Global electrification and next-generation power systems—from AI data centers and renewable grids to fusion energy and aircraft launch platforms—demand capacitor materials that can withstand high heat, high voltage, and high frequency without compromise. Today’s legacy film, biaxially oriented polypropylene (BOPP), is limiting the future.
Peak Nano introduces NanoPlex™ LDF (Low Dissipation Factor) film: a breakthrough nanolayered capacitor polymer designed for continuous operation at 135°C, while maintaining BOPP-level electrical losses. This plug-and-play solution enables 4× energy density, 5× service life, and half the dissipation factor, with no retooling required.
We’ll showcase:
- How LDF outperforms BOPP from 85°C to 135°C, enabling smaller, lighter, and more efficient capacitor banks
- Test results from wound film devices built with LDF, achieving drop-in reliability and thermal stability
- A roadmap for large-scale U.S. manufacturing, with multi-million-pound production capability
- Urgent supply chain gaps in capacitor film and why domestic materials like NanoPlex are critical to energy resilience
Whether modernizing grid-tied systems, advancing high-voltage electronics, or future-proofing fusion, LDF technology redefines what's possible in energy storage.