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电池储能系统的可行性分析...
List of Figures Figure 1 Schematic diagram describing the design of a Lithium-Ion Battery [3] .................................... 5 Figure 2 Equivalent circuit for an electrochemical cell ........................................................................... 6 Figure 3 Typical Voltage behavior of the Li-Ion Battery.不同C率的不同曲线[6] ......... 7图4锂离子电池的电压作为不同C率的能量的函数[6]。............................ 9 Figure 5 Operation of a typical Li-ion battery [11] ................................................................................ 13 Figure 6 Typical cycle life of a Li-ion battery cell [11] ........................................................................... 13 Figure 7 Variability in demand and in net load in a challenging week on an area in USA.[31] ..................................................... 27 Figure 19 Maps of Chilean Photovoltaic Power Potential with the location of Campos del Sol [30] ... 27 Figure 20 Irradiation for different longitudes in a) Iquique and b) Copiapó's latitude.[35] ................ 28 Figure 21 Location of the project Campos del Sol PV Power Plant.来自Google Maps的照片。在每个跟踪器中都有28个模块。.................................................... 35 Figure 28 Shading analysis of the PV modules and the trackers ........................................................... 35 Figure 29 Campos del Sol considered losses.............................................................................................................................................................................................................................................................................................................................................................................................................................................................................例如四个不同的日子产生的PV功率，例如。 来自CEN网站。............................................................................................................................................................................................................................................................................................................................................................................................................................................................................例如四个不同的日子产生的PV功率，例如。来自CEN网站。来自CEN网站。................... 15 Figure 8 Power output of a PV plant in Southern California for a partly cloudy day ............................ 15 Figure 9 Balancing Technologies ........................................................................................................... 17 Figure 10 Basic concept of primary frequency regulation through ESS [23] ........................................ 19 Figure 11 : Frequency Control Methods and Relevant Time Scales in US [24] ...................................................................................................................图12频率控制时间尺度（激活时间是德国的示例）[24] ........................................................................................................................................................................................................................................................................................................................................................................................................................................... ................................................................................................ 23 Figure 16 Forecast of monthly power generation for Ollagüe's microgrid [27] ................................... 24 Figure 17 Maps of Chilean Global Horizontal Irradiation with the location of Campos del Sol [30] .... 26 Figure 18 Typical geography of the northern regions of Chile...................................................... 42 Figure 35 Energy profile produced by the PV in 25 years, with linear reduction of the power............................................................... 57 Figure 40 Variation of the relative initial cost of the BESS according to the size considered................................................... 60 Figure 44 Carrera Pinto 2020 Energy Price............ 30 Figure 22 Panoramic view of the area where the PV Plant will be situated (Google Maps) ................ 31 Figure 23 Carrera Pinto Interconnection Substation ............................................................................ 31 Figure 24 Irradiance of the area of Campos del Sol PV Plant ................................................................ 32 Figure 25 Module data .......................................................................................................................... 33 Figure 26 Inverter Data ......................................................................................................................... 34 Figure 27 Tracker structure......................................................................................... 36 Figure 30 Campos del Sol computed annual PV Power ........................................................................ 37 Figure 31 Campos del Sol generated Power for the first week of the year, computed with SAM ....... 38 Figure 32 Block Diagram of the Considered System ............................................................................. 40 Figure 33 Simplified Electric考虑系统的互连方案。................................ 43图36模型的温度评估模型................................................................................................................................. 57 Figure 41 Carrera Pinto Substation Energy Prices for different days of year 2020............................... 58 Figure 42 Considered Price Scenario ..................................................................................................... 59 Figure 43 Prices Profile Scenarios for the first three days of January........................................................... 65 Figure 45 NPV and Cash Flow for the BESS 50 MW 50 MWh................................................................ 66
1数字前庭2025/1通知...王，Y。 Bedroy，R。C。M。 Brizzi，A。C. b。 Campos，S。F。
和机构的使命以及使用的方法。该课程基于积极的方法论，学生是学习过程的中心，并承担了管理其学术轨迹以及发展认识论人所必需的技能的责任。在这些必要的技能中，有社会情感，例如交流，同情，团结，道德，动机，重大反射推理和团队合作。步骤I的每项活动都为候选人提供了证明其中一些特征的潜在发展的可能性。第一步由3个活动组成，总计20分，根据下表：
构建和利用数字孪生来管理...
