Par Battery Innovations: Boosting Efficiency & Capacity

9*18w wireless flat par battery(GL-6BF9)

Place light anywhere with the GL-6BF9 battery-powered flat par. Built for stages, weddings, and mobile setups, it delivers vibrant RGBWA+UV colors without a single cable.

Designed to Perform:

Rich Color & UV Effects: 9x18W LEDs produce deep colors and dramatic blacklight looks
Long-Run Battery: Japanese Seiko protection chip ensures safe, stable power
Simple Control: Easy operation using the included remote
Trusted Build: Backed by over a decade of professional battery light experience

Ideal for event planners and DJs who need reliable, cord-free lighting for arches, dance floors, or temporary stages.

AT A GLANCE

9*18w RGBWAUv or 12*18w RGBWAUv 6in1 both available.
Led dispaly, lithium battery, has Material Safety Data Sheet and safe transportation.
More than 10 years of experience in manufacturing battery led par lights.
Igracelite battery protection board, and the chip of the battery protection board is an imported Japanese Seiko chip.

SPECIFICATIONS

Product name:9*18W 6in1 RGBWAUV led battery par with remote contorl
Usage:indoor use

Feature:Long Life
Warranty(Year):1-Year

DOWNLOADS

9*18w Wireless Flat Par Battery(GL-6BF9) reference guide downloads

VIDEO

Frequently Asked Questions

How does the capacity of a par battery influence its performance and longevity?
The capacity of a par battery affects its performance and longevity by determining the amount of energy it can store and provide. A higher capacity battery can deliver more power and support longer usage times, while also typically offering a greater number of charge and discharge cycles before experiencing significant degradation.

What are the key factors to consider when selecting a par battery for a specific application?
Key factors to consider when selecting a par battery for a specific application include capacity, voltage, discharge rate, energy density, operating temperature range, and compatibility with the intended device or system. These factors ensure optimal performance, safety, and lifespan of the battery in its intended application.

How do charging and discharging cycles impact the overall efficiency of a par battery?
Charging and discharging cycles impact the overall efficiency of a par battery by contributing to its gradual degradation over time. As the number of cycles increases, the battery's ability to hold a charge and deliver consistent power may decrease. Proper charging practices and usage can help maintain efficiency and prolong battery life.

Contact Us

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