绿色能源智能安全管控系统介绍

绿色能源智能安全管控系统介绍汇报人: 朱道一微信：上善若水道乙学森第四代主动式均衡BMS目录01技术术语说明02引言04BMS的基本功能05BMS的均衡模式06被动式均衡对大容量储能系统的调制无能为力03概论学森第四代主动式均衡BMS目录07从根本上解决困扰08GEMS优于其它同类产品的特点10主动式均衡与被动式均衡的比较11BMS精准度出类拔萃12BMS对电池寿命的优化09用于大规模储能，物美价廉学森第四代主动式均衡BMS目录13BMS系统能力：低成本高精度估算14数十兆瓦级储能系统的管控特色16XS4-BMS重要性归纳17SOC的精度提高是岁月的积累18SOH估算的复杂15XS4-BMS的应用领域学森第四代主动式均衡BMS目录19温度对SOH模拟测试结果的影响20XS4-BMS系统硬件与类似产品比较22在美国获得的部分专利23参考附件21个人在新能源控制领域的成就学森第四代主动式均衡BMS技术术语说明PART 01学森第四代主动式均衡BMS硬件 - Hardware软件 - Software，例如，人机界面的软件GUI固件 - Firmware，需要烧录入芯片，给予芯片灵魂的专用嵌入式系统软件（下位机）软固件 - 嵌入式系统中软件和固件的统称硬件板子 - PCB+微处理器+适配器件BMS - Battery Management System，电池安全管控系统EinsteinBMS - 美国EMC公司在前美国A123公司专门订制被动式均衡电池管理系统XS4-BMS - 学森第4代BMS系统，高端主动式均衡锂离子电池安全管控BMS系统BMU - XS4-BMS 系统的主控板 （Battery Management Unit），负责充放电电流采集，电池总电压的采集及重要开关电器的控制BPU - XS4-BMS 负责外部直流稳压供电的单元（Battery Power Unit）BEU - XS4-BMS系统中的从控板，负责采样、分析和均衡调制（Battery End Unit）CAN 通信- 系统中各控制板间的通讯联络、信息传递方式CAN通信协议 - CAN通信过程中必须遵循的规范细节SOC - State of Charge，%数，余存电量报告值SOP - State of Power，Wh数，余存瓦时数SOH - State of Health，%数，健康状态比值rSOC - Real State of Charge, %数, rSOC = SOC * SOH, 即电池当前实际余存电量能力LFP - 磷酸铁锂电芯RLM - 富锂锰基电芯NCM - 镍钴锰三元电芯NCA - 镍钴铝三元电芯LTO - 钛酸锂电芯S(olid) - 固态电解质锂电芯（eg. SLFP: 固态磷酸铁锂；SRLM：固态富锂锰基 ）CEMS - Central Energy Management System， 中央能源管理系统（总控制室上位机）GEMS - Green Energy Management System， 绿色能源安全管控系统GUI - Graphical User Interface， 人机界面（上位机）学森第四代主动式均衡BMS硬件与软件概念Physical components that make up a computer system, like processors, memory, and input/output devices, functioning as the tangible foundation for software operations.Hardware EssencePrograms and applications that enable users to interact with hardware, including operating systems and GUI interfaces, providing the functional layer for user engagement.Software RoleFirmware RoleEmbedded code burned into chips, acting as the soul of microcontrollers by directly controlling hardware functions without user intervention, serving as the bridge between hardware and software.学森第四代主动式均衡BMSBMS系统与组件硬件板子 - PCB+微处理器+适配器件硬件组件概览BMS: Battery Management System, ensures battery safety.EinsteinBMS: Custom passive balancing system by EMC for A123.XS4-BMS: Xuesen's 4th gen active balancing lithium-ion safety system.BMS系统介绍BMU主控电池管理，BPU供直流电，BEU采样均衡。BMS系统组成学森第四代主动式均衡BMS通信协议与电池状态01CAN CommunicationCAN protocol facilitates robust data exchange among control boards, adhering to stringent rules for seamless system communication.02SOP ReportingState of Power indicates remaining energy capacity in watt-hours, crucial for managing power reserves accurately.学森第四代主动式均衡BMS通信协议与电池状态State of Health measures battery wellness percentage, essential for evaluating long-term performance and reliability.SOH Assessment01Real State of Charge, a product of SOC and SOH, reveals actual residual charge capability, optimizing battery utilization.rSOC Calculation02学森第四代主动式均衡BMS电池类型与管理系统LFP, RLM, NCM, NCA, LTO, S - 主要电池电芯类型电池电芯类型CEMS: Central Energy Management System, GEMS: Green Energy Management System能源管理系统GUI - Graphical User Interface， 人机界面（上位机）人机界面