GCC demo list 内部版

Size: px

Start display at page:

Download "GCC demo list 内部版"

严注苏
7 years ago
Views:

1 Industry: Content Owner: E&U Shan Na (Na NS Shan/China/IBM) Solution Name Solution Name(CN) Capability Description Capability Description(CN) Smart Grid Investment Platform(SGIP) 面向电网规划业务的投资优化方案 This solution targets to build an advanced analytics platform for power grid upgrade planning, help decisionmakers of enterprises to achieve an optimized investment. 为应对消费需求发展并保障电网安全稳定运营, 电力企业需要制定改造规划方案来指导未来电网建设, 这一决策过程需要综合考虑企业资金负荷发展安全运营降损增效等多个业务目标并优化分析基于对电网运营状态的精细化评估, 并结合企业发展的目标和约束设定, 提出科学的有目标的平衡的改造规划策略及实施方案, 优化企业资金分配, 是所有电网企业决策者十分关注与期待解决的问题本解决方案为电网企业改造规划工作量身打造了电网投资优化平台, 帮助电力企业用户全方位提升电网规划的工作能力 Asset Management/Wirele ss Field Management 资产管理和野外作业管理无线方案 Objective of this demo is to show a 本演示展示一个实际的 IBM 资产监控解决 practical example of the Asset 方案, 同时介绍了其架构中所包含组件 Monitoring solution vision from IBM, 的细节这是 E&U 领域里的一个实例, and provides more details about the 显示了对城市中分布的变压器进行监控 components used in this architecture. 和管理的情况 The example is in the area of E&U, and is about real-time monitoring and management of distribution transformers in a city. Integrated 智能停电计划优化 idop is the intelligent decision idop 作为生产管理系统的智能辅助决策 Distribution Outage supporting module of production 模块, 通过局部优化协调优化和全局 Planner(IDOP) management system. It can help the 优化三种手段, 帮助电力公司的基层生 electric power company: 产单位生技部门及调度部门完成对停 1.Optimize the outage plan to minimize 电计划的综合优化编排方案将帮助电 customer disruptions, reduce 力公司减少停电时间和重复停电次数, duplicating outages, increase workload 提高供电可靠性和客户满意度, 提高电 balance and coordination inefficiency 力公司生产计划编制效率和管理水平, has many complex constraints and is 提高生产任务实施效率, 提升企业服务 critical for maintaining quality of 形象 service. 2.Transform human knowledge of plan preferences & constraints into combinatorial decision-making rules through machine learning and data mining to build an optimized outage plan model. Intelligent Grid 电网智能评估和投资辅助 igap delivers a scientific & systematic igap 作为生产管理系统中智能辅助决策 Assessment and 决策 asset offering to power companies 模块, 充分利用已经具备的设备台帐 Planning(iGAP) which will help them diagnose grid 电网拓扑等数据, 进行电网现状评估, network and make optimal grid 以直观全面多维度的方式进行展 infrastructure improvement/upgrade 示, 并在此基础上, 根据相应业务规则 plans for utility companies through 辅助生成电网改造项目同时可以提高 advanced analytical technologies. 电力企业对电网现状的完整清晰的认知能力, 提高改造项目决策的效率和科学性, 进而帮助提升电网网架的安全经济性和供电能力

