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4.27-4.29 Superelectric Technology Surprise Appears at CIBF (Chongqing) International Battery Technology Exhibition!

4.27-4.29 Superelectric Technology Surprise Appears at CIBF (Chongqing) International Battery Technology Exhibition!

2024-04-02

Super Power Technology will participate in the CIBF Chongqing Exhibition from April 27 to April 29, with a S2-B019-1 booth. Welcome new and old customers to visit the exchange.

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Our sodium ion test line project was successfully completed!

Our sodium ion test line project was successfully completed!

2024-01-31

Our company recently completed a new energy test line project, which will further promote the development and industrialization of sodium-ion battery technology. Through the operation of the test line, the commercial application of sodium-ion batteries will be accelerated, and their performance and reliability will also be improved. This initiative will help solve the challenges in the field of energy storage, including grid energy storage and electric vehicle power.

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Battery Laboratory Q&A VOL.005: Which technology produces better cell performance, stacking process or winding process?

2025-09-09

There is no absolute "better" between the stacking process and the winding process; each has its own technical characteristics and suits different battery demand scenarios. The core differences lie in structural design, performance, and mass production features. Winding is an efficient standardized production of "one-roll forming," while stacking is a precise customized process of "layer-by-layer stacking." Wuhan Chaodian Technology compares and analyzes the differences between the stacking and winding processes from the following dimensions.

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Battery Laboratory Q&A VOL.004: What causes the voltage of assembled lithium-ion button batteries to be abnormally low?

2025-09-08

Each step of assembling the button cell may hide "invisible pitfalls" that cause low voltage. You can follow the low voltage troubleshooting mind map organized by Super Battery Technology, breaking down the entire process of button cell assembly, and inspect the issues of abnormally low voltage in button cells step-by-step through the four stages: "Material Preprocessing → Electrode Sheet Preparation → Assembly Operation → Post-processing."

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Battery Laboratory Q&A VOL.003: Why do pouch batteries require a secondary sealing process while others do not?

2025-09-08

Why do pouch batteries require a secondary packaging process while others do not? The core purpose of secondary packaging is to extract gases generated during the pre-formation stage, seal potential gaps from the primary packaging, and enhance the vacuum inside the cell, allowing the electrode plates and separator to adhere more tightly. Cylindrical and prismatic batteries do not require this process due to their rigid outer shells.

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New energy vehicle subsidy changes drastically! Solid-state battery vehicles receive a subsidy of 20,000 per vehicle, and enterprises must modify three aspects of their experimental lines.

2025-07-22

Attention all new energy battery R&D companies and engineers! A deep dive into the new new energy vehicle subsidy policy, implemented on July 10 this year, is here. Starting in July, 138 billion yuan in special funds will be allocated to nine mainstream automakers. This is not simply "giving money" to companies; it marks a watershed moment for battery testing lines.

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