Conejos Fuertes, P.；Martínez Alzamora, F.；Hervás-Carot, M.；Alonso Campos, JC。(2020)。构建和利用数字孪生来管理饮用水配送网络。城市水杂志。17(8):704-713。https://doi.org/10.1080/1573062X.2020.1771382
UWL存储库 - 西伦敦大学
Zhang，Chi，Nong，Xizhi，Behzadian，Kourosh，Campos，Luiza C.，Chen，Lihua和Shao，Dongguo（2024）（2024年）水质预测的新框架，耦合因果推理，时间传播分析，时间分析和不确定量化。环境管理杂志，第350页。 119613。ISSN 03014797
使用卫星遥感数据中的甘蔗产量估计在经验或机械建模中：系统评价
1遥感研究生计划（PGSER），教学，研究与扩展协调（COEPE），国家空间研究所（INPE），SâoJosédosCampos 12227-010，巴西； ieda.sanches@inpe.br（I.D.S.）; claudia.almeida@inpe.br（C.M.D.A。）; marcos.adami@inpe.br（M.A。）2Sâo保洛州立大学（UNESP），科学与工程学院，TUP - 17602-496，巴西； Michel.dantas@unesp.br 3 3 Queiroz（ESALQ）的生物系统工程系（USP），Piracicaba 13418-900，巴拉西; Analuciano@usp.br 4地球观察和地球形式分部（Diotg），地球科学一般协调（CG-CT），国家空间研究所（INPE），SâOJoséDosCampos 12227-010，巴西 *通信 *通信：Nildson.silva@inpe@inpe.br
保存日期ematec 2026
警察学院Kicha Basista教授； KMM-VIN AISIBL Animash Bose，Amfglabs LLC Christophy Broeckmann教授，RWTH AACHEN MONICA CAMPOS博士杰克逊（Jackson），谢菲尔德大学（Univers.Jin-Chun Kim）教授，乌尔桑大学（KPMI），亚历山德拉·科洛豪 - 博士（Alexandra Colonhou-Burian） Jai-Sung Lee，Hanyang University Erica Feng Lin教授，Tsinghua大学教授Timotius Pasang，西密歇根大学，Claudio Pisttidda博士警察学院Kicha Basista教授； KMM-VIN AISIBL Animash Bose，Amfglabs LLC Christophy Broeckmann教授，RWTH AACHEN MONICA CAMPOS博士杰克逊（Jackson），谢菲尔德大学（Univers.Jin-Chun Kim）教授，乌尔桑大学（KPMI），亚历山德拉·科洛豪 - 博士（Alexandra Colonhou-Burian） Jai-Sung Lee，Hanyang University Erica Feng Lin教授，Tsinghua大学教授Timotius Pasang，西密歇根大学，Claudio Pisttidda博士
认证范围 - ENAC
电磁兼容性 (EMC) 和人体暴露于电磁场的评估................................................. ................................................................ ................................................................ .. 8
浮式海上风力发电机混凝土结构疲劳性能理论研究
Treball realitzat per: Pablo Ángel Plou Nogueira Dirigit per: Climent Molins i Borrell Alexis Campos Hortigüela Màster en: Enginyeria de Camins, Canals i Ports Barcelona, 23 de juny de 2016 Departament d’Enginyeria Civil i Ambiental
固氮螺菌属细菌的基因组分析
提交给北弗鲁米嫩塞州达西里贝罗大学生物科学与生物技术中心的论文，是获得植物生物技术硕士学位的要求的一部分。导师：Thiago Motta Venancio 博士 联合导师：Francisnei Pedrosa da Silva Campos dos Goytacazes 博士
植物治疗疫苗免疫-6
圣保罗联邦大学（UNIFESP），《人类运动与康复科学的研究生课程》，Avenida ana Costa 95，Santos，SP11060 - 001，巴西B联邦B联邦大学（UNIFESP），UNIFESP），生物学工程系 12231-280, Brazil c Unievangelica, Post-graduate Program in Human Movement and Rehabilitation and in Pharmaceutical Sciences, Avenida Universit ´ aria Km 3,5, An ´ apolis, GP 75083 – 515, Brazil d Brazilian Institute of Teaching and Research in Pulmonary and Exercise Immunology, Rua Pedro Ernesto 240, S ˜ ao Jos ´ E DOS Campos，SP 12245 - 520，巴西E巴西大学，生物工程和生物医学工程研究生课程，Rua Carolina Fonseca 235，S〜Ao Paulo，SP 08230 - 030 - 030，巴西，巴西