2 Power Sub-Station Operational Dashboard 变电站控制面板 Power Engineer to proactively track and respond to dynamically changing operational metrics on geographically dispersed Power Sub-Stations. By connecting directly to transactional and sensor Data Cognos Now! monitors second by second the overall health of each Power Sub-Station. 电力工程师对地理上分散的各个变电站积极跟踪以应对不断变化的动态运营指标通过直接连接到用电量和传感器数据, Cognos Now 可以实时监控个变电站的状况是否正常 Water Operation 水资源调度优化 Optimization (WOO) IBM Smart & IBM 智能一体化微网平台 Integrated Micro- Grid Platform (SIMP) This solution, based on ILOG 这是一个基于 ILOG 优化决策管理器的解 Optimization Decision Manager, allows 决方案, 能够针对不同部门 ( 储水, 水 to plan the different unit (storage facilities, but also water network resources) commitments for different level of planning (long-term, weekly, 网资源 ) 进行不同周期 ( 长期, 每周, 每日 ) 的计划安排, 计划中可以包括多种约束条件 ( 规划需求, 客观条件, 监管政策 ) daily) taking in account multiple constraints (projected demands, physical constraints, regulatory constraints,...). The micro grid system will monitor, 微电网智能集成管理平台涵盖微电网的 predict and control the future energy 规划设计和运行管理各个方面, 本平台 value chain based on leading - edge 包括 : 发电 ( 风光燃气轮机等 ) 管理 mathematical modeling, statistics, 储能 ( 化学电池燃料电池等 ) 系统 simulation and optimization 管理智能调度电网自愈用户能量 technologies. It will help develop 管理需求侧管理电动汽车管理以及 solutions to currently challenging 系统互动管理等多个模块该平台利用 energy problems such as monitoring 高级信息技术通信技术以及前沿的数 and predicting power generation in 学模型统计仿真和优化技术, 可 fluctuating environments; controlling 以 : 提供微电网系统运行状态的监控, and dispatching energy sources and 提供微电网的负荷预测可再生能源出 storage devices to meet electric 力预测, 协调控制智能电器电动汽车 demand; boosting local reliability while 以及自有发电与储能设备, 实现微电网 reducing carbon emissions; enabling 级的能量管理控制与运行优化功能并 end - users to reduce or shift energy 通过高级控制策略, 实现自愈, 保证微 demands, and optimizing electric 电网安全稳定可靠运行 ; 对用户和智能 vehicle charging in accordance with 家电的用电行为进行统计分析, 从系统 available wind or solar energies in a 优化和人工辅助的角度, 帮助用电客户 balanced way. 更好地管理能量使用策略, 以降低用电成本, 削峰填谷.

3 Renewable Energy Forecasting & Integration Solution 新能源预测和并网 Renewable energy have the features of intermittent, random, unpredictable natures, which incur enormous challenges for renewable energy integration into the power grid, while ensuring the grid stability. In order to help integrate renewable energy, IBM provides weather/power forecasting, including 该解决方案结合当地地形气象局提供的低精度天气预报以及其他多渠道数据, 通过天气物理模型和高性能计算系统, 得到当地高精度天气预报, 预报结果具备精度高偏差小可定制等特点并基于此天气预报给出高准确度发电功率预测, 提高并网率 forecasting, model selection and configurations time data collection, and assimilation weather/satellite data accessing knowledge forecasting models Generation Portfolio Optimization - ILOG Unit Commitment Wind Dispatch Solution Prototype 发电优化 - Ilog 机组组合风力发电调度优化 Optimizes a portfolio of power plants to 优化电厂的工作计划, 可以帮助电厂决 help make decision for which power 策那些发电机组在什么时间发多少点来 generators should be run at which 满足用电需求 times and at what level to satisfy the demand for electricity. Unit commitment with intermittent 间歇性电源的机组组合问题 generation source 解决风力发电中的短期不确定性问题 Addresses short-term uncertainty in 优化多个常规发电厂的发电计划 wind power availability 采用带偿付随机规划消除风力不确定性 Optimizes generation schedule with 可用于 : multiple conventional plants 系统调度作竞价选择 Linked with Deep Thunder for 风电商进行竞价 ( 可包含或不包含其他 probabilististic weather forecast 种类发电 ) Uses Stochastic Programming with 负荷服务企业通过 " 电力购买协议 " 与风力 Recourse to hedge wind uncertainty 发电商作需求方竞价 Use cases for: a bid selection by a System Operator, bidding by a wind generator merchant Operator (with and without other generators in portfolio) demand bidding by a Load-Serving Entity with a Purchase Power Agreement with a wind operator

