テレコム及びスマートグリッド：技術、ソリューション、アプリケーション（Telecom and Smart Grid: Technologies, Solutions, and Applications）...市場調査レポートについてご紹介

1.0 EXECUTIVE SUMMARY 5
2.0 SMART GRID 6
2.1 THE SMART GRID ECOSYSTEM 8
3.0 TELECOMS AND SMART GRID 11
3.1 TELECOMMUNICATION SUPPORT FOR THE SMART GRID 21
3.1.1 EVOLUTION OF THE TELECOMMUNICATION TO SUPPORT APPLICATIONS 21
3.2 SECOND GENERATION MOBILE TELECOMMUNICATIONS (2G) 29
3.2.1 SIM 30
3.2.2 SPEECH CODING 31
3.2.3 AUTHENTICATIONS AND SECURITY IN GSM NETWORKS 31
3.2.4 WAP (WIRELESS APPLICANT PROTOCOL) 31
3.3 MOBILE TELECOMMUNICATIONS THIRD GENERATION 31
3.3.1 CHARACTERISTICS OF 3G SYSTEMS 32
3.3.2 THE EVOLUTION OF THE 3G SYSTEM 33
3.3.3 APPLICATIONS IN 3G SYSTEM 34
3.3.4 SUMMARY 34
3.4 MOBILE TELECOMMUNICATIONS 4TH GENERATION AND BEYOND 34
3.4.1 TARGET OF 4G SYSTEM 35
3.5 APPLICATIONS AND SERVICES OF 4G SYSTEM 35
3.5.1 TELE PRESENCE 35
3.5.2 INFORMATION ACCESS 36
3.5.3 INTER-MACHINE COMMUNICATION 36
3.5.4 INTELLIGENT SHOPPING 36
3.5.5 LOCATION-BASED SERVICES 36
3.5.6 GLOBALIZATION OF PRODUCTS 36
3.5.7 COMMUNICATING APPLIANCES 36
3.5.8 STANDARDIZATION DIVERSIFICATION 36
3.5.9 SUMMARY 36
3.6 HOW CAN TELECOMS SUPPORT SMART GRID APPLICATIONS 36
3.7 DEPLOYING THE SMART GRID NETWORKS 42
3.7.1 RADIO FREQUENCY MESH NETWORKS 42
3.8 3G NETWORK SUPPORT FOR THE SMART GRID 45
3.8.1 HOME AREA NETWORKS 46
3.8.2 TELECOMS SUPPORT FOR THE HAN 48
3.8.3 FIELD AREA NETWORKS (FAN) 49
3.8.4 SUBSTATION AREA NETWORKS (SAN) 49
3.8.5 WIDE AREA NETWORKS (WAN) 49
3.8.6 LOCAL AREA NETWORKS (LAN) 49
3.9 DEMANDS FOR THE SMART GRID 49
3.9.1 THE BENEFITS OF SMART GRID 50
3.10 PROBLEMS OF ELECTRICAL POWER SYSTEMS 51
3.10.1 THE ROLE OF SMART GRID APPLICATIONS IN FIXING ELECTRICAL POWER SYSTEMS PROBLEMS 53
3.11 QUALITY OF SERVICE IN SMART GRID NETWORKS 56
3.12 PLUG-IN HYBRID ELECTRIC VEHICLE (PHEV) AND SMART GRID 58
3.13 MACHINE-TO-MACHINE (M2M) AND SMART GRID 61
3.13.1 M2M BUILDING BLOCKS 63
3.13.2 M2M EVOLUTION 64
3.13.3 WIRELESS TRANSPORT OF M2M DATA TO AND FROM THE MONITORING FACILITY 65
3.13.4 THE BACK-END OPERATIONS AND SUPPORT INFRASTRUCTURE 65
3.13.5 M2M SOLUTION BUILDING BLOCKS: A MORE IN-DEPTH VIEW 67
3.13.6 THE MACHINE THE CUSTOMER INTENDS TO MONITOR AND CONTROL 67
3.13.7 THE IN-FIELD HARDWARE DEVICE CREATED BY THE HARDWARE VENDOR 67
3.13.8 WIRELESS NETWORK 67
3.13.9 THE BACK-END SERVER 68
3.13.10 THE INTERNET 68
3.13.11 THE CUSTOMER FACILITY FOR MONITORING AND CONTROLLING THE MACHINES 68
3.13.13 WIMAX 69
3.13.14 ZIGBEE 69
3.13.15 6LOWPAN 69
3.14 LATEST AND UPCOMING TECHNOLOGIES FOR TELECOM IN THE M2M DOMAIN 70
3.14.1 PICOCELL 70
3.14.2 FEMTOCELL 71
3.14.3 MICROCELLS 71
3.14.4 ADVANTAGES AND WORKING PRINCIPLE 72
3.14.5 PROTOTYPE OF ZEPPELIN BASED COMMUNICATION BACKBONE 74
3.14.6 OVERVIEW 77
3.14.7 PRODUCT ANALYSIS 79
3.14.8 MAXIMUM DURATION ALOFT: 18 MONTHS 79
3.14.9 3G 80
3.14.10 4G 81
3.14.11 KNOWN BOTTLENECKS IN 4G 83
3.14.12 LTE 83
3.14.13 INTELLIGENT SENSORS 85
3.15 M2M APPLICATIONS 86
3.15.1 M2M IN AUTOMATION 86
3.15.2 M2M IN TELECOMMUNICATION 88
3.15.3 M2M IN ENERGY AND SMART METERING SYSTEM 89
3.16 WIMAX SUPPORT FOR THE SMART GRID 90
3.17 LTE AND 4G SUPPORT FOR THE SMART GRID 90
3.18 LTE IN GENERAL 90
3.18.1 HISTORY OF NGN AND LTE 92
3.18.2 LTE KEY TECHNOLOGIES 92
3.19 LTE ARCHITECTURE 95
3.19.1 SERVICE ARCHITECTURE 96
4.0 SMART GRID PROVIDERS REVENUES 98
4.1 IBM 99
4.2 ELSTER 100
4.3 SENSUS 101
4.4 GENERAL ELECTRIC (GE) 102
4.5 ABB 103
4.6 GOOGLE SMART GRID 103
4.7 CISCO 104
5.0 TELECOMS REVENUES FROM SMART GRID 106