Highlights from the 3rd China EESA Energy Storage Expo

From September 2nd to 4th, Kerui successfully completed its participation in the 3rd EESA Energy Storage Exhibition in Shanghai.As the global energy structure undergoestransformation and the "dual carbon" goals progress, the energystorage industry is emerging as a key driver in promoting clean energydevelopment. The 3rd EESA Energy Storage Expo, which has garnered globalattention, was successfully held at the National Exhibition and ConventionCenter in Shanghai. Simultaneously, the PCB (Printed Circuit Board) industry isalso rapidly evolving, revealing broader application prospects within theenergy storage sector. This energy storage expo has once again become animportant platform for communication within the PCB industry. KeRui is honoredto participate in this grand event, showcasing our innovative achievements andtechnological advancements in PCB manufacturing.

As a leading PCB manufacturer in China,KeRui focused on presenting our cutting-edge technologies for energy storageapplications, including new energy vehicles. Here are some highlights from ourexhibition:

1.   EnergyControl and Management
PCBs are used in energy storage systems to precisely control the charging anddischarging processes of batteries. Through complex circuit design and precisecomponent placement, they monitor key parameters such as battery voltage,current, and temperature, ensuring safety and efficiency during the chargingand discharging processes.

2.   PowerConversion
In the energy exchange between energy storage systems and external grids orloads, PCBs play a critical role in power conversion. They can convert DC to ACor transform electric power between different voltage levels to meet therequirements of various applications.

3.   CircuitProtection
Various protection components installed on the PCB, such as fuses, overvoltageprotection devices, and overcurrent protection devices, can quickly cut off thecircuit in case of abnormal system conditions. This prevents damage tobatteries and other critical components, ensuring the safe operation of theenergy storage system.

4.   ElectromagneticCompatibility
During the design phase, PCBs fully consider electromagnetic compatibility,reducing electromagnetic interference that could affect system performance andensuring that energy storage devices operate stably in complex electromagneticenvironments.

The 3rd EESA Energy Storage Expo providedan excellent platform for the PCB industry to showcase the latest technologiesand trends in the energy storage field. KeRui remains committed to drivinginnovation and progress in the PCB industry. We thank all the customers andpartners who visited our booth and look forward to working together to create asmarter, more efficient, and sustainable world of electronic products in thefuture.