4 EDISON (Electric vehicles in a distributed and integrated market using sustainable energy and open networks ) 电动汽车, 新能源及开放网络在分布式和集中市场中的应用 Electric vehicles(ev) are a unique 电动汽车是交通领域由基于石化燃料的 opportunity to change the energy 能源消费模式转变为可再生能源即风 consumption in the transport sector 力, 光伏, 生物发电消费模式的唯一机 from fossil fuel to fuel based on 会爱迪生 (EDISON) 项目涵盖研究, renewable energy e.g. electricity 新概念新技术开发, 展示等各个阶段, produced on wind turbines, 其总体目标是汇聚各研究机构及知名企 photovoltaic, or on biomass in 业共同从事研究, 概念及技术的开发 combined heat and power plants. 所开发的系统使得电动汽车能够在用电 It implies development of systems that 低谷时机型充电, 在用电高峰时将其所 enables EVs to charge when there is a 存储的电能回馈电网, 充分利用电动汽 surplus of energy in the system or by 车对电网的平衡作用从而最大程度的消 resupplying energy to the grid when 除电网的波动 there is a lack of power in the system to utilize the full benefit of the interaction between EVs and the power grid with a large amount of power from fluctuating sources. The overall purpose of the EDISON project is to gather research institutions and major industry enterprises and to cover all stages from research through concept and technology development to demonstration. This project mainly focuses on the two first parts: research, concept and technology development. Advanced Meter Management 高级智能电表管理 End-to-end integration between AMI & legacy systems for delivering any services linked with Smart Meters such as Installation, remote readings, connect/disconnect, tariff change, cut off power change, ). Includes: Devices & Services Monitoring with Netcool, including on geographic Maps Asset & Work Management with IBM Maximo ClickSoftware for Service Optimization 通过对高级电表基础设施和现有的企业应用系统进行端到端的整合来提供所有智能电表相关的服务, 比如安装, 远程抄表, 连接断开, 费率改变, 通断电等包括 : 通过 Netcool 在地图上直观的进行设备和服务的监控通过 Maximo 对资产和工单进行管理使用 ClickSoftware 对服务进行优化 AMI Operation Center Intrusion Management(AMMI M) 智能电表运营中心入侵管理 The business solution demonstrator 本方首先案展示了一个网络攻击在未影 shows first how an internet attack is 响到智能电网核心 IT 服务器前即被阻止 stopped on the fly, without touching 的场景, 然后展示了事件及相关信息的 any smart grid critical IT server. Then 管理以及在安全管理人员之间共享来展 the demonstrators shows how this 开调查以及进行安全检查 event and the associated information is managed and shared across security enforcement staff to conduct initial investigations and secure security compliance.

5 intelligent Customer Assessment Regarding Energysaving (icare) 面向节能服务的智能用户评估 Based on smart-meter data and the technical management parameters from customer side, and combined with core engine of analysis & optimization, icare can help grid companies in its overall intelligence level decision making on recognizing the customers which have potential energy-saving capability & providing energy saving solutions accordingly & tracking the effect of energy-saving measures. 集成利用用户侧智能电表和技术管理参数等数据, 结合节能潜力计算分析和各种节能方案的评估模型, 识别有节能潜力的用户和分析候选节能方案, 根据企业成本预算节能收益等运营目标对候选节能方案进行全局优化, 并对节能效果进行跟踪评估. Electric Vehicle Battery Charging/Swapping Network Planning 电动汽车充换电网络优化解决方案 Electric Vehicle (EV) market is fast 电动汽车行驶中零排放符合国家总体的 growing. A large number of EVs will 能源发展战略, 有助于优化电力生产与 become a great load of power grid, 消费结构然而充换电 especially when they are recharged 设施的不足严重制约了电动汽车的推广 simultaneously. Meanwhile power grid 普及对于电网公司, 充换电设施的建 needs to think about how to utilize EV 设存在以下困难和挑战 : to support electricity grid as loadbalancing and possibly storage for 以对未来的充换电需求和充换电行为进电动汽车当前在市场上的数量有限, 难 electrical energy. In order to better 行准确的预测 ; dispatch EVs charging schedule to 缺乏科学的规划方法, 难以综合考虑城 satisfy charging demand as well as to 市的地理环境运营模式市场发展和 decrease the peak-valley difference, 电网结构对充换电网络进行优化布局 IBM developed Electric Vehicle Battery IBM 充分借鉴在各行业多年的商业网 Charging/Swapping Network Planning 点选址经验, 利用先进的分析优化引 solution to help our client do power grid 擎, 基于地理信息系统进行以下分析 : load forecasting, EV charging demand 电动汽车充换电需求预测 : 基于道路网 forecasting and schedule optimization.it 络结构和交通流量数据地理信息数据 can provide valuable system services 和经济人口数据, 分析得到城市范围内 for a reliable power system operation 的周期性和顺带充换电需求分布 ; and smooth power fluctuations from 充换电网络优化 : 优化充换电网络的布 renewable resources 局, 并对充电桩的配置数量给出建议 ; 充电站相关电网规划 : 考虑充换电需求的时空分布以及充换电网络布局规划进行相应的电网规划改造 ; 智能充电管理 : 优化电池充电控制, 在降低电动汽车充电成本的同时帮助电网进行削峰填谷 ; 电动汽车监控 : 借助物联网技术, 对电动汽车的位置速度电池电量等信息进行实时的跟踪, 在地理信息系统平台上, 对有充换电需求的电动汽车进行充换电网点的建议和路径规划

