Quantum Efficiency Tester

The MNPVQE-300Pro quantum efficiency tester is a common tool in photovoltaic research and production line quality processes, used for accurately determining the spectral response/EQE (IPCE) and IQE of solar cells.

The MNPVQE-300Pro is compatible with various types of photovoltaic devices, materials, and architectures, including c-Si, mc-Si, a-Si, µ-Si, CdTe, CIGS, CIS, Ge, dye-sensitized, organic/polymer, tandem, multi-junction (2-, 3-, 4-junction, etc.), quantum wells, quantum dots, chalcogenides, and perovskites.

PL/EL Integrated System

Offering high-precision detection of internal defects in crystalline silicon solar cells, such as crystal defects and impurities. This enables production personnel to promptly adjust process parameters and improve product quality.

The ME-PSC-PL/EL tandem features an intelligent detection system that can customize defect identification based on defect types, including black spots, pinholes, black corners, scratches, and more.

PV-Reflectumeter

The RTIS Matte Reflectance Tester can measure the reflectance intensity of textured surfaces at different wavelengths. The test results are processed by software to calculate the photoelectric signals, ultimately presenting them as visual curves, which facilitates users in systematically characterizing the reflectance properties of the textured surfaces.

It is suitable for various front-end processes such as 「texturing of monocrystalline and polycrystalline silicon, coating, etching, and wet/dry black silicon」 measuring parameters like the inversion rate, minimum wavelength point of reflectance, and total reflected energy within specified wavelength ranges for rough surfaces.

3D Confocal Microscope

The ME-PT3000 is a specialized optical instrument for detecting the surface quality of photovoltaic (PV) cells. Based on optical principles, it combines a precision Z-axis scanning module with 3D modeling algorithms to achieve non-contact 3D scanning and imaging. This allows for the quantitative measurement of busbar height/width and the number of textured pyramids, providing feedback on the quality of cleaning, texturing, and screen printing processes.

The device features a floor-standing confocal microscope structure, equipped with a damping isolation mechanism to minimize environmental vibrations. Through a matrix scanning method and signal processing algorithms, it supports high-precision 3D measurements and high-definition focused imaging, making it suitable for quality monitoring during the PV cell production process.

In-Line Four Point Probe Tester

FPP230 Auto is an In-Line Four Point Probe Tester specifically designed for “photovoltaic process monitoring.” It can quickly and automatically scan samples up to 230 mm in size, obtaining resistivity/resistance distribution information at different positions on the sample.

With the increasing level of automation among customers, the FPP230 Auto, featuring 1-9 point in-line four-probe testing with ultra-high precision and flexible design, has received widespread acclaim from automation manufacturers and customers.

Four Point Probe Tester

FPP230A is a automatic four point probe tester designed specifically for scientific research. It can quickly and fully automatically scan samples up to 230mm in size, obtaining resistivity/resistance distribution information from different locations on the sample.

The dynamic testing repeatability for ITO films can reach 0.2%, which is industry-leading. With an ultra-wide measurement range of 1mΩ to 100MΩ, it covers the vast majority of application scenarios and is widely applicable in fields such as photovoltaics, semiconductors, alloys, and ceramics.

In-Line Thin Film Thickness Tester

The POLY5000 is an in-line thin film thickness tester specifically designed for monitoring photovoltaic processes. It can perform rapid, automatic 5-point synchronous scanning of samples, monitoring the thickness and optical constants of various films on the "industrial production line". It provides fast and accurate measurements of film thickness, optical constants, and other information, with customizable measurement dimensions based on customer sample sizes.

Utilizing Millennial's mature "film thickness measurement" technology, the POLY5000 enables users to optimize film thickness characteristics and monitor process stability in real-time.

Raman Spectrometer

The Millennial Solar Galaxy Solar crystallization rate tester is suitable for both spectroscopy and imaging, featuring a high spectral resolution and extremely low stray light. This ensures the accuracy and repeatability of spectral data. A series of new technologies for Raman spectral imaging have been introduced, significantly enhancing the quality and speed of Raman spectral imaging. The novel imaging algorithms can extract useful spectral information from complex big data.
The unique high-efficiency asymmetric optical path design, combined with axial scanning of the grating, suppresses stray light and eliminates diffracted light, ensuring that customers can quickly and accurately obtain high signal-to-noise ratio spectra and images.

FTIR Spectrometer

Fourier Transform Infrared Absorption Spectroscopy (FTIR) is a powerful tool for studying the relationship between the emission or absorption of radiation by various molecules in the infrared spectrum and their molecular structures. It is primarily used for the analysis of material structures.
The infrared absorption spectrum can be utilized to investigate the configuration and distribution of Si-H bonds in amorphous silicon and microcrystalline silicon materials.

