Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Building A Better Connected World Huawei at a Glance Sales Revenue 129 180,000 Ranking in the Fortune Global 500 170+ Countries Employees 75 * USD billion A global leader of ICT solutions 61.3 46.7 80,000 R&D engineers 35.4 39.3 72 Interbrand 's Top 100 15 R&D centers 201 2 2016 201 201 2015 3 4 * 2016 figure is unaudited forecast data. Provide ICT Solutions and Services for Three Customer Groups Serving hundreds of millions of consumers Serving global enterprises and industry customers Serving global carriers Enterprise Business Consumer Business Carrier Business A brand loved by consumers Customers' best strategic partner Enabler and preferred partner of enterprise digital transformation A Global Leader of ICT Solutions and Products Information Distribution and Presentation Information Transmission Smartphones MBB & home devices Wearable devices Vehicle telematics Wireless networks Fixed networks Carrier software and Core networks Enterprise networks M2M connection Management platforms Professional services Information Processing and Storage Data center infrastructure Big data analytics platforms Cloud services Build a Better Connected World Enrich people's lives through communication Build a Better Connected World All things, Intelligent Cloud 1M Connections/km2 1ms 10Gbps Latency Per connection All things, Connected All things, People connection All connection IOT, IOP,IOS Sensing Pipe Devices All Things Connected Leads to Huge Energy Consumption People 4.7 Device 100 billion Enterprise 85% billion 50% ×4 ×5 3.2 billions 20% 16 billions 2015 2025 2015 Connected people 4 kWh/people/year 2025 2015 2025 Connected devices Enterprise service application deployed in cloud 4 kWh × 100billion = 400 GWh /year 100 MWh/rack/year (12kW/rack) @2025 10 millions of new sites @2025 50 thousands of new DCs 15% Global energy consumption of ICT industry @ 2025 Data source: Microsoft Cyberspace 2025, Huawei GIV 2016 4-5% growth rate Efficient & Network Infrastructure Effective Energy Consumption Energy Utilization Management Site Level Energy relevance Telecom Equipment (Cloud Run/Software) Power/Cooling System Component Level Energy relevance Hardware Performance /Software Feature Conversion/Generation/AC etc. Convenient Reporting Tools & Proactive Maintenance Network Energy Efficiency Management Data Analysis & Easy to Access Network Architecture (ICT convergence/NFV/Cloud ) Data Collection & Visualization Network Level Energy relevance Energy Saving Target & Strategy Reducing cost Maximizing Optimizing Creating revenue How to Save Energy for a Better Connected World? ICT Convergence Improves Energy Efficiency ICT convergence Unified hardware Legacy Virtualization (Hardware coupled) (Hardware and Software decoupled) vEPC vIMS vMSE IMS EPC Wireless VNFM CT IT IP Network Cloud OS Fixed DC VIM Flatted network with energyEquipment saving with higher density and hig Power Requirement for New ICT Facility Architecture Output 1 Local Site Solar module Adjustable 48V DC Output n E-fuse Converter Rectifier Output 1 Battery Output 2 … … Intelligent Management HVDC Central Office Output 1 AC Battery Network Equipment … … Solar DC Output 2 Output 2 … … Converter 48V DC Output n HVDC Output 1 HVDC Output 2 Converter AC UPS … 48V DC Network Equipment IT Systems Social Service • Unified power supply platform • High equipment adaptability • Centralized battery Remote Site backup Output 1 48V DC Isolated E-fuse Isolated E-fuse 8 Output 1 Converter Output n … … … … Output n Converter Remote HVDC SDP Opens Capability for Future ICT Power function Working environment self-adaptable can be defined Energy MIMO <5Vdc Wind 400Vdc D.G. 220Vac Grid -48Vdc Bat. +24Vdc System integration SDP: Software Defined Power 9 easy to support Solar telecommunication Big data electronics Thermal control Energy sharing Network PV Multiple Business IOT sensor “0” Power, Synergy Between Power and Connection “0” power @ “0” connection Real power consumption Expected energy consumption Traffic No connection 10 Breathing Technology Realizes Synergy Envelope Tracking Algorithm PA Input Power Fixed Power Consumption Power PA Output Signal Traditional Without Envelope Tracking Algorithm Time Self-adaption Breathing technology Power Envelope Tracking 10% Energy Saving Envelope Tracking Algorithm ON With Envelope Tracking Algorithm, the PA input voltage will adapt to the change of Output signal, like breathing. 11 Time Open Cooperation for Energy Saving Solutions Wide Solutions Scope From Pan-Sun to Grid, From Grid to Chip Pan-sun To (Micro) Grid Wind plant To Household PV plant Chip Power & Site Controller Chip Equipment Thermal power plant Network EV or HEV Ground PV plant Energy storage station Diesel Generation plant Central NMS Workstation Distributed PV plant Sensor Monitoring terminals Various Crossing Technology Power Generation 12 Power Electronics Power Control & Distribution Energy Storage Big Data Cloud Compute IoT Thank you Copyright©2016 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.