6 Pipe Failure Prediction(PFP) 城市管网风险管理系统 Pipe failure prediction is essential for 我们采用海量数据分析和复杂系统优化 maintenance planning or enterprise risk 的方式 management activity 综合考虑管网拓扑道路天气土壤 As a differentiation tool for pipe risk 等信息和历史爆管数据, 精确预测未来 management or pipe asset 爆管的位置 management 综合考虑爆管风险爆管影响等因素, --Domain experience based risk 优化维修计划, 降低管网在整个生命周 prediction model cannot provide a 期上的成本 precise targeting (e.g., the 27% highest risk pipe only cover actual 0.4% fault 效果 events ) 相对与专家经验, 数学模型的预测准确率提高了 5~12 倍有针对性的安排管网维修, 提高维修资金利用效率 intelligent Regional Energy Manager (irem) 智能区域能量管理解决方案 Smart regional grid is an evolving form 智能区域电网是电网发展的一种趋势, of grid. These regions include islands, 这些区域包括岛屿工业园区城区等 industrial parks, city districts, etc. The 等智能区域电网与传统电网相比在拓 smart regional grid is different from 扑结构和运行模式上均发生了变化发 traditional distribution grid in topology 电侧与需求侧的不确定性使得如何对分 and operating mode. It is hard to 布式电源储能用户负荷进行一体化 coordinate wind, solar, energy storage 的协同调度成为智能区域电网面临的一 and consumption in an integrated and 项重大挑战智能区域能量管理系统主 real-time way under uncertain supply 要用于帮助智能区域电网的管理者对智 and demand side. intelligent Reginal 能区域电网进行区域能源的协调和管理 Energy Manager(iREM) solution which 其核心功能包括 : is an IOC based solution. This solution 智能区域电网中的分布式电源, 储能及 can help client do global optimization of 负荷一体化实时调度 ; smart regional grid, integrated 分布式能源发电功率的精确预测 ; scheduling of 设备级的用能预测 ; DG/storage/customer/more accurate 储能优化管理 ; distributed energy forecasting, devicelevel energy usage forecasting and 运成本整合可再生能源, 分布式发电其可以帮助客户优化能源使用, 减少营 effective usage of energy storage. 和智能电网, 使电网更加智能, 安全和有效

7 Energy Storage 储能规划与优化 Planning and Optimization (ESPO) Business Challenges: 如何来选择储能的类型和确定储能的容 How to choose energy storage type 量以满足业务需求, 如何选择合适的地 and determine the capacity to achieve 点来建设储能站最大化收益都是目前所 business goals? With limited budget, 面临的重要问题该解决方案可以帮助 where to build energy storage station to 优化站点及储能容量的选择, 优化储能 maximize benefit? 的结构和运作, 减少储能的建设费用, 通过优化运作来提高储能的收益, 延长 Solution Overview: 储能的寿命 ESPO is an energy storage planning and optimization system which can help optimize site/capacity decision of energy storage system(ess) and optimize ESS portfolio and operation to achieve maximum benefit. High Resolution Weather Forecast Application 高精度气象预测应用解决方案 Benefit: Reduce construction cost of ESS through optimized planning Increase ESS income through optimized operation Maximize operation benefit while minimize loss of life IBM proposes the weather forecast IBM 公司结合行业经验和电网需求, 提出 solutions based on years of industrial 天气预报在电力行业中的应用解决方 experience and the need of 案的核心是利用当地地形气象局提供 enterprises. The core of the solution is 的低精度天气预报以及其他多渠道数 to combine the local terrain data, the 据, 通过天气物理模型和高性能计算系 global forecast data and CMA 统以及先进的集合资料同化方法, 得到 observation data by the most advanced 当地高精度天气预报, 预报结果具备精 ensemble data assimilation (DA) 度高偏差小可定制等特点将高精 method. The newest weather forecast 度天气预报与电网的生产运营相结合, model and high performance 可以提供高精度的可再生能源功率预 computing (HPC) system are 测, 局地灾害性天气监测与预报, 为电 implemented to produce the weather 网的调度安全运营提供保障和决策支 forecast based on the data supplied by 持 DA model. Accurate and high 企业获得的价值 : resolution weather forecast is able to 保证电网的安全稳定运行, 减少可再生 supply local sever weather forecast 能源发电损失电量, 实现了电厂的高效 and effective disaster early warning on 生产和盈利 ; the individual power grid instrument. 有效预防灾害发生和缩短恢复供电的时 Even more, it could help power grid to 间可有效控制由于极端天气引发灾害 make decisions when facing the sever 的经济损失 ; weather risk. 为电力生产相关环节创造相应的社会和 Business Value 经济效益 Increase the integration of renewable energy based on the accurate weather forecast Prevent the disaster on power grid and shorten the recovery duration, reduce the impact of power-lost on society and economic Create profit for the production chain of power grid