Spectrophotometer

The UVN2800-Pro spectrophotometer features a unique dual-beam optical design that effectively corrects for absorbance variations caused by different sample matrices, allowing for stable sample measurements. It offers a wide testing range, high precision, and excellent stability.

The UVN2800-Pro spectrophotometer supports the measurement of solar transmittance across a broad wavelength range from the ultraviolet to the near-infrared region, providing strong support for the efficiency analysis of solar cells.

Automatic Spectroscopic Ellipsometer

The UVPLUS SE Spectroscopic Ellipsometer is a high-performance, specialized spectral ellipsometer developed by Millennial Solar for the research and quality control of photovoltaic solar cells. It covers a wavelength range from ultraviolet to visible and near-infrared.

The device features a highly sensitive detection unit and spectral ellipsometry analysis software, specifically designed to measure and analyze the layer structure parameters (such as thickness) and physical parameters (such as refractive index n and extinction coefficient k) of single or multilayer nanofilms in the photovoltaic field.

Contact Resistance Tester

In the optimization of solar cell electrodes, contact resistance is an important aspect to consider. The magnitude of contact resistance is not only related to the contact geometry but also to the diffusion and sintering processes. Measuring contact resistivity can reflect issues present in the diffusion, electrode fabrication, and sintering processes.

The TLM-STD contact resistivity tester offers two testing functions:
Contact resistivity testing and line resistance testing, which can be switched between.

The contact resistivity testing is primarily used to measure contact resistance, thin film resistance, and contact resistivity;
The line resistance testing is used to measure the line resistance of grid lines.

Ultra depth of field 3D microscope

The ME-UD6300 Ultra Depth-of-Field Microscope is a detection instrument designed for sub-micron level measurements of various precision components and material surfaces. It utilizes high numerical aperture objectives and apertures, adjusting the size of the light spot and the position of the aperture to achieve varying degrees of focus at different depths, thereby realizing the ultra depth-of-field effect. Combined with a precise Z-axis scanning module and 3D modeling algorithms, it performs non-contact scanning of the component surface and constructs a 3D image of the surface. The system software processes and analyzes the 3D image data, obtaining 2D and 3D parameters that reflect the surface quality of the component, thus enabling optical detection for 3D measurement of the surface morphology.

Auto Visual Tester

Millennial AVT-4030 Auto Visual Tester integrates size, defect, film thickness, and tension detection into one, achieving high precision, high efficiency, and comprehensive defect detection for photovoltaic screen printing, as well as line width, line spacing, and shrinkage measurement. It is the ideal quality inspection assistant for quality control (QC) personnel.

The AVT-4030 employs advanced image processing technology and algorithms, featuring a user-friendly interface that allows operations to be completed in just a few steps. It also includes measurement and data statistical analysis functions to help customers analyze and improve their processes.

VMM PV Vision Measuring Machine

Millennial Vision Measuring Machine equipped with a measurement system based on a high-resolution camera, allowing for fast and accurate measurement of various components.

VMM PV Basic Module: Used for detecting the patterns of photovoltaic panels, 2D planes, as well as measuring bus bar width, spacing, and the printing quality of PT values.

Exclusively Developed Metal Coverage Rate Module: This module is specifically designed to calculate the coverage ratio of silver bus bars over the entire solar cell. It can quickly and automatically compute the coverage ratio using a visual graphical method, comparing it with the originally designed ratio to identify any discrepancies.

Solar Cell Horizontal Tensile Tester

In the photovoltaic industry, during the incoming material inspection of solar cells, bending tests and solder strip peel strength tests are conducted to evaluate the quality of the bus bar welding. The ME-CELL-HTT is a horizontal tensile testing machine specifically designed for 180° peel tests on solar cells.
The testing machine has a load range of 0N to 100N and provides testing solutions with exceptional accuracy and reliability. It features a data acquisition frequency of up to 50Hz and a force measurement accuracy of ±0.5% of the full scale at 1/1000 resolution, offering high flexibility.

Steady State Solar Simulator for Solar Cell

The Millennial Steady State Solar Simulator for Solar Cell utilizes metal halide lamps that simulate full-spectrum light sources to replicate destructive light waves present in various environments. It provides corresponding environmental simulation and accelerated testing for photovoltaic solar cell product development and quality control.

Light exposure tests comply with the stability test requirements specified in clauses MQT08 and MQT09 of the IEC 61215 standard. The irradiation area can be as small as 600×600 mm, and the light intensity meets BBA standards.

