The in-situ heated solid-state electrolyte pressure display cell is an in-situ device suitable for studying lithium-ion solid-state electrolyte cells with heating capability. The device simulates the structure and working principle of solid-state electrolyte cells, adds in temperature parameters, and uses a pressure sensor with a digital display meter to achieve real-time feedback and display of pressure, which can be used to test and study the electrical properties of solid-state electrolyte materials.

Main features

1. the device is designed for lithium-ion solid-state electrolyte or other solid-state electrolyte secondary batteries, which can ensure the normal application of lithium-ion solid-state electrolyte batteries.

2. the in-situ device has a self-heating function, which can regulate the temperature of the battery effectively, the adjustment range: RT-150℃, temperature control accuracy ±1℃.

3. the temperature regulation is effectively controlled by a temperature controller (equipped with computer program control software to achieve human-machine interface)

4. the device is equipped with a pressure sensor and digital display meter, through the control box to achieve real-time feedback and display of pressure, and can be converted into the sample pressure (MPa) through software calculations, displayed in the human-machine interface.

5. the ability to adjust the temperature at the electrode material at any time during the normal charging and discharging process of the device.

6. fluorine O-ring for sealing to ensure the overall tightness of the system.

7. simple and convenient assembly of electrode material and solid electrolyte during assembly.

8. the overall disassembly and assembly of the device is extremely convenient and quick, and each battery component is easy to clean.

9. the battery unit can be reused.