Page 43 - TTG-Taiwan Transportation Equipment Guide (TTG) 2026-09 Edition

41
Industry Technology

From Traditional Components

to Hydrogen Mobility Solutions

By Sherry Chen
As hydrogen mobility gains traction in the commercial For procurement buyers, hydrogen storage
vehicle sector, a growing ecosystem of components is represents an emerging sourcing category that
emerging around the technology. Beyond fuel cells and extends beyond fuel cells. Demand is expected
refueling infrastructure, opportunities are developing across to grow for pressure-management components,
hydrogen storage, fluid control, thermal management, sensing, lightweight materials, transfer systems, and
lightweight materials, and vehicle electronics, areas where integrated control technologies as hydrogen-
established automotive and industrial suppliers can leverage powered buses and commercial vehicles move closer
existing expertise to serve the next generation of mobility to commercialization. Many of the technologies
applications. align closely with Taiwan’s established strengths in
manufacturing, offering buyers access to a diverse
Hydrogen Systems Create New Demand for Key and increasingly specialized supplier ecosystem.
Components
Hydrogen Storage Systems Drive the Evolution
While fuel cells and refueling infrastructure often of Traditional Automotive Components
dominate discussions around hydrogen mobility,
a growing ecosystem of supporting components The hydrogen storage system operates on a
is emerging behind the technology. Hydrogen- network of upgraded materials. These components
powered commercial vehicles rely on a wide range can be built on existing technologies, creating new
of specialized products, including pressure vessels, opportunities for suppliers across the automotive
valves, fittings, piping systems, regulators, sensors, sector. Some of the newly integrated systems
and advanced materials designed to operate safely include pressure management and safety
under high-pressure conditions. systems. Components such as pressure valves,
regulators, piping systems, sensors, and lightweight
As hydrogen storage systems typically operate structures must withstand high-pressure hydrogen
at pressures of up to 350 or 700 bar, suppliers must environments under stringent safety and durability
meet increasingly stringent requirements for safety, standards. As a result, Taiwanese research institutes
durability, sealing performance, and manufacturing are developing specialized stainless-steel alloys
precision. These evolving standards are creating with enhanced hydrogen resistance to improve
new opportunities across the automotive supply strength while reducing material thickness, helping
chain, particularly for manufacturers with expertise manufacturers achieve both safety and weight
in traditional metal processing, fluid control, sensing reduction.
technologies, and precision engineering.