Solar Cell UV Aging Test Chamber

The Millennial Solar Cell UV Aging Test Chamber for Photovoltaic Solar Cells is a device specifically designed to simulate the ultraviolet radiation in the natural environment and conduct accelerated aging tests on photovoltaic solar cells.

The test is carried out in accordance with the provisions of the MQT10 clause in the IEC61215 standard. The minimum irradiation area can be made to be 700×900mm. Its core function is to evaluate the weather resistance, anti-aging performance, and reliability of materials under long-term outdoor exposure through controllable conditions such as ultraviolet light sources and temperature and humidity regulation.

Solar Cell Comprehensive Tensile Tester

The Millennial Solar Cell Comprehensive Tensile Tester has a horizontal module testing function. It can conduct a horizontal 180° solder strip peel strength test, with 28 sensors in use simultaneously. It can also perform cell bending tests, meeting three point and four point bending test requirements.

This equipment meets the installation and testing needs of solar cells of various specifications from current mainstream manufacturers and is widely favored. It is specifically used for testing the peel force, tensile strength, etc. of related products in the photovoltaic industry, such as silicon materials, silicon wafers, and battery components.

Visual Inspection Tester

Appearance defects of photovoltaic modules (such as cracks, bubbles, delamination, etc.) may intensify during subsequent tests and have an adverse impact on the performance of the modules.
The Millennial Visual Inspection Tester is used to detect any appearance defects in photovoltaic modules, meeting the requirements of MQT01 appearance inspection in the IEC61215 - 2:2021 standard.

Wet Leakage Current Tester

Wet Leakage Current Tester is used to verify the influence of moisture caused by rain, fog, dew or melting snow on the circuit caused by corrosion, leakage or safety accidents,ensure that the insulation performance of the module complies with the standards.
This equipment meets the test standards of IEC 61215-2:2021, IEC 61730-2:2016, and UL 1703-2015.

PV Module EL Tester

The EL tester for photovoltaic modules in the laboratory is a high-precision detection device based on the principle of electroluminescence (EL). It is mainly used to evaluate the internal defects and performance of photovoltaic modules, ensuring the product quality and reliability.

PV Module UV Preconditioning Chamber

The Millennial PV Module UV Preconditioning Chamber for photovoltaic modules is a specialized device used to simulate the ultraviolet radiation in the natural environment and conduct accelerated aging tests on photovoltaic modules.
The test is carried out in accordance with the MQT10 clause of the IEC61215 standard. The irradiation area can reach 5800×2800mm (capable of simultaneously testing 4 components with the specification of 2500×1400×50mm). Its core function is to evaluate the weather resistance, anti - aging performance, and reliability of materials under long - term outdoor exposure through controllable UV light sources, temperature and humidity regulation, and other conditions.

Steady State Solar Simulator for PV Module

The Millennial Steady State Solar Simulator uses metal halide lamps that can simulate full - spectrum light sources to reproduce the destructive light waves present in different environments. It can provide corresponding environmental simulation and accelerated tests for the product development and quality control of photovoltaic modules.
The light exposure test is carried out in accordance with the stability tests specified in the MQT08 and MQT09 clauses of the IEC61215 standard. The irradiation area can reach 6040×2560 mm, and the light level meets the BBA standard.

Current Continuous Monitor

The current continuity test system is for IEC61215 standard 10.11 high and low temperature cycle experiment clause, 10.12 wet freezing experiment clause. Mainly includes the provision of stable direct current, current recording, temperature recording and temperature control functions, through the temperature control of the DC power supply, the multi-channel current, multi-channel temperature long-term real-time monitoring. With the use of high and low temperature cycle box, it can monitor the internal circuit connectivity of multiple components.

Potential Induced Degradation Test

Long-term leakage current will cause changes in the state of the cell carriers and depletion layer,corrosion of the contact resistance in the circuit,and electrochemical corrosion of packaging materials.This results in cell power attenuation,increased series resistance,reduced light transmittance,delamination and other phenomena that affect the long-term power generation and life of the module.
The PID (Potential Induced Degradation) resistance test is often combined with thermal cycling (MQT11), wet-freeze cycling (MQT12), etc., to simulate the comprehensive failure modes of the modules in complex environments.

Bypass Diode Tester

The Bypass Diode Tester is a core inspection device specifically designed for photovoltaic modules, which is used to evaluate the conduction performance, thermal stability, and durability of bypass diodes under extreme operating conditions. As the "safety valve" of photovoltaic modules, bypass diodes can effectively prevent the hot spot effect and ensure that the modules can still operate safely when there is partial shading or when solar cells fail.
This system verifies the key parameters of the diodes by accurately simulating the actual application scenarios, ensuring the long-term reliability of the modules and reducing the operation and maintenance risks of the power station.

