Yes, it is possible. At Lumispace, we can review the design and production of custom products that combine rechargeable batteries and LED light guide panels for use in store fixtures, exhibition booths, portable advertising boards, display stands, and other situations where connecting to an outlet or power cord is difficult.
Typical light guide panels often use 12V or 24V DC power connections, but when it is difficult to bring in power or when power cords must not be exposed externally, rechargeable batteries can be applied separately.
However, simply connecting a battery with a large capacity does not solve the issue.
Because the appropriate battery capacity and product weight vary depending on the size of the light guide panel, LED power consumption, required brightness, and daily lighting time, power calculations are necessary in advance.
If you have product photos or simple sketches, please send them along for a more accurate review.
For example,
"The light guide panel size is approximately 600 × 1,200mm, and I want to use it about 6 hours a day without a power cord."
Even this level of information allows Lumispace to first review the expected power consumption and battery applicability, then guide you on the next steps for production.
Rechargeable light guide panels may have different battery specifications depending on the product.
Even if the light guide panels are the same size, increasing the required brightness raises LED power consumption, and even at the same brightness, extending usage time from 4 hours to 8 hours increases the required battery capacity.
Therefore, Lumispace reviews in the order of light guide panel → LED power consumption → target usage time → battery capacity to propose the best approach suited to the actual usage environment.
We recommend consulting with us before giving up on design or installation location due to power cord issues.
If you let us know the size of the light guide panel you are currently considering and the required lighting time, Lumispace will first review the feasibility of applying a rechargeable battery.
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