登录
首页 » C++ » psasp7.0ALL-examples

psasp7.0ALL-examples

于 2021-04-26 发布 文件大小:1922KB
0 390
下载积分: 1 下载次数: 178

代码说明:

  电力系统综合分析程序PSASP7.0的标准算例,很难找的。只要将相关算例用PSASP打开即可进行相关分析(Power system analysis program PSASP7.0 standard example, it is difficult to find. As long as the relevant example PSASP open to correlation analysis)

文件列表:

psasp自带全算例7.0
..................\2BUS_
..................\.....\100212203343.fdb,16777216,2010-02-12
..................\.....\100212203343.fdbBak,16777216,2010-02-12
..................\.....\2BUS_.pro,256,2010-02-12
..................\.....\2BUS_SLG,2028,2010-02-12
..................\.....\Elementslib
..................\.....\...........\SLG_DEFAULT.glb,82535,2006-05-26
..................\.....\Lib
..................\.....\Result
..................\.....\RTDB.nm,16,2010-02-12
..................\.....\slg
..................\.....\...\2BUS_.slg,15603,2010-02-12
..................\.....\slg100212203343
..................\.....\...............\cdb_acline.frm,9732,2010-02-12
..................\.....\...............\cdb_acline.MYD,266,2010-02-12
..................\.....\...............\cdb_acline.MYI,4096,2010-02-12
..................\.....\...............\cdb_analog.frm,8788,2010-02-12
..................\.....\...............\cdb_analog.MYD,0,2010-02-12
..................\.....\...............\cdb_analog.MYI,1024,2010-02-12
..................\.....\...............\cdb_areas.frm,8664,2010-02-12
..................\.....\...............\cdb_areas.MYD,23,2010-02-12
..................\.....\...............\cdb_areas.MYI,4096,2010-02-12
..................\.....\...............\cdb_breaker.frm,8828,2010-02-12
..................\.....\...............\cdb_breaker.MYD,0,2010-02-12
..................\.....\...............\cdb_breaker.MYI,1024,2010-02-12
..................\.....\...............\cdb_bus.frm,8916,2010-02-12
..................\.....\...............\cdb_bus.MYD,294,2010-02-12
..................\.....\...............\cdb_bus.MYI,3072,2010-02-12
..................\.....\...............\cdb_datagroup.frm,8566,2010-02-12
..................\.....\...............\cdb_datagroup.MYD,11,2010-02-12
..................\.....\...............\cdb_datagroup.MYI,2048,2010-02-12
..................\.....\...............\cdb_dbstatus.frm,8604,2010-02-12
..................\.....\...............\cdb_dbstatus.MYD,25,2010-02-12
..................\.....\...............\cdb_dbstatus.MYI,2048,2010-02-12
..................\.....\...............\cdb_dcline.frm,11966,2010-02-12
..................\.....\...............\cdb_dcline.MYD,0,2010-02-12
..................\.....\...............\cdb_dcline.MYI,2048,2010-02-12
..................\.....\...............\cdb_generat.frm,9730,2010-02-12
..................\.....\...............\cdb_generat.MYD,254,2010-02-12
..................\.....\...............\cdb_generat.MYI,4096,2010-02-12
..................\.....\...............\cdb_grppoint.frm,8598,2010-02-12
..................\.....\...............\cdb_grppoint.MYD,15,2010-02-12
..................\.....\...............\cdb_grppoint.MYI,1024,2010-02-12
..................\.....\...............\cdb_indexid.frm,8730,2010-02-12
..................\.....\...............\cdb_indexid.MYD,300,2010-02-12
..................\.....\...............\cdb_indexid.MYI,7168,2010-02-12
..................\.....\...............\cdb_isoswitch.frm,8828,2010-02-12
..................\.....\...............\cdb_isoswitch.MYD,0,2010-02-12
..................\.....\...............\cdb_isoswitch.MYI,1024,2010-02-12
..................\.....\...............\cdb_load.frm,9398,2010-02-12
..................\.....\...............\cdb_load.MYD,756,2010-02-12
..................\.....\...............\cdb_load.MYI,4096,2010-02-12
..................\.....\...............\cdb_mutual.frm,8968,2010-02-12
..................\.....\...............\cdb_mutual.MYD,0,2010-02-12
..................\.....\...............\cdb_mutual.MYI,1024,2010-02-12
..................\.....\...............\cdb_node.frm,8816,2010-02-12
..................\.....\...............\cdb_node.MYD,255,2010-02-12
..................\.....\...............\cdb_node.MYI,3072,2010-02-12
..................\.....\...............\cdb_pcaprea.frm,9282,2010-02-12
..................\.....\...............\cdb_pcaprea.MYD,370,2010-02-12
..................\.....\...............\cdb_pcaprea.MYI,4096,2010-02-12
..................\.....\...............\cdb_pstation.frm,8666,2010-02-12
..................\.....\...............\cdb_pstation.MYD,0,2010-02-12
..................\.....\...............\cdb_pstation.MYI,1024,2010-02-12
..................\.....\...............\cdb_sb.frm,8568,2010-02-12
..................\.....\...............\cdb_sb.MYD,9,2010-02-12
..................\.....\...............\cdb_sb.MYI,1024,2010-02-12
..................\.....\...............\cdb_scaprea.frm,9414,2010-02-12
..................\.....\...............\cdb_scaprea.MYD,0,2010-02-12
..................\.....\...............\cdb_scaprea.MYI,1024,2010-02-12
..................\.....\...............\cdb_schemecont.frm,8632,2010-02-12
..................\.....\...............\cdb_schemecont.MYD,19,2010-02-12
..................\.....\...............\cdb_schemecont.MYI,2048,2010-02-12
..................\.....\...............\cdb_schemeinf.frm,8656,2010-02-12
..................\.....\...............\cdb_schemeinf.MYD,129,2010-02-12
..................\.....\...............\cdb_schemeinf.MYI,3072,2010-02-12
..................\.....\...............\cdb_shift.frm,10104,2010-02-12
..................\.....\...............\cdb_shift.MYD,0,2010-02-12
..................\.....\...............\cdb_shift.MYI,1024,2010-02-12
..................\.....\...............\cdb_status.frm,8722,2010-02-12
..................\.....\...............\cdb_status.MYD,0,2010-02-12
..................\.....\...............\cdb_status.MYI,1024,2010-02-12
..................\.....\...............\cdb_svc.frm,8866,2010-02-12
..................\.....\...............\cdb_svc.MYD,0,2010-02-12
..................\.....\...............\cdb_svc.MYI,1024,2010-02-12
..................\.....\...............\cdb_trans_2w.frm,10106,2010-02-12
..................\.....\...............\cdb_trans_2w.MYD,313,2010-02-12
..................\.....\...............\cdb_trans_2w.MYI,4096,2010-02-12
..................\.....\...............\cdb_trans_3w.frm,11460,2010-02-12
..................\.....\...............\cdb_trans_3w.MYD,0,2010-02-12
..................\.....\...............\cdb_trans_3w.MYI,1024,2010-02-12
..................\.....\...............\cdb_zone.frm,8668,2010-02-12
..................\.....\...............\cdb_zone.MYD,23,2010-02-12
..................\.....\...............\cdb_zone.MYI,4096,2010-02-12
..................\.....\...............\cpar_ac_phy.frm,8828,2010-02-12
..................\.....\...............\cpar_ac_phy.MYD,0,2010-02-12
..................\.....\...............\cpar_ac_phy.MYI,1024,2010-02-12
..................\.....\...............\cpar_avr1112_lib.frm,9872,2010-02-12
..................\.....\...............\cpar_avr1112_lib.MYD,0,2010-02-12

