@article{ART003403087},
author={Byung Duk Kim and Chan Ho Jeong and Song Su Tak},
title={Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility},
journal={Industry Promotion Research},
issn={2466-1139},
year={2026},
volume={11},
number={4},
pages={165-172},
doi={10.21186/IPR.2026.11.4.165}
TY - JOUR
AU - Byung Duk Kim
AU - Chan Ho Jeong
AU - Song Su Tak
TI - Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility
JO - Industry Promotion Research
PY - 2026
VL - 11
IS - 4
PB - Industrial Promotion Institute
SP - 165
EP - 172
SN - 2466-1139
AB - With the growing adoption of hydrogen fuel cell vehicles and industrial mobility, safety standards to prevent fire and explosion hazards caused by hydrogen leakage and release are becoming increasingly important. This study compares the relevant safety requirements in UN GTR No. 13, Korea’s Safety Standards for Construction Machinery, and KGS AH 374. UN GTR No. 13 focuses on mobility safety performance, including hydrogen concentration limits during normal venting and warning and shutoff thresholds for leakage during operation. Korea’s Safety Standards for Construction Machinery also address hydrogen concentration and exhaust emissions and are generally aligned with GTR No. 13 in key safety requirements. In contrast, KGS AH 374 specifies product-level safety requirements, including the initial hydrogen detection setpoint, detection accuracy, and signal transmission time. To improve AH 374, hydrogen concentration thresholds should be differentiated according to the risk posed by leaked gas, and an integrated safety response time should be established for detection, control processing, and shutoff activation. These improvements would support comprehensive safety requirements that reflect the operational characteristics of construction machinery and product-level safety control functions.
KW - Hydrogen Fuel Cell;Construction Machinery;UN GTR No.13;KGS AH374;Hydrogen Leakage;Leak Detection
DO - 10.21186/IPR.2026.11.4.165
ER -
Byung Duk Kim, Chan Ho Jeong and Song Su Tak. (2026). Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility. Industry Promotion Research, 11(4), 165-172.
Byung Duk Kim, Chan Ho Jeong and Song Su Tak. 2026, "Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility", Industry Promotion Research, vol.11, no.4 pp.165-172. Available from: doi:10.21186/IPR.2026.11.4.165
Byung Duk Kim, Chan Ho Jeong, Song Su Tak "Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility" Industry Promotion Research 11.4 pp.165-172 (2026) : 165.
Byung Duk Kim, Chan Ho Jeong, Song Su Tak. Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility. 2026; 11(4), 165-172. Available from: doi:10.21186/IPR.2026.11.4.165
Byung Duk Kim, Chan Ho Jeong and Song Su Tak. "Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility" Industry Promotion Research 11, no.4 (2026) : 165-172.doi: 10.21186/IPR.2026.11.4.165
Byung Duk Kim; Chan Ho Jeong; Song Su Tak. Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility. Industry Promotion Research, 11(4), 165-172. doi: 10.21186/IPR.2026.11.4.165
Byung Duk Kim; Chan Ho Jeong; Song Su Tak. Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility. Industry Promotion Research. 2026; 11(4) 165-172. doi: 10.21186/IPR.2026.11.4.165
Byung Duk Kim, Chan Ho Jeong, Song Su Tak. Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility. 2026; 11(4), 165-172. Available from: doi:10.21186/IPR.2026.11.4.165
Byung Duk Kim, Chan Ho Jeong and Song Su Tak. "Comparative Analysis of Domestic and International Safety Standards for Hydrogen Fuel Cell-Powered Industrial Mobility" Industry Promotion Research 11, no.4 (2026) : 165-172.doi: 10.21186/IPR.2026.11.4.165
