The energy storage industry is now encountering enormous market development potential. The influx of capital has intensified industry competition.

The energy industry continues to evolve towards higher efficiency, longer durability, and greater intelligence, driving rapid iteration and upgrading of industry equipment.

High-power, high-capacity energy storage products are gradually becoming mainstream.

For over a decade, Yeeka, as a more secure access solution provider, has been continuously deepening its involvement in the energy storage industry.

We consistently adapting to the new development needs of the energy storage industry, optimizing and upgrading solutions, and providing excellent locking products for the energy storage industry.

These products meet the growing demand of energy storage cabinets for safety, efficiency, durability, and other aspects.

Lever Integrated Design:

Meeting the Demand for Increased Space Utilization in High-Efficiency Energy Storage Cabinets

The increase in cell size has further squeezed the space inside the cabinet. The new generation of energy storage cabinets is designed with high space utilization in mind.

This is achieved through rational internal layout, modular design, and compact battery packs to reduce the space occupied by non-energy storage components.

Currently, conventional small swinghanle latches for energy storage cabinets are unsuitable for multi-point locking due to their protruding cam at the back, large space occupation, and mechanical performance issues.

Comparison between small swinghanle latch and large swinghanle latch opening and latch mechanism

The 1130 series rod control  swinghandle latch from Yeeka adopts an upgraded rod-integrated design, with the rod directly installed on the latch. With fewer manual fixing interfaces, installation is simple and quick.

Additionally, it saves internal cabinet space and is compatible with compact cabinet structures.

Large Handle + Gear Rotation:

Matched with the Increased Load Capacity Required by Large Energy Storage Cabinets

With the continuous increase in global energy demand, traditional energy sources face numerous challenges, leading to the emergence of large-scale energy storage cabinets.

Due to their high energy density, long lifespan, rapid charging and discharging capabilities, stability, and reliability, as well as their ability to promote the development of renewable energy sources, they have become the ideal choice for future energy storage.

Due to their large size, large-scale energy storage cabinets pose new challenges in lock system design, such as susceptibility to deformation, difficulty in sealing and locking, and uneven force distribution at locking points, which arise during application.

The Rod Control Swinghanle Latch 1130 series has a handle load capacity of up to 1200N, which is five times that of traditional small swinghandle latch, making it suitable for large cabinets over 2 meters.

Additionally, it features an integrated gear design, making unlocking easier and smoother. The handle design extends to the bottom of the housing, reducing the likelihood of lock jamming caused by sediment blockage, thereby lowering the complaint rate.

Furthermore, the handle can be customized with logo designs for brand enhancement.

Higher Waterproof Rating

Effectively Addressing the Harsh Environmental Impact on Outdoor Energy Storage Cabinets

Most energy storage equipment adopts outdoor integrated cabin or cabinet forms, often exposed to natural environments without shelter. They frequently face challenges such as high temperature, high humidity, and erosion from rain and snow, which can affect their lifespan and safety.

The 1130 Series Rod Control Swinghandle Latch is designed with waterproof structures in the cylinder, handle, and the back of the housing, achieving an IP65 waterproof rating. This effectively protects internal components of the cabinet, enabling energy storage cabinet equipment to withstand extreme weather conditions in harsh environments such as oceans, deserts, and sandy areas with ease.