Custom Battery
Custom Battery - Image 2

Custom Battery

Description

Customize your own battery. Choose battery Cells, BMS, Building Materials, Connectors. Indicate any size/dimensions limitations in checkout notes. Have fun!

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  • Cell Make / Model & Specs

    The C discharge rating is a measure of how quickly a battery can safely discharge as a multiple of the battery's capacity. For example, a 5Ah battery with 1C rating means that it can be discharged at 5A, a 5Ah battery with 3C rating can discharge at 15A. The C rating is the maximum safe discharge rate of the battery. Exceeding the C rating can lead to reduced battery life, overheating, damage and even a fire risk.

    (New Arrival) Samsung 50G
    Tested 10A Constant Discharge, Up to 15A Peak.
    1000 cycle life, A grade cell

    (BEST OF THE BEST) Molicel 4.5Ah INR21700-P45B "Pay42Win"
    Tested 25A Constant Discharge, Up to 50A Peak.
    💸 Pay2Win Choice. For those who don't have a budget and only want the best of the best and will settle for nothing less.

    (New Arrival) dogeCel D40T
    Tested 25A Constant Discharge, Up to 35A Peak.
    For those who wants high discharge on a budget.

    (New Budget Option) Samsung 48X
    Tested 9.8A Constant Discharge, Up to 14.4A Peak.
    3000 cycle life, A grade cell

    Voltage

    Battery voltage refers to the potential difference between the positive and negative terminal, it directly influences the performance of your electrical system, usually higher the better. However do ensure that your device is compatible with your current voltage selection.

    Amp-Hours

    Amp-hours (Ah) is a unit to measure the capacity of a battery. Picture Ah as the "fuel tank" of a battery, representing its ability to store energy. A higher Ah rating indicates a larger fuel tank and a greater amount of energy storage. This means that a battery with a higher Ah rating can power a device for a longer duration.

    Amp-Hours

    Amp-hours (Ah) is a unit to measure the capacity of a battery. Picture Ah as the "fuel tank" of a battery, representing its ability to store energy. A higher Ah rating indicates a larger fuel tank and a greater amount of energy storage. This means that a battery with a higher Ah rating can power a device for a longer duration.

    Amp-Hours

    Amp-hours (Ah) is a unit to measure the capacity of a battery. Picture Ah as the "fuel tank" of a battery, representing its ability to store energy. A higher Ah rating indicates a larger fuel tank and a greater amount of energy storage. This means that a battery with a higher Ah rating can power a device for a longer duration.

    Amp-Hours

    Amp-hours (Ah) is a unit to measure the capacity of a battery. Picture Ah as the "fuel tank" of a battery, representing its ability to store energy. A higher Ah rating indicates a larger fuel tank and a greater amount of energy storage. This means that a battery with a higher Ah rating can power a device for a longer duration.

    Amp-Hours

    Amp-hours (Ah) is a unit to measure the capacity of a battery. Picture Ah as the "fuel tank" of a battery, representing its ability to store energy. A higher Ah rating indicates a larger fuel tank and a greater amount of energy storage. This means that a battery with a higher Ah rating can power a device for a longer duration.

    Battery Management System (3S)

    Full Charge: 12.6V | Cut Off: 9.0V (+/- 0.5v)

    Battery Management System (7S)

    Full Charge: 29.4V | Cut Off: 21.0V (+/- 0.5v)

    Battery Management System (10S)

    Full Charge: 42V | Cut Off: 30.0V (+/- 0.5v)

    Battery Management System (13S)

    Full Charge: 54.6V | Cut Off: 39.0V (+/- 0.5v)

    Battery Management System (14S)

    Full Charge: 58.8V | Cut Off: 42.0V (+/- 0.5v)

    Battery Management System (16S)

    Full Charge: 67.2V | Cut Off: 48.0V (+/- 0.5v)

    Battery Management System (17S)

    Full Charge: 71.4V | Cut Off: 51.0V (+/- 0.5v)

    Battery Management System (20S)

    Full Charge: 84.0V | Cut Off: 60.0V (+/- 0.5v)

    Battery Management System (24S)

    Full Charge: 100.8V | Cut Off: 72.0V (+/- 0.5v)
    *Note* The exact model of BMS is listed based on our inventory status at the point of upload. Actual model picked might differ slightly from time to time due to availability. In that case, do rest assured that it will from the same brand, with the same specs and featureset.

    Battery Management System (26S)

    Full Charge: 109.2V | Cut Off: 78.0V (+/- 0.5v)

    Battery Management System (28S)

    Full Charge: 117.6V | Cut Off: 84.0V (+/- 0.5v)

    Battery Management System (32S)

    Full Charge: 134.4V | Cut Off: 96V (+/- 0.5v)

    Small battery pack detected, restricting BMS choices <50A

    *Note* The exact model of BMS is listed based on our inventory status at the point of upload. Actual model picked might differ slightly from time to time due to availability. In that case, do rest assured that it will from the same brand, with the same specs and featureset.

