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在 Windows 计算机（个人或大学）上安装 MATLAB
目前，学生、教师和工作人员都受校园范围许可证的保护，该许可证现在允许他们在个人 Windows、Mac 或 Linux 计算机上使用软件。 • 请注意，安装完整软件套件需要 31GB 的可用空间 • 从 Web 浏览器开始使用 MATLAB Online • 访问“自定进度课程”下的软件培训 有关在您的个人或大学 Windows 计算机上下载和激活软件的说明。 1. 在您的 Web 浏览器地址栏中，转到 https://www.mathworks.com/academia/tah-
Oracle Linux 9-安装和配置FIPS模式
Oracle完全致力于多样性和包容性。Oracle尊重和价值观拥有多种劳动力，从而增加了思想领导和创新。作为我们建立一种更具包容性文化的计划的一部分，对员工，客户和合作伙伴产生积极影响，我们正在努力从产品和文档中删除不敏感的术语。我们还必须注意与客户现有技术保持兼容性的必要性，并需要确保服务连续性随着Oracle的产品和行业标准的发展而需要。由于这些技术限制，我们消除不敏感术语的努力正在进行中，并且需要时间和外部合作。
Quantum Spark 1575 /1595设备入门指南< / div>
保留所有权利。该产品及相关文档受版权保护，并在许可下分发，以限制其使用，复制，分发和分解。如果没有任何形式或任何方式复制本产品或相关文档的任何部分，而无需任何事先书面授权。尽管在准备本书时都采取了每项预防措施，但检查点不承担任何错误或遗漏的责任。本文所述的此出版物和功能可能会更改，恕不另行通知。
安装太阳能电池板和储能的案例研究...
表列表表3。1个城市信息，包括其整体和建筑物的二氧化碳排放，研究中包括的主要和次要结果以及气候缓解计划。.............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................2 Building's Energy Efficiency ....................................................................................... 39 Table 3.3电气和地区能源........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 44表3。4财务机制............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 49表3。5 Education and Capacity Building ................................................................................ 52 Table 3.6 Collaboration ............................................................................................................... 55 Table 4.1加拿大太阳能和Trina PV面板效率和价格..................................................................................................................................................................................................................................................................................................................................................... 67表4。 2 PV项目分解结构[253] ..................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 67表4。 3渥太华可再生能源合作社（OREC）采用的PV项目成本[254] 4 Facility and climate data location ................................................................................ 73 Table 4. 5 PV系统评估和输入............................................................................................................................................................................................................................................................................... 75表4。1加拿大太阳能和Trina PV面板效率和价格..................................................................................................................................................................................................................................................................................................................................................... 67表4。2 PV项目分解结构[253] ..................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 67表4。3渥太华可再生能源合作社（OREC）采用的PV项目成本[254]4 Facility and climate data location ................................................................................ 73 Table 4.5 PV系统评估和输入............................................................................................................................................................................................................................................................................... 75表4。6从RetScreen数据库采用的光伏项目的安装费用[189] ......... 76表4。7 Financial parameters .................................................................................................... 77 Table 4.8 GHG emissions data .................................................................................................... 80 Table 4.9 Uottawa PV系统的预期材料（2019年）[273]采用并调整了。 ................................................................................................................................. 84 Table 4. 10材料将材料运送到现场的运输假设........................................................................................................................................................................................................................................................................................................................................................................................................................................................... 85表4。 11 uOttawa students' distribution .................................................................................... 87 Table 4. 12 ARC building monthly electricity load and peak demand (averaged from 2017 and 2018 hourly electricity demand) ................................................................................................... 89 Table 4. 13 Desired bank power and capacity and battery properties to simulate peak demand mitigation scenarios ...................................................................................................................... 91 Table 4. 14电池电压属性和电化学模型数据............................................................................................................................................................................................................................................................................................................................................................................................................................................................. 15热属性................................................................................................................................................................................................................................................... 95表4。 3总建筑物每月预期的电力发电和消费...............................................................................................................................................................................................................................9 Uottawa PV系统的预期材料（2019年）[273]采用并调整了。................................................................................................................................. 