Y.S. Tech launches liquid-cooling lab as auto orders reach 2028

Y.S. Tech's Kaohsiung liquid-cooling lab is not an incremental R&D step—it is a strategic bet on the convergence of AI data-center thermal management and EV power-electronics cooling. Once B200-class and MI300X-class accelerators push past 1,000 W TDP, air cooling hits a hard physical ceiling. Cold-plate, micro-channel, and pump-control stacks shift from optional to mandatory. Y.S. Tech's emphasis on high-efficiency, low-noise performance signals competition at the fluid-dynamics layer, directly challenging Vertiv and Auras at the system-integration level. The more telling signal is the 2028 automotive order book, which almost certainly reflects locked-in Tier-1 positions for 800 V battery thermal modules and power-electronics cooling, placing them in head-to-head competition with Denso and Valeo. Reusing the same micro-channel cold-plate IP across data centers and EVs creates a marginal-cost advantage that single-segment rivals cannot replicate. Risk vectors: the Kaohsiung (Taiwan, China) location, combined with spillover effects from US chip export controls, creates secondary-compliance exposure if HPC solutions are tightly coupled to specific GPU architectures. Within 18 months, liquid cooling will account for over 60% of new AI data-center deployments. Y.S. Tech's 2028 backlog has already front-loaded that structural shift.