X Robot Battery Technology
Pioneering the future of batteries with 3D PAD electrode technology
Next-generation batteries delivering higher energy, faster charging, safer operation, and lower cost.
Our big goal is to revolutionize battery cell technology by improving energy density,
charging speed, and safety, supporting the development of electric vehicles, drones, robotics, and eVTOLs, and driving the industry toward a more sustainable, efficient, and advanced future.
XRBT batteries
deliver faster, safer, longer-lasting, and more cost-effective energy than conventional solutions—all thanks to 3D PAD innovation.
XRBT Solution
Conventional thick electrodes increase energy density but limit Li⁺ transport, reducing power performance.
XRBT’s 3D PAD electrodes feature precisely aligned three-dimensional pore channels, enabling rapid ion transport. The result is a unique solution that offers both high energy density and high power performance while improving safety, cycle life and longevity, especially with silicon-doped anodes.
Global Layout
We have strategically positioned our divisions across the globe:
Hamburg, Germany: Focuses on cell production and the development of advanced print technology.
Michigan, US: Takes the lead in electrode research and development.
Nanjing, China: Drives large - scale cell and battery pack production.
XRBT Batteries vs. Traditional Batteries
Proprietary 3D PAD technology enables fast ion transport, thick electrodes, and high energy density.
Suppresses lithium dendrites → safer, longer-lasting batteries.
Optimized manufacturing → superior performance at lower cost.
Securing Innovation, Powering the Future
XRBT holds a robust portfolio of international patents and utility models, protecting our pioneering 3D PAD electrode technologies and ensuring a lasting competitive edge in next-generation battery manufacturing.
Our intellectual property covers innovations such as:
- 3D PAD electrodes using wet and dry screen-printing processes
- Ink flowability for structured electrodes
- SSD 3D PAD electrode designs
This strong IP foundation safeguards XRBT’s innovations and underpins our leadership in advanced battery solutions.
Metric |
XRBT Batteries |
Traditional Batteries for Drones |
Improvement |
|---|---|---|---|
| Charge rate | > 4 C | < 2 C | 200%  |
| Discharge rate | > 6 C | < 2 C | 300% |
| Cycle life (charge @4C) | > 500 cycles | < 300 cycles | 67% |
| Energy density | > 325 Wh/kg | ~ 250 Wh/kg | 30% |
Collaborators
XRBT team
Felix LI
CEO & Founder
Holger Gritzka
President & Co-Founder
Dr. Jun Li
CTO & Co-Founder
Prof.Dr.Jianwei Zhang
Advisor & Co-Founder