搜索资源列表
MPPT_PV_Grid
- 利用逆变器对直流电源进行逆变,对光伏进行建模,搭建仿真(Inverter is used to invert DC power, modeling photovoltaic and building simulation.)
3333666
- 整套光伏并网模型matlab仿真,供交流学习。(The whole photovoltaic grid connected model Matlab is simulated for communication learning.)
PV_simulink509
- 基于MATLAB的光伏阵列仿真模型,很好的学习资料,可以正确运行(Photovoltaic array simulation model based on MATLAB)
power
- 光伏发电模型用来模拟一天内24小时段的光伏出力变化曲线(Photovoltaic power generation model used to simulate the photovoltaic output change curve during the 24-hour period of the day)
9927438PV
- 建立包含直驱型风力发电机、单级式光伏发电系统和储能蓄电池的风能与光伏混合微电网模型。混合微电网在并网运行时,通过储能蓄电池平滑风能和光伏电源的输出功率波动,维持公共连接点电压。(A wind power and photovoltaic hybrid microgrid model including direct drive wind turbine, single-stage photovoltaic power generation system and energy storage ba
83390087DFIG_modificado_50Hz5
- 本程序可以实现的功能是:建立直接驱动风力发电机、单级光伏发电系统和储能电池的风力发电和光伏混合微电网模型。通过平滑蓄电池的输出功率平滑风能和光伏功率来维持PCC的电压。(The function of this program is to establish a hybrid micro grid model of wind power generation and photovoltaic power generation directly driven by wind power gener
含微电网的配电网自适应保护研究
- 介绍了微电网的定义、结构、控制方法和特点。由于世界各国发展 微电网的侧重点不同,所以对微电网的定义和其结构特点也不尽相同,本文基于 美国电力可靠性技术解决方案协会(CERTS)提出的微电网结构进行了研究。微 电网有并网运行和孤网运行两种运行方式,并且每种运行方式的控制方法不同: 并网运行主要采用PQ控制策略,而孤网运行主要采用V/f控制策略。微电网的微 型电源主要有光伏发电、风力发电等,储能装置主要有蓄电池、超级电容器和飞 轮储能。基于以上研究,本文采用PSCAD/EMTDC搭建了微
chaojidianrong
- 可以在simulink中运行的超级电容模型,可以用于电压暂降电压补偿(The super capacitor model that can run in Simulink can be used for voltage sag voltage compensation.)
PV_Battery_Vf_Model
- 搭建的独立型光伏发电系统,包括光伏电池模型,MPPT算法和蓄电池的充放电控制,三相离网逆变器的Vf控制。(The independent photovoltaic power generation system consists of photovoltaic cell model, MPPT algorithm and battery charging and discharging control, Vf control of three-phase off-grid inverter.)
SolarPanel
- 光伏电池模型,最大功率跟踪,输出功率电压电流特性曲线(Photovoltaic cell model, maximum power point tracking)
pscad_1
- 包含光伏、风电等新能源接入的直流微网模型(Direct Current Microgrid Model Including New Energy Access such as Photovoltaic and Wind Power)
PV-Battery Model
- 光伏逆变电源并网,并网光伏发电完整模型,用来进行PSCAD仿真(Grid-connected Inverter Power Supply)
imulink
- 光伏仿真模型和boost-buck模型,适合做微网或者交直流微网的学者研究(Photovoltaic simulation model and boost-buck model, suitable for scholars of microgrid or AC/DC microgrid)
xu2
- spwm,光电并伏,PI控制光伏并网系统仿真模型(Simulation model of photovoltaic grid connected system controlled by SPWM and photovoltaic PI)
PV_final
- 光伏发电模型,能实现光伏最大功率点跟踪,可以跑出仿真(Photovoltaic power generation model can realize maximum power point tracking of photovoltaic)
光伏mppt变换器
- 自建的光伏电池模型,符合光伏电池U-I特性曲线,同时采用基于电导增量法的mppt算法,在buck电路的基础上实现光伏输出最大功率追踪功能。
微电网模型
- 包括电池 风机 电容 光伏 交直流负载,亲测可用
micro grid
- 这是一个含柴油机,光伏,风电的综合能源微网,利用该模型可进行系能源研究(a micro power grid embedded gas-electric ,wind farm and ect.)
PV_inverter_grid_connected
- 以单相光伏发电并网系统为研究对象,针对光伏发电并网技术,深入分析了光伏发电最大功率点跟踪技术和逆变器并网控制技术。在Simulink中搭建了光伏电池模型、基于扰动观测法的MPPT模型和使用电压电流双闭环SPWM控制策略来并网。(Taking the single-phase photovoltaic power grid system as the research object, aiming at the photovoltaic power grid technology, this pa
PV_panel
- 光伏电池simulink模型,分析了光照强度和温度变化时,功率的变化情况(Simulink model of photovoltaic cell)