Technical Description
This invention introduces a liquid composite dielectric material comprising a morphotropic phase boundary ferroelectric ceramic powder dispersed uniformly within an organic glycol liquid medium. By establishing a parallel micro-insulating core matrix that boosts dielectric permittivity past 10,000 at 40 Hz, the material provides high energy density storage for supercapacitors while eliminating the need for multi-cell hardware balancing.
Problems Addressed
- Low Energy and Packing Densities
- Mandatory Multi-Cell Balancing Constraints
- Corrosive Electrolyte Leakage Vulnerabilities
- Permanent Solid Dielectric Breakdown Failure
- Electrode-Degrading Chemical Side Reactions
Tech Features
- Morphotropic Phase Boundary (MPB) Solid Dispersoid
- Organic Liquid Matrix Dissolution
- Parallel Core-Encapsulation Phenomenon
- Suppressed Loss & Leakage Thresholds
- Fluid Self-Healing Breakdown Barrier
- Multi-Cell Supercapacitor Integration
Target Audience
- Flexible & Wearable Electronics Designers
- Solid-State Advanced Materials & Aerospace Labs
- Electric Vehicle (EV) & Smart Grid Battery Engineers
- Supercapacitor & Ultracapacitor Component Manufacturers
Tech ID: P23-2101 TRL 3 Patent Status: Published Available For Exclusive and Non-exclusive License
