Industrial and Commercial Energy Storage Project in Longgang, Shenzhen
Confidential
This industrial and commercial energy storage project was completed in November 2024 in the Longgang district of Shenzhen, Guangdong Province. The project deployed Yanghua's universal flexible busbar model, installed using a combination of bridge and conduit laying methods. The flexible busbar solution provided a reliable, efficient power connection between the energy storage system components within the factory environment, accommodating the spatial constraints and routing requirements typical of industrial and commercial energy storage applications. The installation leveraged the busbar's flexibility to navigate through the existing factory infrastructure with minimal structural modifications.
Project Background & Challenges
An industrial and commercial energy storage installation in an operating factory in Shenzhen needed a flexible, reliable power connection solution that could be routed through existing infrastructure using bridge and conduit methods without disrupting factory operations.
- Factory environment required routing through existing infrastructure and confined industrial spaces
- Combined bridge and conduit laying path demanded a connection solution with adaptable form factor
- Industrial and commercial energy storage application required reliable, maintenance-friendly power distribution
- Installation needed to minimize disruption to ongoing factory operations during the construction period
Solution
Yanghua's universal flexible busbar was deployed through bridge and conduit laying, adapting to the factory's existing infrastructure layout to deliver a reliable connection for the energy storage system with minimal installation complexity.
- Universal flexible busbar conformed to both bridge tray and conduit routing paths without custom fabrication
- Flexible form factor enabled installation through existing factory infrastructure with minimal structural changes
- Reliable busbar connection ensured stable power distribution for the energy storage system's charge and discharge cycles
- Simplified installation process reduced factory downtime and accelerated project completion to November 2024
Project Results
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