Next-Generation Energy Storage Combining Capacity and Speed

Combining the large capacity of batteries with the fast charge/discharge advantages of capacitors to provide long-lasting, stable energy storage solutions for AI equipment, intelligent systems, and new energy applications.

Charge/Discharge in Seconds, Million-Cycle Lifespan

Charges in seconds with explosive instantaneous discharge. Featuring a cycle life exceeding one million times and excellent high/low-temperature resistance. Ideal for kinetic energy recovery, backup power, and scenarios requiring instantaneous high current.

Dedicated for AI Chips: Robust Computing Power with No Performance Drops

Designed specifically for AI chips and high-performance computing cores. Delivers high-density power supply within a minimal footprint, ensuring the continuous and stable output of powerful computing performance.

The Optimal Choice for High-Performance Power Supply

An upgraded version of traditional capacitors, featuring low temperature, low power consumption, and an ultra-long lifespan. Covering both solid and hybrid (solid-liquid) technology routes, suitable for high-stability power supply scenarios.

The Cornerstone of Stable Equipment Power Supply

Provides continuous and smooth power output to ensure the long-term stable operation of equipment. Covers three major packaging forms: radial lead, snap-in, and screw terminal, customizable according to specifications...

Customized Power Solutions

Tailor-made integrated power modules based on series/parallel combinations of EDLC, LCC, or single cells, enabling rapid deployment across various application scenarios.

Industrial-Grade Energy Storage & Frequency Regulation

Purpose-built for data centers, renewable energy power stations, and large industrial facilities. These systems provide massive, reliable energy storage alongside precise frequency regulation, ensuring optimal power management and grid stability.

The Exclusive Thermal Shield for AI Chips

Utilizes graphene high thermal conductivity technology to rapidly dissipate the intense heat generated during AI chip operations, preventing thermal throttling and ensuring continuous high-efficiency AI performance.