84 Table 4.10材料将材料运送到现场的运输假设........................................................................................................................................................................................................................................................................................................................................................................................................................................................... 85表4。11 uOttawa students' distribution .................................................................................... 87 Table 4.12 ARC building monthly electricity load and peak demand (averaged from 2017 and 2018 hourly electricity demand) ................................................................................................... 89 Table 4.13 Desired bank power and capacity and battery properties to simulate peak demand mitigation scenarios ...................................................................................................................... 91 Table 4.14电池电压属性和电化学模型数据............................................................................................................................................................................................................................................................................................................................................................................................................................................................. 15热属性................................................................................................................................................................................................................................................... 95表4。 3总建筑物每月预期的电力发电和消费...............................................................................................................................................................................................................................14电池电压属性和电化学模型数据.............................................................................................................................................................................................................................................................................................................................................................................................................................................................15热属性................................................................................................................................................................................................................................................... 95表4。3总建筑物每月预期的电力发电和消费...............................................................................................................................................................................................................................每个峰缓解场景的物理特性............................................................................................................................................................................................................................................. 95表4。17 Charge Limits and Priority ........................................................................................ 96 Table 4.18 Average 2017 and 2018 Global Adjustment cost for ARC building based on the building electricity load obtained from the campus sustainability office and Ontario load from the IESO Data Directory [210] ..................................................................................................... 98 Table 4.基于IESO数据目录的19 HOEP率[210] ............................................................................................................................................................................................................................. 99表5。1渥太华大学31栋建筑物的光伏分析.......................................................................................................................................................................................................................................................................................................................................2基于电力消耗，除了发电外，九座建筑物的预期电需求抵消了...................................................................................................................4建筑物PV系统初始成本和操作和维护（O＆M）成本....... 108表5。5 Financial viability results ........................................................................................... 109 Table 5.6 Cash Flow Table ........................................................................................................ 110 Table 5.7 Comparison of different PV system technology combinations ................................. 113 Table 5.8 Annual CO2 savings from the PV electricity generation and equivalent savings from various alternatives ..................................................................................................................... 114
安装 IBM Power 710 Express（8231-E1D 或 8268-...
参考信息. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 安装机架式和工厂机架式服务器. . . . . . . . . . . . . . . . . . . . . . . 25 安装机架式服务器. . . . . . . . . . . . . . . . . . . . . . . . . 26 设置控制台的支持信息 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 使用 Web 浏览器访问 ASMI . . . . . . . . . . . . . . . . . . . . . . . . 28 在 PC 或笔记本电脑上设置 IP 地址 . . . . . . . . . . . . . . . . . . . . . . 29 Windows XP 和 Windows 2000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29 Windows Vista . . ... ... . ...
DAFeL for Teams 应用程序：安装、登录和注销
使用 Microsoft Teams 时，您可以通过多种方式与同事共享内容。您与之共享内容的人必须拥有有效的 DAFeL Percipio 帐户并有权访问您共享的内容才能打开它。如果他们尝试访问未经许可的内容，则会收到错误消息。
新南威尔士州企业安装太阳能光伏发电指南
太阳能租赁是一些海外市场（尤其是美国）非常流行的金融模式，但在澳大利亚仍属新兴事物。太阳能租赁与其他家用物品的租赁类似。公司将安装和维护太阳能光伏系统，客户则每月付款。一些太阳能公司还提供租赁，并提供“性能保证”，即系统将产生最低量的电力。正常的天气变化和太阳能电池板的长期性能都被考虑在内，如果太阳能系统未能产生合同中规定的能量，太阳能供应商有义务向客户赔偿。
W-ClearPass 6.4 技术说明 - 在虚拟机上安装 CPPM 6.4
确保您的系统符合 Policy Manager 虚拟设备所需的推荐规格。W-ClearPass VMware 附带 20GB 硬盘卷。必须通过 VMware 设置添加新硬盘来补充额外的存储/硬盘。所需的额外空间取决于 W-ClearPass 虚拟设备版本。