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Modern Terminals Ltd The First Sea Port TETRA System in Asia. Speaker : Thomson Ho IT Manager – Infrastructure 18 May 2005 1 st Malaysian TETRA Conference, 2005. Content. Modern Terminals Ltd – Company Overview Why we selected TETRA Implementation Challenges Future Plan.
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Modern Terminals LtdThe First Sea Port TETRA System in Asia Speaker : Thomson Ho IT Manager – Infrastructure 18 May 2005 1st Malaysian TETRA Conference, 2005
Content • Modern Terminals Ltd – Company Overview • Why we selected TETRA • Implementation • Challenges • Future Plan
Company Overview • Established in September, 1972 • Hong Kong’s 1st Container Terminal Operator • Employs approximately 1,200 people • Owns and operates Terminals 1, 2 and 5 at Kwai Chung, plus Terminal 9 (South) at Tsing Yi • Operates 24 hours a day, throughout the year • Expanding into South & East China Ports • Is an environmentally friendly and safety-conscious company • I.T. Department was awarded ISO9001:2000
Throughput in 2004 • Modern Terminals Ltd handled 4.7 millions TEUs (20-foot equivalent units) • In 2004, Hong Kong maintained its position at the top of the world's container port list
Terminal Operations Handles a tractor in every 25 seconds 4.7 million TEU a year YARD GATE HOUSE QUAYSIDE Inventory of 85,000 boxes
MoT Depot Empty-out Cargoes Packing Export-in Gate Processing Outbound Stowage Plan Yard Stacking Terminal Operations MoT Gate House Export Cycle
Value of radio voice communicationsin seaports • Provides a communication mean between quay crane and yard crane operators, yard personnel, quayside and on-board workers, gatehouse and control tower. • During facilities & equipment maintenance, engineering teams need to liaise with users and team members to ensure services can be brought back to their normal working condition at the shortest time. • An important tool to receive first hand information to react instantaneously to changes in yard activities. • When potential risk is observed, radio voice communication is an immediate communication channel to prevent accident and maintain a safe environment.
Weakness of conventional system • Signal Interference • Low spectrum efficiency • Insufficient capacity • Difficult to transmit data • Therefore…….
MTL’s radio communication needs • Safety • Reliability • Robustness
Why TETRA • Digital system • Trunked system • Open system • Secure System • Data capability • Scalability • Better system management • Government supported move
New radio communication system • Motorola was awarded the contract to supply Modern Terminals with a 800MHz TETRA (TErrestrial Trunked RAdio)-based digital communication system – to provide both voice and data capabilities. • This contract marked the first TETRA project for the seaport industry in Asia. • The solution comprises of infrastructure, portable radios and mobile radios.
System Configuration • Number of Channels: • 3 transceivers support 12 channels (i.e. 1 transceiver supports 4 channels) • 11 Traffic Channels • 1 Control Channel • Coverage • The whole MTL Container Terminal, Terminal 125 & Terminal 9 (South)
System Configuration • Redundant transceiver • Redundant controller • Redundant power supply • System supported by UPS • Resilient site design to avoid total system breakdown
Enhancement • We have installed alarm sensors to monitor following items • Temperature • Power supply • Equipment • Help Center will be informed via e-mail when alarm occurs
Enhancement • Program has been developed to analyse the channel utilization and individual talkgroup utilization
Challenge • People hesitate to accept change • Change of user behavior
Future Plans • Presently, we operate four radio platforms • Wireless LAN • Radio Pager • TETRA • GSM Mobile Phone • Convergence of technologies being studied • Replace radio paging with TETRA Short Data Service (SDS) • VoIP on WiFi • Deploy TETRA system in China Ports
More Detail http://www.ModernTerminals.com http://www.ModernPorts.com
Strategic Development & Investment Beijing Dalian Tianjin Hebei Bo Hui • Pearl River Delta: • Shekou & Chiwan Port - equity stakes & management contracts • Dachan Bay – major shareholding • Yangtze River Delta: • Taicang Port – major shareholding • Yangshan Port - partnership with China Shipping • Dalian Port – LOI signed SOUTH KOREA Shanxi Qingdao Yellow Sea Shandong Huang He (Yellow River) Jiangsu Henan Shanxi Suzhou Taicang Port 蘇州太倉港 Anhui Shanghai 上海 Suzhou Hubei Yangshan Port 洋山港 Chang Jiang (Yangtze River) Zhejiang East China Sea Hunan Jiangxi Guizhou Fujian Fuzhou TAIWAN Guangdong Xiamen Guangxi Shenzhen Hong Kong Macau South China Sea Hainan PHILIPPINES
Shenzhen Bay Guangzhou Foshan Panyu Dongguan Huizhou Shenzhen Yantian Zhongshan Dachan Bay 大鏟灣 Shenzhen Special Economic Zone Chiwan 赤灣 Shekou 蛇口 Kwai Chung Port 葵涌港 Jiangmen HONG KONG Zhuhai MACAU 27
Kwai Chung Container Port T9N T9S Northern Fairway Water Depth - 15.5m ACT T8W T2 T1 T5 HIT T6 CSXWT T3 T7 T4 COSCO-HIT T8E 28