"Hardness with Softness"

Solid Electrolyte System

Innovative Design Concept - Balancing Battery Structural Stability and Addressing Safety Issues

core
competitivenessCore Competitiveness

Research Team

The top-notch development team is dedicated to innovating solid-state batteries that are not only powerful but also environmentally friendly and safe. Additionally, they aim to reduce carbon emissions and contribute to green, low-carbon, and high-quality development.

Technological Innovation

The team has achieved an international breakthrough by pioneering the development of a novel solid-state battery electrolyte material and process, characterized by its coupling of hardness with softness and in-situ curing. To date, they have successfully developed four generations of solid-state battery systems with varying energy densities.

Practical Demonstration

They have also established the world's first large-scale pilot production line for polymer all-solid-state batteries. These batteries have undergone rigorous long-term reliability testing in deep sea, deep space, large-scale energy storage, and new energy vehicle applications.

HYTZER NEWSNews

July 9,2022
Launching a New Initiative to Attract Projects, Wujin National Hi-Tech Signs a 1 Billion Yuan Project
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August 19,2022
Primavera Venture Partners Leads Angel Investment Financing for Solid-State Battery Innovation Company Hytzer
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Empowering the World Safe Energy!EMPOWERING THE WORLD SAFE ENERGY!

2005

At the Max Planck Institute for Polymer Research in Germany,

Chief Scientist Cui Guanglei and CEO Dou Xihave embarked on a collaboration to research lithium-ion battery materials

2007

At the Max Planck Institute for Solid State Research in Germany

Chief Scientist Guanglei Cuihas started research on lithium-ion battery materials, systems, and systems

2009

At the QingDao Institute of Bioenergy And Bioprocess Technology, Chinese Academy of Sciences

Chief Scientist Guanglei Cuihas founded the Solid Energy System Technology Center to focus on the development and research of solid-state lithium batteries and systems

2012

Under the leadership of Chief Scientist Cui Guanglei, the QingDao Institute of Bioenergy And Bioprocess Technology, Chinese Academy of Sciences, has establishedthe first large-scale lithium battery test production line. Simultaneously, it has actively embarked on exploring the scale production and process system of solid-state lithium batteries.

2015

The internationally original research on "Hardness with Softness" solid polymer electrolytes has been granted national patent authorization

and applied for PCT international patents. It has now received European authorization, covering key countries such as the United Kingdom, France, Germany, Japan, and the United States

2016

The QingDao Institute of Bioenergy And Bioprocess Technology, Chinese Academy of Sciences has completed the construction of a polymer solid-state lithium battery production line with an annual capacity of 200MWh

2017

Solid-state lithium batteries were taken to the Mariana Trench

to provide power for the "Wanquan" lander

at its maximum working depth of10,901 meters, successfully completing the full deep-sea demonstration application

2018

  • The high-performance solid-state battery system returned to the Mariana Trench

  • Providing energy power for the "Tianya," "Haijiao," and other full-depth landers

  • A total of 34 operations were completed

  • With a maximum dive depth of10,918 meters

  • The longest single dive operation lasted26 days, setting a world record for the longest continuous operation


2019

The low-power, long-endurance solid-state battery system

conducted a continuous deep-sea demonstration operation for198 days

laying the technical foundation for long-duration deep-sea power supply

2020

The high-energy-density solid-state lithium battery system for all-ocean-depthsprovided full power for the "Canghai" video lander

and high-power, long-endurance energy for the "Luling" multi-site lander.

2021

  • The newsolid-state lithium batteryhas completed the national key research and development program

  • achievingachieving a 11,089km validation for on-board batteries(NEDC)

  • and has completed the development and delivery ofover 110batches of deep-sea power systems

2022

The delivery of a 1MWh deep-sea energy storage base station has been completed

and Hytzer Energy Co.,Ltd. has been formally established

with a contract signed to settle in the Wujin National Hi-Tech Zone, Changzhou City, Jiangsu Province, China

2023

Hytzer Energy Co.,Ltd. has officially started construction

with a total investment of 1 billion yuan and a planned land area of 100 acres

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