    Battery Management System (3S)

    Full Charge: 12.6V | Cut Off: 9.0V (+/- 0.5v)

    Battery Management System (7S)

    Full Charge: 29.4V | Cut Off: 21.0V (+/- 0.5v)

    Battery Management System (10S)

    Full Charge: 42V | Cut Off: 30.0V (+/- 0.5v)

    Battery Management System (13S)

    Full Charge: 54.6V | Cut Off: 39.0V (+/- 0.5v)

    Battery Management System (14S)

    Full Charge: 58.8V | Cut Off: 42.0V (+/- 0.5v)

    Battery Management System (16S)

    Full Charge: 67.2V | Cut Off: 48.0V (+/- 0.5v)

    Battery Management System (17S)

    Full Charge: 71.4V | Cut Off: 51.0V (+/- 0.5v)

    Battery Management System (20S)

    Full Charge: 84.0V | Cut Off: 60.0V (+/- 0.5v)

    Battery Management System (24S)

    Full Charge: 100.8V | Cut Off: 72.0V (+/- 0.5v)
    *Note* The exact model of BMS is listed based on our inventory status at the point of upload. Actual model picked might differ slightly from time to time due to availability. In that case, do rest assured that it will from the same brand, with the same specs and featureset.

    Battery Management System (26S)

    Full Charge: 109.2V | Cut Off: 78.0V (+/- 0.5v)

    Battery Management System (28S)

    Full Charge: 117.6V | Cut Off: 84.0V (+/- 0.5v)

    Battery Management System (32S)

    Full Charge: 134.4V | Cut Off: 96V (+/- 0.5v)

    *Note* The exact model of BMS is listed based on our inventory status at the point of upload. Actual model picked might differ slightly from time to time due to availability. In that case, do rest assured that it will from the same brand, with the same specs and featureset.

    Manufacturing Location

    All our batteries are manufactured at our singapore woodlands production line now

    Workmanship (Cylindrical)

    This refers to the material and craftsmanship used in the assembly of the battery cells. Choosing the right material and thickness is crucial to the battery's ability to deliver power efficiently and safely

    Workmanship (Cylindrical)

    This refers to the material and craftsmanship used in the assembly of the battery cells. Choosing the right material and thickness is crucial to the battery's ability to deliver power efficiently and safely

    0.15 nickel strips strikes a balance between
    flexibility and load bearing capacity, ideal for most general applications, up to 15a series connection per cell, mature technology and more forgiving workmanship requirements

    0.2 copper strips offers up to 6x the load bearing
    capacity of nickel and thus suitable for extremely high-discharge applications, ensuring minimal energy loss and heat during transmission, up to 90a series connection per cell, extremely high workmanship requirements

    Discharge Port

    The discharge port is where the battery releases its stored energy to power connected devices. A high-quality discharge port ensures efficient energy transfer and safe operation, reducing the risk of voltage drops or interruptions. The right port will support your device's required current, ensuring optimal performance and longevity. It's crucial to choose a port compatible with your equipment to prevent potential damages and maintain the safety standards of your electrical system.

    Charging Port

    The charging port is the gateway to replenishing your battery's energy reserves. An effective charging port ensures a secure connection, swift energy transfer, and a reduced risk of overheating during the charging process. It's essential to ensure compatibility between the charger's plug and the battery's charging port to guarantee a proper charge cycle, enhancing battery life and performance. Remember, a good match between charger and port will prolong the battery's lifespan and maintain safety.

    ⚠️Warning⚠️ Fire/Explosion Short Circuit Risk

    Proceed with caution, This is the worst charging port on the planet, If you insist, we will make you an GX16-3 to xt90 adaptor instead of connecting the GX16-3 port to the battery directly

    Capacity Grading

    Capacity Grading is a crucial process to ensure uniformity and consistency in the performance of individual battery cells. This process groups cells based on minute differences in milliampere-hours (mAh) to ensure that batteries in the same pack have very similar capacities. Lower mAh range gradings lead to more precise matches, reducing the chance of future complications due to mismatched capacities, like imbalanced discharging or premature wear.

    50mAh range: This is our standard range
    ensuring a good balance of performance and value. This is also the range our cells are initially controlled to upon arrival from our suppliers.

    25mAh range: A premium grading that offers a tighter capacity match
    reducing potential issues in the long run. This option requires additional testing on our part to ensure that every cell meets this stringent criterion, hence a nominal fee will be charged to cover the added labor and equipment time. Choosing this grading can be especially beneficial for high-performance applications where every detail matters.