PV Module Circuit Continuity Monitoring System
PV Module Circuit Continuity Monitoring System adalah sistem pemantauan yang dirancang untuk mendeteksi dan memonitor kontinuitas rangkaian listrik pada modul fotovoltaik (PV module) selama proses pengujian keandalan. Sistem ini digunakan untuk mengidentifikasi secara real-time terjadinya putus rangkaian (open circuit), sambungan yang tidak stabil, atau kegagalan interkoneksi yang dapat memengaruhi performa dan keandalan modul surya.
Dilengkapi dengan teknologi pemantauan multi-channel, akuisisi data berkecepatan tinggi, alarm deteksi kegagalan otomatis, serta perangkat lunak analisis dan pencatatan data, PV Module Circuit Continuity Monitoring System mampu memberikan pemantauan yang akurat dan berkelanjutan selama pengujian seperti thermal cycling, humidity-freeze, mechanical load, dan berbagai uji keandalan lainnya. Sistem ini banyak digunakan dalam industri energi surya, manufaktur modul fotovoltaik, laboratorium pengujian, dan pusat penelitian untuk memastikan integritas rangkaian listrik modul sesuai standar seperti IEC 61215, IEC 61730, dan standar pengujian PV terkait lainnya.
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Spesifikasi Produk
| Model | 8079-HD |
| Power Supply Type | DC Constant Current Power Supply |
| Power Supply Number | 12 units |
| Current Switching Function | IEC 61215-2:2021 automatically switches current according to the following procedure (red line in the figure below):
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| Test requirement part 1 | A 5 N weight capable of being attached to the electrical termination leads of the module
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| Test requirement part 2 | Connect the temperature monitoring equipment to the temperature sensors. Connect each module to the appropriate current source by connecting the module’s positive terminal to the positive terminal of the power supply and connecting the second terminal accordingly. During the thermal cycling test, set the continuous current during the heating phase to the technical specification current (see 4.11.2d), for a temperature range from −40 °C to +80 °C. |
| During the cooling phase, at the −40 °C dwell stage and when the temperature is above 80 °C, the continuous current shall be reduced to no more than 1.0% of the measured STC peak power current for monitoring continuity. If the temperature rises too quickly at the lowest temperature (exceeding 100 °C/hour), the application of current may be delayed until the temperature reaches −20 °C. | |
| Software features | Time control: start/end time settings, auto-stop function |
| Data export: saves in excel format, reusable historical data export | |
| Real-time display: I/V/T curve visualization | |
| Alarm system: logs time, object, event description for fault tracing | |
| Retention period: displays and sets the retention period for saved data. The default value is 60 seconds. Users may | |
| Saved Excel Data |  |
