PV Module Damp Heat, Freeze-Thaw Test Chamber Model: CHT-19-12-3
Hot and heat test box Model: CHT-19-12-2
Thermal cycle environment test box Model: CHT-19-12-3
Optical aging stability test box Model: CHT-1800
Steady-state simulation test box Model: CHT-WTBBA
UV accelerated aging test box Model: CHT-UVDC28
Current Continuity Test System Model: CHT-11D
Diode Thermal Performance Test System Model: CHT-12D
Pulse voltage test system Model: CHT-14D
PV Module Salt Spray Corrosion Test Chamber:CHT-16D
Optical senescence test box / photovoltaic module test LID: CHT-18D
Insulation withstand voltage tester Model: CHT-2813W
Wet leakage test system Model: CHT-3621W
Outdoor sun exposure test system model: CHT-H206
Dynamic Load Test Machine Model: CHT-20D
Static load test machine model: CHT-26D
PID Test System Model: CHT-PID
Component crushing tester Model: CHT-30D
Grounding continuity Tester Model: CHT-2813W
Lead end strength test machine Model: CHT-31
Appearance table Model: CHT-W26
Drop ball impact test machine Model: CHT-10
Photovoltaic welding strip stripping force testing machine
photovoltaic welding strip stripping force integrated machine
Universal material testing machine
Photovoltaic glass four-point bending test machine model: CHT-4 WQJN
Crosslinking degree test System Model: EVA-CC
2nd element image instrument model: CHT-3020
Two-dimensional image instrument
Acetic acid test box Model: CHT-YW 400
High pressure Accelerated aging test box Model: CHT-HAST-800
Differential Scanning Calorimeter (DSC) Model: CHT-CS300
Spectrophotometer Model: CHT-3400
Fourier transform infrared spectrometer model: CHT-H8030
Photovoltaic welding strip stripping force testing machine
Photovoltaic welding strip stripping force integrated machine
Universal material testing machine
Full-spectrum Ellipsometer Model: CHT-TP 01
Water vapor transmission and filtration rate Model: CHT-40B
No-rotor vulcanizer model: CHT-LH 06
Atomic force microscope Model: CHT-AFM
Solar cell TLM grid line contact resistance analyzer model: CHT-6070 TLM
Battery cell light aging box Model: CHT-DCPBBA
Photovoltaic cell PL detector model: CHT-80D
Scan four-probe square resistance meter Model: CHT-4500 RH
1. Surface morphology characterization: the surface roughness, flatness and microstructure of photovoltaic materials (such as silicon wafers, thin film, etc.) can be observed at high resolution, which is crucial for optimizing the performance of cells and improving the photoelectric conversion efficiency.-Detection of defects, scratches, and particles on the battery surface helps to analyze its impact on battery performance.
2. Film thickness measurement: accurately measure the thickness of photovoltaic film (such as amorphous silicon, CdTe, etc.), and is not limited by the transparency of the film and the substrate material.
3. Study on electrical properties of materials: the local conductivity of materials is measured by the conductive atomic force microscope (C-AFM) mode, and the carrier transmission characteristics and the inhomogeneity of electrical properties are studied.
4. Nanometer scale structure analysis: analyze the nanoscale photovoltaic structures, such as quantum dots, nanowires, etc., to understand the impact of their morphology and distribution on the photoelectric performance.
5. Surface chemical analysis: Study the chemical composition and chemical bonding of the surface of photovoltaic materials in combination with specific probes and technologies.
6. Device performance evaluation: study the electrode / semiconductor interface of photovoltaic devices (such as solar cells) to evaluate the quality and contact performance of the interface.
7. Material aging and stability study: monitor the surface changes of photovoltaic materials during use, and evaluate their aging mechanism and stability.
8. Process optimization: to provide feedback and optimization basis for the preparation process of photovoltaic materials (such as deposition, etching, etc.).