Page 32 - TTG-Taiwan Transportation Equipment Guide (TTG) 2026-04 Edition

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Industry News

By synchronizing environmental parameters Real-time monitoring captures detailed system
with vehicle response, sensor behavior, and control behavior aimed to provide procurement buyers
actions, ARTC generates traceable datasets with high data repeatability. The facility also
that help procurement teams validate ADAS and supports validation of power electronics, thermal
autonomous driving systems across perception, management, and durability, making it particularly
decision-making, and execution stages. This one- relevant for suppliers pursuing multi-market
step testing approach significantly reduces late- strategies.
stage design changes, shortens validation timelines,
lowers testing costs, and accelerates compliance From Component Suppliers to System
with international regulations, ultimately improving Solution Partners
time-to-market for global manufacturers.
Beyond environmental simulation, ARTC
Technical Capabilities that Exceed Global operates a Wet Grip Tire Testing Facility designed
Benchmarks for ADAS and next-generation tire technologies.
The platform collects precise data on tire grip,
The Intelligent Vehicle and Autonomous Driving braking performance, vehicle stability, and relative
Proving Ground supports a full range of vehicles, velocity, which are critical inputs for collision risk
including buses, passenger cars, and commercial and road capacity analysis.
vehicles, and accommodates ICE, hybrid, and
electric powertrains, designed for testing ADAS and As ADAS validation shifts from robotic actuation
autonomous driving. toward scenario-based system testing, procurement
priorities are evolving accordingly. While fully
ADAS faces inherent perception risks under autonomous vehicles remain under development,
adverse weather conditions, including signal many countries, including the UK and according to
degradation, water interference, and reduced UK’s government officials, are already positioning
environmental contrast. While cameras, LiDAR, autonomy or self-driving as a long-term mobility
and radar enable real-time sensing, heavy rain or priority tied to technological and economic growth,
fog can significantly impair system performance, or and industrial competitiveness. To meet the new
in extreme cases, disable certain ADAS functions. safety ambitions for autonomous vehicles, buyers
Rigorous, repeatable testing under these conditions are now seeking repeatable, internationally
is therefore essential to ensure reliability, safety, recognized, and certifiable test results.
and regulatory readiness at scale.
ARTC’s specifications exceed multiple prevailing
international benchmarks:

● Four controlled rainfall scenarios: 20, 40, 60, and
up to 100 mm/hour, surpassing current Japanese
standards
● Artificial fog simulation with visibility adjustable
from 10 to 100 meters, compared with the typical
15–80 meters internationally
● An extended acceleration zone for large buses at
speeds up to 110 km/h, well above the 60 km/hour
limit at comparable facilities