Why Semi-Solid?

Higher Energy Density
More power in the same compact size.

Enhanced Safety
Non-flammable structure reduces risks of leakage and overheating.

Wider Temperature Range
Performs reliably in both hot and cold environments.

Longer Cycle Life
Maintains performance across more charging cycles.

Slimmer Design
More efficient structure allows thinner, lighter products.

Designed for Everyday Use

MagSafe Wireless Charging
Strong alignment. Efficient charging.

Aluminum Frame
Durable structure with improved heat dissipation.

Premium Finish
Comfortable grip with refined materials.

Smart Power Management
Monitors voltage, temperature, and current.

Multi-Port Charging
Power multiple devices at once.

  • charging

    When the power bank is connected to a power source, lithium ions move through the semi-solid electrolyte from the cathode to the anode.

    This process stores energy safely and efficiently inside the battery.

  • stored

    Once fully charged, lithium ions remain stable inside the anode.

    The energy is safely stored and ready to be delivered whenever you need it.

  • discharging

    When a device is connected, lithium ions move back from the anode to the cathode through the electrolyte.

    This movement releases energy to power your device.

  • output to device

    The power management system regulates voltage and current, delivering stable and efficient energy to your device for safe charging.

Semi-solid battery cell key components

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Cathode (+)

Stores lithium ions during charging and releases them when energy is needed.

Semi-Solid Electrolyte

A solid-like, stable material that allows lithium ions to move efficiently between electrodes while improving safety and structural stability.

Anode (–)

Where energy is released to power your devices.

Lithium Ions (Li⁺)

Tiny charged particles that move between the cathode and anode to store and deliver energy.

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  • No Leakage

    Sealed structure prevents fluid leaks and improves safety.

  • High Ion Conductivity

    Fast ion movement enables efficient energy transfer.

  • Excellent Stability

    Maintains consistent performance over time and use.

FAQs

What is a semi-solid battery?

A semi-solid battery uses a solid-like electrolyte instead of a fully liquid one, improving safety, stability, and overall performance.
How is it different from traditional batteries?

Traditional batteries use liquid electrolytes, which can be less stable. Semi-solid technology reduces risks while delivering better energy efficiency and longer lifespan.
Is it safer?

Yes. The semi-solid structure minimizes leakage and reduces the risk of overheating, making it safer for everyday use.
Does it charge faster?

It allows more efficient ion movement, which helps deliver stable and reliable charging performance.
Does it last longer?

Yes. Semi-solid batteries degrade more slowly, meaning they maintain performance across more charge cycles.
Can it handle different temperatures?

Yes. It performs more consistently in both hot and cold conditions compared to traditional batteries.
Is it used in NYTSTND power banks?

Yes. This technology is integrated into our newest power solutions to provide safer, more efficient charging.
Is it compatible with my devices?

Yes. NYTSTND power banks are designed to work with all standard wireless and USB-powered devices.