文件名称:MatDyn1.2
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matlab编制的电力系统暂态稳定分析程序，
可计算潮流，机电暂态仿真。带算例，有说明书，鲁汶大学编制-MatDyn is a free Matlab based open source program to perform dynamic analysis of
electric power systems. It is inspired by MATPOWER, a power flow and optimal power
flow program in Matlab and shares its philosophy: “It is intended as a simulation tool
for researchers and educators that is easy to use and modify.” [1]. The source code of
MatDyn is available. Care has been taken to keep it well structured and easy to
understand.
可计算潮流，机电暂态仿真。带算例，有说明书，鲁汶大学编制-MatDyn is a free Matlab based open source program to perform dynamic analysis of
electric power systems. It is inspired by MATPOWER, a power flow and optimal power
flow program in Matlab and shares its philosophy: “It is intended as a simulation tool
for researchers and educators that is easy to use and modify.” [1]. The source code of
MatDyn is available. Care has been taken to keep it well structured and easy to
understand.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
MatDyn1.2\AugYbus.m
.........\Cases\Dynamic\case39dyn.m
.........\.....\.......\case9dyn.m
.........\.....\.......\casestaggdyn.m
.........\.....\.......\casestaggdyn2.m
.........\.....\Events\case39fault.m
.........\.....\......\fault.m
.........\.....\......\staggevent.m
.........\.....\......\testall.m
.........\.....\Powerflow\casestagg.m
.........\Loaddyn.m
.........\Loadevents.m
.........\Loadexc.m
.........\Loadgen.m
.........\Loadgov.m
.........\MachineCurrents.m
.........\MatDyn1.2.pdf
.........\Mdoption.m
.........\.odels\Exciters\Exciter.m
.........\......\........\ExciterInit.m
.........\......\Generators\Generator.m
.........\......\..........\GeneratorInit.m
.........\......\.overnors\Governor.m
.........\......\.........\GovernorInit.m
.........\rundyn.m
.........\SolveNetwork.m
.........\.....rs\ModifiedEuler.m
.........\.......\ModifiedEuler2.m
.........\.......\RungeKutta.m
.........\.......\RungeKuttaFehlberg.m
.........\.......\RungeKuttaHighamHall.m
.........\Test1.m
.........\Test2.m
.........\Untitled.m
.........\Cases\Dynamic
.........\.....\Events
.........\.....\Powerflow
.........\Models\Exciters
.........\......\Generators
.........\......\Governors
.........\Cases
.........\Models
.........\Solvers
MatDyn1.2