The 18th (2025) International Solar Photovoltaic and Smart Energy Conference and Exhibition was grandly held at the National Convention and Exhibition Center (Shanghai) from June 11th to 13th. As a Ronghe Ecological Circle enterprise, Yuanhang Jinli was invited to exhibit at booth 6.1H-B160, working together with Ronghe Ecological Circle partners to create a fully ecological smart energy scene exhibition of "light, storage, charging, swapping, and vehicle" around the "source, network, load, and storage" industry chain. It attracted tens of thousands of professional visitors and customers from all over the world to stop and consult, jointly initiating a new transformation of smart energy and building a new ecology of zero carbon future.

During the exhibition, Far Eastern Lithium showcased its power/energy storage battery solutions. Among them, the high-capacity battery cells of "car storage sharing" shone brightly throughout the venue, and many viewers were attracted by the innovative highlights of "one core dual use", showing a strong interest and high recognition of the innovative technology and scenario applications of "car storage sharing". The highlight technology of "vehicle storage sharing" effectively solves the technical dilemma of hierarchical utilization of power batteries. Its entire lifecycle reduces costs and increases efficiency compared to traditional solutions, providing a unique technological paradigm for the integration of transportation and energy.

From high-quality material selection, high safety protective diaphragm design to high entropy electrolyte technology, Yuanhang Jinli implements the design concept of ultimate safety throughout the entire life cycle of battery cells, strictly controls every aspect of the battery cell process, reduces defects to one in a billion, and provides users with comprehensive ultimate safety protection. Under the premise of safety, the shared battery cells of Yuanhang Jinli vehicle storage have also broken through the temperature range limit of performance compatibility, and can still maintain stable performance in extreme temperature environments ranging from -35 ° C to 65 ° C.

Long lifespan and large capacity are key factors in testing the performance of battery cells, affecting their application efficiency in different scenarios. The shared battery cells for Yuanhang Jinli vehicle storage adopt the technology of lightweight current collector and superconducting network skeleton construction, which improves the capacity ratio of the battery cells. Compared with friendly products, the energy efficiency of Far Eastern Jinli 324Ah battery cells is 0.5% higher and the cycle life is 2000 times longer. The next generation 340Ah car storage shared battery cell is upgraded in the same size based on the 324Ah car storage shared battery cell, with a cycle life of up to 10000 times.

Yuanhang Jinli has always put users first and can meet their multi scenario and customized battery cell needs. In the field of green electric transportation, Yuanhang Jinli's vehicle storage shared battery cells have been listed in more than 40 vehicle models announced by the Ministry of Industry and Information Technology. They can be assembled into battery cell systems with 200 degree, 400 degree, 600 degree, and 800 degree electricity, covering various vehicle models such as tractor, dump truck, mixer truck, and cargo truck. In May 2025, they ranked seventh in the domestic new energy commercial vehicle loading volume ranking; In the field of energy storage, the shared battery cells for Far Eastern Jin lithium vehicles can be applied to 2-hour and 4-hour energy storage projects, and have been delivered and installed in multiple locations.

Yuanhang Jinli is deeply committed to technology research and development, with the mission of creating ultimate product strength and creating value for customers. We always uphold a sense of awe and strive to provide the ultimate safe and reliable battery cell product solutions for the global energy transformation. In the future, Yuanhang Jinli will continue to actively explore the application possibilities in a wider range of fields!