “SABIC’s ELCRES HTV150 film is the only dielectric film to date that can meet our requirements of +150°C and high voltage. We are pleased to work with SABIC to validate the performance of this exceptional film product.”
“Making capacitors is a very elaborate, multi-step process from metallization to assembly,” said André van Zyl, Senior Manager of Technology and Innovation at SABIC. “Because the process is currently optimized for biaxially oriented polypropylene films, we have turned to customers to understand the requirements to successfully replace incumbent materials with our high-temperature, high-voltage film. Collaborating with multiple customers and engineering consultants for validation has been invaluable for confirming the value of ELCRES HTV150 film as an advanced material solution that supports the next generation of high-performance xEV and other critical capacitor applications.”
SABIC will continue to develop thinner-gauge film to meet requirements for different voltages and higher energy density, demonstrating its continued commitment to deliver innovative material and film technologies to power electronics.