8 Regional Weather Forecasting--Deep Thunder Digital Video Surveillance (DVS) 高精度区域天气预报数字视频监控 "Deep Thunder" is a service that Deep Thunder 是一个针对与天气高度相 provides local, high-resolution weather 关的业务定制的局部高精度短期 ( 一 predictions customized to business 天 ) 天气预报服务特别地, 这个服务 applications for weather-sensitive 的目标是针对特定的业务问题提供高精 operations up to a day ahead of time. 度的快速的气象预报这样的预报对业 In particular, the goal is to provide 务来说是一个竞争优势, 也可以改进运 weather forecasts at a level of 行时的效率和安全性 precision and fast enough to address specific business problems. Such forecasts can be used for competitive advantage or to improve operational efficiency and safety. The increasing need for sophisticated 对高性能监控系统日益增加的需求以及 surveillance systems and the move to 监控系统向数字架构的转移导致监控系 digital surveillance infrastructure has 统面临大规模数据分析和管理的挑战 transformed surveillance into a large 智能监控解决方案利用自动图像理解技 scale data analysis and management 术从监控数据中提取信息现有研究及 challenge. Smart surveillance solution 商用系统仅侧重于信息提取方面, 而鲜 uses automatic image understanding 有系统能够利用提取到的信息进行检索 techniques to extract information from 回放数据管理以及研究这些信息的 the surveillance data. While the 来龙去脉 IBM 智能监控解决方案不仅能 majority of the research and 够提供自动场景监测, 更具有监测数据 commercial systems have focused on 的管理基于事件的回放通过标准网 the information extraction aspect of the 络架构的实时事件报警以及行为方式的 challenge, very few solution have 长期统计分析 explored the use of extracted information in the search, retrieval, data management and investigation context. The IBM smart surveillance system is one of the few advanced surveillance systems which provides not only the capability of automatically monitoring a scene but also the capability to manage the surveillance data, perform event based retrieval, receive real time event alerts through standard web infrastructure and extract long term statistical patterns of activity

9 Unified Communication and Collaboration (UCC) 统一通信 Unified communications and collaboration strategies can help organizations deliver a user experience that brings together communications and collaboration silos across and beyond traditional business boundaries. Out solution demo integrate with Cisco IP phone, Radvision video conference system to provide unified end user experience. Organizations can build more flexible, real-time business models that allow them to respond more quickly to emerging marketplace opportunities and competitive threats. 统一通信可以帮助企业跨越组织边界高效协作, 而且有很好的用户体验本演示系统集成了思科 IP 电话,Radvision 视频会议系统, 以及 IBM Lotus Sametime, Notes, SUT 等产品, 给用户提供更好的交互体验通过统一通信平台, 企业能够打造更加灵活, 实时响应的业务模式, 更好的把握稍纵即逝的商机, 提高竞争力 Video contact center(vcc) 视频呼叫中心 Video contact center. The IBM/Cisco IBM/Cisco 3G 视频呼叫中心借助 3G 服务 3G Video Contact Center solution helps 提高企业的效益, 由 IBM 和 Cisco 共同开 increase revenue and adoption of 3G 发的创新解决方案使企业能够通过语音 services. The innovative solution from 和视频与客户沟通, 解决了客户中心所 IBM and Cisco allows enterprises to 面临的灵活应变渠道整合以及降低成 communicate with customers by voice 本的需求 3G 视频呼叫中心也可以由服 and video addressing the need for a 务提供商以网络服务的形式提供给企业 more flexible, channel-integrated and 用户 IBM 和 Cisco 合作在 IBM 中国创新 cost-efficient contact center. Service 中心建立了一个这样的系统用以展示这 providers can also offer the 3G Video 一新技术为客户提供的优质服务 Contact Center solution as a network service for their enterprise customers. To support GCG business opportunity, IBM &CISCO jointed investing develop a real video contact center demonstration system in IBM China Business Innovation Center. The visitors can experience how the new technology satisfied their customers.

1600 1000 40 50 2030 2000 采取行动的机会 90% 开拓成功的道路 2

1600 1000 40 50 2030 2000 采取行动的机会 90% 开拓成功的道路 2 简略版本 :2015 3 10 2016 2021 全球卫生部门病毒性肝炎战略 2016 2021 2015 3 12 2012 2010 2014 2015 2016 2021 140 55% 35% 5 15% 5 20% 2.4 1.3 1.5 1 1600 1000 40 50 2030 2000 采取行动的机会 90% 开拓成功的道路