Home News Center Company News Far East Electric showcases at the ESIE exhibition, driving the AIDC computing revolution with a dual-engine strategy of "interconnection + heat dissipation"
Far East Electric showcases at the ESIE exhibition, driving the AIDC computing revolution with a dual-engine strategy of "interconnection + heat dissipation"
Release time:2026.04.03 Read volume:211

From April 1st to 3rd, the 14th Energy Storage International Summit & Exhibition (ESIE 2026) took place in Beijing. Far East Electric made a stunning appearance with its full-stack "Electric Power + Computing Power + AI" solutions. Achieving a two-way synergy of "High-Speed Interconnection + High-Efficiency Thermal Management," the company comprehensively showcased its technological strength and innovative achievements under its strategic layout, injecting new momentum into the high-quality development of the AIDC industry.

Currently, with the accelerated iteration of AI large models, the demand for computing power is exploding exponentially. As the core infrastructure of the digital economy, AIDC is ushering in a period of large-scale growth. Meanwhile, single rack power is leaping from 20-50kW to over 100kW, and single GPU power has exceeded 2000W. Traditional power facilities and cooling solutions can no longer meet industry development needs, making efficient interconnection and green thermal management the core pain points of AIDC construction.

At the exhibition, Far East Electric made a significant debut with its independently developed core liquid cooling solutions. Its integrated solution of "Biomimetic Manifold Micro-channel Cold Plate + Thermal Interface Composite Materials" meets the cooling needs of GPUs with power exceeding 2000W, featuring advantages of low energy consumption and excellent temperature uniformity. It is capable of adapting to next-generation core equipment and helping AIDC optimize PUE. At the same time, Far East Communication, as a supporting pillar, brings a full series of optical interconnection products adapted for AIDC scenarios with its "Optical Preform - Optical Fiber - Optical Cable" whole-industry-chain layout. Relying on advanced industry process routes, it achieves large-scale mass production of G.657.A1/A2 optical fibers. Its multimode fibers perfectly match the low-latency, high-bandwidth requirements of AI training clusters, providing stable guarantees for high-speed AIDC interconnection with sufficient production capacity.

During this ESIE exhibition, Far East Electric deeply linked and simultaneously displayed its communication products and liquid cooling solutions, forming an all-scenario adaptation advantage of "no lag in high-speed interconnection, no downtime in efficient cooling." From high-speed optical signal transmission to efficient heat extraction from equipment, and from R&D to mass production, Far East has connected the core AIDC "interconnection-cooling" link through internal resource synergy, solving industry pain points and demonstrating its firm determination to deeply cultivate the AIDC track.

In addition, the exhibition also centrally displayed core products of Far East Electric's comprehensive solutions for robotics scenarios and intelligent vehicle scenarios, fully presenting the advantages of Far East's whole-industry-chain collaborative layout.

In the future, Far East Electric will continue to deepen its "Electric Power + Computing Power + AI" strategic layout and improve its product and service system in the AIDC field. Meanwhile, relying on its global integrated R&D, manufacturing, sales, service, and supply chain system, it will rapidly respond to industry needs, assist the AIDC industry in developing towards high efficiency, green practices, and synergy, and provide solid support for the high-quality development of the digital economy.