1. 小型市電並聯太陽能發電系統之研製
指導教授：江炫樟
學 生：呂宗翰 1

2. 目錄
一、太陽能電池模組模擬器
二、單級並網之單相太陽能變流器
三、高升壓比返馳式太陽能變流器
市電並聯型 2

3. 一、PV-Module Emulator 3 (a) Synchronous Buck Converter
(b)Average current control
(c)PV characteristic curve
(d)PSIM simulation block 3

4. PV-module power circuit
The Implementation of
PV-module power circuit
The PV-module emulator
Controller By
matlab real-time control 4

5. 5

6. 二、Design and Implementation of Single-Phase
Grid-Connected Photovoltaic Power Generation Systems
Advantage：low cost、high efficiency
Disadvantage：many PV-modules、low reliability 6

7. Modeling of the full-bridge converter
Current controller design 7

8. DC voltage controller design
a.DC-link voltage contains the
second order voltage ripple.
b.The low-pass filter is used to
attenuate the second-order
ripple. 8

9. Maximum Power Point Tracking(MPPT) controller
PV-module characteristic curve
Adjustability MPPT controller 9

10. The PSIM block of Single-Phase Grid-Connected PV Inverter10

11. The PSIM simulation result
單位功因餽入市電
電流緊緊追隨其命令
電壓緊緊追隨其命令 11

12. 三、Design and Implementation of High Step-up
Flyback PV Inverter
Advantage：low cost、high efficiency、
current limit、easy to control 12

13. 三、The control system of High Step-up
Flyback PV Inverter
Voltage control inner loop
MPPT control outer loop 13

14. Modeling of High step-up flyback PV inverter
Modeling of voltage loop system
Type II voltage controller
To attenuate the second-order ripple of PV-module , the Fp must be less than 120Hz(754rad/s).
For MPPT control outer loop , voltage loop could design in 50Hz (300rad/s). 14

15. The PSIM block of High step-up flyback PV Inverter15

16. High step-up flyback converter and line-frequency inverter
The Implementation of
High step-up flyback converter
and
line-frequency inverter
The High step-up flyback PV inverter
controller By
matlab real-time control 16

17. The simulation result： The experimental result：17

18. Thank you for your listening18