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Business-use Lithium-ion Battery Case Study Collection Gift (English Version)

A collection of case studies on commercial lithium-ion batteries that achieve lightweight, long lifespan, and high safety.

The commercial lithium-ion battery displays charging and fully charged status with LED indicators and alerts for abnormalities through blinking states. When the LED is lit red during "fully charged," it indicates that balance charging is in progress. A red LED lit during "charging" indicates that the output switch is on or that charging is not possible. It continuously detects the charge and discharge status and usage environment, notifying you of any abnormalities with the LED. We are currently offering a collection of case studies (English version) for free. 【How to Use】 [Using the Battery] ○ Connect the load (DC-driven device) to the '24V output' connector. ○ Turn the '24V output' switch ON. [Charging the Battery] ○ Turn the '24V output' switch OFF. ○ Connect the plug of the dedicated charger to the 'charger input' connector. (Charging starts when the AC plug of the charger is connected to an AC outlet.) For more details, please contact us or download the catalog. *This catalog is in English.

  • Secondary Cells/Batteries
  • Lithium-ion battery

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High-performance perovskite solar cells fabricated at high speed and low temperature.

High performance, self-organization, passivation, solution process, anti-solvent free, high durability, surface free energy, p-i bulk film formation.

Perovskite refers to a type of crystal structure composed of halogen elements such as lead or tin combined with iodine or bromine, along with organic alkyl ammonium ions. The perovskite structure is used as the light-absorbing layer in perovskite solar cells. The perovskite layer, which can be formed easily and at low temperatures through a solution process, has a thickness of 0.3 μm, which is about 1/500th the thickness of single and multicrystalline silicon solar cells that typically range from 150 to 200 μm, making it resource-efficient. By utilizing the electrostatic interactions between poly-electrolytes and nanoparticles, as well as self-assembled monolayers of phosphoric compounds, it becomes possible to fabricate high-performance perovskite solar cells quickly and easily on textured transparent conductive films at low temperatures. Additionally, by adding fluorine-based materials with low surface free energy to the perovskite precursor and simply applying and heating it, the materials can spontaneously segregate to the perovskite surface, allowing for passivation of the perovskite surface. This leads to enhanced performance of the solar cells and promises improved durability.

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