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Jump and jump to the next step

Neware BTS 8.0: How to jump to the next step or a specified test step?

Neware BTS 8.0: How to jump to the next step or a specified test step? Set/Settings —- System settings Click Display settings Scroll your mouse to find Right‑click menu function Locate Jump and Jump to the next step, select both options, then save. Re‑enter the username and password. Username: admin, Password: neware. If you want Neware BTS 8.0 to remember your password and save the trouble of re‑entering credentials every time you log in, please refer to: How to Make Neware BTS 8.0 Remember Your Login Password Select a channel, right‑click your mouse to open the right‑click menu, and you can use Jump and Jump to the next step.  

Allow remembering the last login password

How to make Neware BTS 8.0 remember the login password?

Do I need to enter my username and password every time I log in to Neware BTS 8.0? How to make Neware BTS 8.0 remember the password? 1. Settings —- System settings 2. Fool-proofing settings 3. Scroll down with your mouse and locate **Allow remembering the last login password** 4. Save the configuration. 5. Log out of your Neware BTS 8.0 account, then log in again and enter your username and password once. admin   neware 6. Check the box for **Remember last login password** 7. Setup completed. The software will remember your password for subsequent logins. You may also follow the YouTube video to configure the settings step by step.

How to add the export report option to the right-click menu?

Neware BTS 8.0: How to add the export report option to the right-click menu?

Neware BTS 8.0: How to add the export report option to the right-click menu? Click Set on the top menu bar, then select System Settings. Go to Display Settings, locate the Right-click menu function section, check the box for Export report or Multi-channel customize report. Click Save, then log out and log back into the software to activate the setting. User name:  admin Password: neware Right-click the test channel, and you will see the report export function in the pop-up menu. You can follow the steps in this video for operation.

Neware BTS 8.0

How to control third-party chambers with Neware BTS 8.0?

Can I use Neware BTS 8.0 control third-party chambers? If you have purchased Neware testing equipment and wish to use it with environmental chambers from other brands, how can you use Neware BTS 8.0 software to control those third-party chambers? First of all, please submit this request to your sales representative. We will need the following information regarding your environmental chamber: its communication method and communication protocol. Our engineers need this information to evaluate whether this requires a custom software feature developed specifically for you, or if our existing software already supports it. For example, Neware temperature chamber can be controlled on Neware BTS 8.0 via TCP/IP communication. How to

Figure 1. Different electrode processes produce different CV shapes: some exhibit a distinct peak shape, while others are closer to a capacitive response. DOI: 10.1039/C9SC01662G

How to interpret CV curves? 2026

How to Interpret a CV Curve? I. What is CV? What is a CV curve? II. How to interpret the peak positions of a CV curve? What do peaks represent? III. How to interpret the peak current and area of ​​a CV curve? What do current and area represent? IV. How to interpret changes in the scan rate of a CV curve? Does scan rate change peaks, current, and area? V. How to interpret the entire CV curve?   I. What is CV? What is a CV curve? CV stands for cyclic voltammetry. It involves continuously varying the potential of the working electrode within a set range: scanning from a

Figure 4 Contact angle variation in contact angle method test

How to evaluate and improve the electrolyte wettability of lithium-ion batteries? 2026

How to evaluate and improve the electrolyte wettability of lithium-ion batteries? First of all, let us understand the factors that affect electrolyte wettability. Factors Affecting Electrolyte Wettability of lithium-ion batteries The essence of electrolyte wettability is the synergistic effect of materials, processes, and structures. The uniformity of wetting can be systematically improved by reducing electrolyte viscosity (e.g., using low-viscosity solvents such as DEC/EMC), adding surfactants (fluorinated wetting agents can significantly reduce surface tension), optimizing electrode porosity (adjusting compaction density to avoid “dead zones”), and adopting vacuum-assisted heating injection processes. Electrolyte wettability directly determines ion transport efficiency, interfacial reaction uniformity, and overall battery performance. Poor wetting can lead to low active