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • 基于PSCAD的光伏站仿真与分析
    在分析光伏发电原理与光伏电池数学模型的基础上,对由若干光伏阵列组成的大型光伏电站进行PSCAD仿真建模,并分析其运行特性。采用恒电压跟踪方法并利用不同温度下的测量制表值共同实现大规模光伏阵列的最大功率点跟踪(maximum powerpointtracking,MPPT),并设计了相应的并网逆变器控制策略。最后,对大型光伏电站在正常运行以及站内外发生三相短路故障的情况进行仿真分析。(On the basis of analyzing the principle of photovoltaic generation and mathematical model of PCcells.)
    2017-06-20 14:35:57下载
    积分:1
  • 跟踪中心轨迹内点法最优潮流程序
    说明:  跟踪中心轨迹内点法最优潮流程序,适合学习最优潮流计算(Tracking center trajectory point method optimal power flow program)
    2019-10-31 17:26:39下载
    积分:1
  • CDJ1
    电动汽车充电仿真模型,SIMULINK电动汽车充电仿真模型,SIMULINK(The electric car battery simulation model)
    2020-12-13 19:49:14下载
    积分:1
  • fdmpi_v_1.1
    说明:  fdmpi是用于并行环境的地震正演软件,可以做三维正演模拟(fdmpi environment for parallel seismic forward software, can do three-dimensional forward modeling)
    2009-08-14 09:45:57下载
    积分:1
  • Large-wind-farms-stability
    大型风电场接入电网的稳定性问题研究,希望对大家有点启发( the problems of Large wind farms connected to the grid stability)
    2013-07-21 17:39:07下载
    积分:1
  • 机组组合问题wind_new
    程序自定义输入输出,解决电力系统机组组合问题。(Program custom input and output, to solve the problem of power system unit combination.)
    2017-09-13 09:48:37下载
    积分:1
  • Matlab simulation
    wind tubine modeling
    2018-04-29 05:58:58下载
    积分:1
  • wave-equation-forward-
    频率波数域波动方程正演(单点模拟也可随意给)(Frequency-wavenumber domain wave equation forward (single-point analog also be free to give))
    2013-10-29 10:25:49下载
    积分:1
  • decomposed_clec_thermal_hydraulic
    说明:  热电联供系统多能流建模,采用扩展牛顿—拉夫逊算法分解求解的方法进行计算。(The multi-energy flow model of cogeneration system is established, and the extended Newton-Raphson decomposition method is used to calculate the multi-energy flow.)
    2019-07-06 16:55:01下载
    积分:1
  • 系统稳定与控制 P.kundur
    说明:  本书是美国电力研究院(EPRI)组织“电力系统工程丛书”中,一部专门阐述电力稳定与控制的专著。随着世界范围内电力系统互联逐步扩大、新技术的不断采用、经济性以及电力工业调整所带来的约束,现代电力系统正日趋复杂。因这部专著的帮助,读者可以有效地解决由于电力工业的巨大变化所带来的稳定与控制方面的问题。(This book is a monograph on power stability and control in "Power System Engineering Series" organized by EPRI. With the gradual expansion of power system interconnection in the world, the continuous adoption of new technologies, economy and the constraints brought by the adjustment of power industry, modern power system is becoming increasingly complex. With the help of this monograph, readers can effectively solve the problems of stability and control brought about by the great changes in the power industry.)
    2020-12-30 10:12:36下载
    积分:1
  • 696516资源总数
  • 106648会员总数
  • 8今日下载