Description: 变频器故障控制策略，串联H桥多电平逆变器-Frequency converter fault control strategy of multilevel inverter series H bridge Platform: |
Size: 304128 |
Author:carol |
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Description: 用simulink搭建一个SSSC（静止同步串联补偿器）模型，其中的逆变器环节是H桥多电平逆变器调制策略采用载波移相pwm调制（SPWM），仿真在35kv输电线路，三节点以上，SSSC采用阻抗补偿模式，给出在容性补偿和感性补偿下的仿真结果。-Build a SSSC with the Simulink (SSSC) model, which is the link inverter H bridge multilevel inverter modulation strategy using carrier phase shifted PWM modulation (SPWM), simulation in 35kV Transmission line, more than three node, SSSC using impedance compensation model, the simulation results in the capacitive compensation and inductive compensation given. Platform: |
Size: 65536 |
Author:杨洪 |
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Description: single-phase multi-string multilevel inverter for micro grid applications. The
multilevel topology consists of few H-bridges connected in series, each one connected to a string. The proposed
multistring multilevel inverter needs only six switches whereas conventional cascaded H-bridge multilevel inverter
need eight switches. The Platform: |
Size: 923648 |
Author:sathishsvce13 |
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Description: which are cascaded by bridge cells with delta
configuration (SDBC) and cascaded by chopper cells with
double star configuration (DSCC). The negative sequence
current compensation mechanisms of SDBC converter and
DSCC converter are different, it needs further study which kind
of topology is more to identify. This paper expounded the
negative sequence compensation principle of the SDBC-SVG
and the DSCC-SVG, and deduced the circulation current and
bridge arm currents mathematically. The correctness of the
derivation was validated by PSIM simulation. Through
contrastive analysis of bridge arm currents stress and the
installed capacity of two kinds of modular multilevel SVGs, it
was found that the negative sequence compensation
characteristics of DSCC-SVG are superior to SDBC-SVG. The
conclusion provides a theoretical reference for making
reasonable selection of negative sequence compensation
topology in engineering applications. Platform: |
Size: 430080 |
Author:yangs |
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Description: THis about SIMULATION OF CASCADED H- BRIDGE
MULTILEVEL INVERTER USING PD, POD, APOD
TECHNIQUES-THis is about SIMULATION OF CASCADED H- BRIDGE
MULTILEVEL INVERTER USING PD, POD, APOD
TECHNIQUES Platform: |
Size: 467968 |
Author:moti |
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Description: These codes are include:
1- DC motor modeling and control using fuzzy method in matlab
2-windfarm modeling using DFIG in PSCAD
3- H bridge multilevel modular inverter modeling in matlab Platform: |
Size: 69632 |
Author:vahid |
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Description: These codes are includes:
1- DC motor modeling using fuzzy controller
2- Wind farm modeling using DFIG in PSCAD
3- control Using LMI code
4- H bridge multilevel inverter modeling
5- induction motor control using SVPWM Platform: |
Size: 89088 |
Author:vahid |
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Description: 四电平H桥级联多电平逆变器模型，基于载波移相原理(The four level H bridge cascaded multilevel inverter model is based on the carrier phase shifting principle.) Platform: |
Size: 10240 |
Author:yao_hj |
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Description: The gating signal for the 13-level hybrid inverter using SPWM technique is generated. This proposed ... the switching angles of inverter suppress the lower. order harmonics. ... elimination pulse width modulated technique based on. the foraging ... multilevel inverter (FCMLI) and (iii) cascaded H bridge Platform: |
Size: 18047 |
Author:suri270 |
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Description: This paper presents a new class of three phase seven
level inverter based on a multilevel DC link (MLDCL) and a
bridge inverter to reduce the number of switches. There are 3
types of multilevel inverters named as diode clamped multilevel
inverter, flying capacitor multilevel inverter and cascaded
multilevel inverter. C Platform: |
Size: 774169 |
Author:raoeee123@gmail.com |
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Search - multilevel bridge