XiaoMi-AI文件搜索系统
World File Search System设计等级
FY23 OICC 佛罗伦萨工作量预测
预算年份 项目编号 项目名称 地点 AQ 工具 设计等级 项目金额 RFP 计划奖励 2023 1603F 单身士兵宿舍维修，建筑 M450 北卡罗来纳州勒琼营 MAC - SB 设计投标建造 $5M - $10M 3/7/22(A) 1/15/23
Fairmount Heights零能源住房出售
特征•六（6）个独立的单户住宅•3 br，2.5 ba，约。1,600平方英尺•现代开放的地板平面图充满了自然光线•由无源设计等级净为零净能量标准的模块化房屋•嘻哈 - 签名前廊，私人车道的街道外停车场，私人车道•宽阔的人行道，社区步道和袖珍公园•屋顶公园•屋顶太阳能板，屋顶太阳能板，当地电池存储
计划审查清单
添加 Superpave 混合设计等级。所有沥青路面均使用公制 Superpave 命名法，例如 9.5 mm Superpave、12.5 mm Superpave。ο • 典型路段应显示适用于每个路段的站点。站点不应重叠或跳过。应在适用时显示超高路段。每层路面都应标有深度和材料类型。• 在拓宽和重建项目中，典型路段应指示坡度或“匹配现有坡度”。• 检查前坡、沟渠深度、总体尺寸等。ο 如果有一条没有路缘的人行道，则人行道应距离道路至少 5 英尺。• 所有带有人行道的项目都应提供路缘切割坡道。索引应根据需要包括 GA 特殊细节 A1、A2、A3 和 A4。路缘切割坡道应按施工计划中的类型显示和标记。所有要求的位置都应显示可检测的警告。 • 路缘和排水沟部分应标明类型和尺寸。超高路段高侧的路缘和排水沟应与道路的方向和坡度相同。 • 检查所有注释和细节的准确性和必要性 • 人行道和景观美化的安装可以在地役权上进行。挖填斜坡、渠道和沟渠可以在地役权上建造。 • 残疾人停车位的位置应在计划中显示。放置残疾人停车位时，请记住通道需要可通往人行道，通常通过使用不能占用任何通道区域的路缘坡道。 • 人行横道 20 英尺范围内没有停车位。 • 闪光信号、停车标志、让行标志或交通控制信号 30 英尺范围内没有停车位。 • 检查是否需要增加减速车道或加速车道，要求 50' 锥度和 150' 行车道。 • 还要检查视距问题。 • 住宅检查是否需要任何类型的车道涵洞管道，通常最小 18 英寸。 • 车道入口的转弯半径因县而异，工业区为 35 英尺，商业区为 25 英尺，住宅区为 5 英尺 • 所有新入口都必须有 8 英寸厚的混凝土护堤，3500 PSI 覆盖在压实的路基上
纽约州储能研究-Nyserda
图1。Example Energy Storage System Application for Capacity Deferral .............................6 Figure 2.Energy Storage System Sizing for Reliability Enhancement .......................................10 Figure 3.Energy Storage System Application for Photovoltaic Smoothing ................................12 Figure 4.Energy Storage System Application for Backfeed Prevention.....................................14 Figure 5.Networked Sub-transmission System Serving Six Loads ...........................................16 Figure 6.使用储能系统用于N-1拥塞浮雕的演示................................................................................................................................................................................................. 18图7。Overall Screening and Transmission System Evaluation Process ..............................25 Figure 8.Overall Screening and Distribution System Evaluation Process .................................25 Figure 9.Screening Process: Infrastructure and Capacity Support ...........................................27 Figure 10.Two-Stage Screening Process: Reliability Enhancement .........................................28 Figure 11.Energy Storage System Located Where Overloaded Section Ends (Downstream of SUB) ....................................................................................................34 Figure 12.储能系统位于超载部分的下游........ 35图13。Energy Storage System Located Close to the Heavily Loaded Feeder Section/Branch ..............................................................................................................35 Figure 14.储能系统容量估计（Megawatt和Megawatt-Hour） - 图形过程............................................................................................................................................................................................................................................................................................................................. 37图15.线段在馈线的中间经历多次停电...... 38图16。线段在馈线头部经历多次断电..... 38图17。子传输径向线部分经历多次停电.......... 39图18。Energy Storage System Located at the Targeted Feeder Section ............................39 Figure 19.储能系统尺寸（红色条）用于可靠性增强....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 40图20.Energy Storage System Sizing for Renewable Integration .......................................41 Figure 21.Day-Ahead Energy Market Participation ...................................................................45 Figure 22.Reliability and Market Participation...........................................................................46 Figure 23.Market Benefit of Energy Storage System ................................................................50 Figure 24.Various Revenue Streams of Energy Storage System .............................................50 Figure 25.BR 4091 Time-Series with and without Data Cleaning .............................................55 Figure 26.Selected Feeders (Values in MW)—Tier 3 in 2023 (Peak > 100% of Normal Rating) a .............................................................................................................56 Figure 27.Hourly Load Profiles for Feeder NC_8051 ................................................................57 Figure 28.小时NC_8051超过设计等级...............................................................................................................................................................................................................................................................................................................................................................................................................................................与传输和分配升级成本相比，前期储能系统安装的收入要求........................................................................................................................................................................................................................................................................................................................................................................................................................................................... 60图30。与传输和分销升级成本相比单线图中的馈线WS-3012表示............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 63图32。Peak-Day Load in 2018 ............................................................................................64 Figure 33.Energy Storage System Energy Requirement on Peak Day .....................................64 Figure 34.与传输和分销升级成本相比，前期储能系统安装的收入要求............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 65