LeTID Test System

Reverse Current Overload Tester

During the application of solar cells, due to voltage drops, they may be reversely charged by other cell strings. If the reverse charging current does not reach the protection current of the cell string fuse, the module may be reversely charged for a long time, with the temperature continuously rising, thus damaging the module.
This test provides a reverse power supply to reversely charge the solar cells, simulating actual operating conditions to test the module's ability to withstand reverse current. It is applicable to Clause MST26 in the IEC61730 standard.

Impulse Voltage Tester

The Millennial Impulse Voltage Tester is a key device specifically designed to evaluate the insulation performance and reliability of photovoltaic modules under transient overvoltage conditions such as lightning strikes and switching surges.
Its core function is to simulate the pulse voltage waveforms specified in international standards like IEC 61730 (such as 1.2/50μs), and verify the withstand capability of the internal materials of the modules (such as the encapsulation adhesive film and backsheet) and the circuits under extreme voltage impacts, so as to prevent risks such as hot spot effects, electric leakage or fires caused by insulation failures.

Hipot Insulation Tester

The photovoltaic hipot insulation tester is a specialized device used to evaluate the insulation performance and withstand voltage capability of photovoltaic modules and electrical equipment. It mainly detects the leakage current, insulation resistance, and withstand voltage strength of these components in a high-voltage environment to ensure that the products meet the safety standards and prevent the risks of fires or equipment damage caused by insulation failures. The core functions include:

Insulation Resistance Test: Measure the insulation performance of the internal materials of the module (such as EVA adhesive film and backsheet) to ensure there are no potential risks of electric leakage.
AC/DC Withstand Voltage Test: Simulate transient high-voltage environments such as lightning strikes and power grid surges to verify the long-term withstand capability of the module.
Arc Detection: Identify the phenomena of partial discharge or arcs under high voltage to a

Ground Continuity Tester

The Ground Continuity Tester is a key device specifically designed to evaluate the reliability of the grounding system of photovoltaic modules. Its main function is to detect the resistance value between the metal frame of the photovoltaic module, the junction box, and the grounding conductor, ensuring that the grounding continuity meets the safety standards.
This device measures the resistance of the grounding loop by applying a constant direct current to verify the electrical safety performance of the modules under extreme conditions (such as lightning strikes and electric leakage).

Hipot Insulation Ground Tester

ME-PV-HIG developed by Millennial Solar for photovoltaic industry automated testing systems, the ME-PV-HIG combines withstand voltage testing, insulation resistance measurement, and ground continuity verification in one advanced device. Standard with data acquisition software and supporting remote firmware updates via USB, it fully complies with photovoltaic standards IEC 61215 and IEC 61730.

Damp Heat Test Chamber

Solar modules must withstand harsh climatic conditions during application. Among these, the high-temperature and high-humidity environment (DH test) is a core testing item for evaluating photovoltaic module reliability and material durability.
This test simulates extreme "dual 85" conditions (85°C temperature and 85% RH humidity, compliant with international standards such as IEC 61215 and UL 1703). Combined with continuous cyclic testing for over 1,000 hours, it systematically validates electrical performance degradation, encapsulation material failure, and long-term reliability predictions for modules.

Humidity Freeze Test

During the application process of solar modules, they will be subjected to the tests of various harsh weather conditions. Among them, the performance of the modules, such as their ability to withstand high temperature and high humidity as well as the subsequent impact of low temperature, and their ability to withstand long-term moisture penetration, needs to be evaluated. The HF test is carried out to verify and evaluate the reliability of the modules or materials, and to identify manufacturing defects at an early stage by inducing failure modes through thermal fatigue.

Thermal Cycle Test Chamber

The Millennial Thermal Cycle Test Chambe is a reliability testing device specifically designed for solar modules. It accurately simulates a rapidly alternating environment of high and low temperatures to verify the performance, structural stability, and long-term durability of module products under extreme temperature conditions. Moreover, by inducing failure modes through thermal fatigue, it helps users detect potential defects in advance, thus improving product quality and market competitiveness.

Dynamic Mechanical Load Tester

Mechanical performance assessment is required for both photovoltaic (PV) modules and building - integrated photovoltaic (BIPV) systems. This assessment is a crucial step in ensuring the long - term functionality of these systems and optimizing commercial products. Performance tests are carried out through methods such as mechanical loading (ML), inhomogeneous mechanical loading (IML), and dynamic mechanical loading (DML) to verify the performance of PV modules under external mechanical loads, ensuring that the modules are free from visual damage and significant loss of electrical functionality.
Dynamic Mechanical Load Tester meets the requirements for static mechanical load testing in Article 4.15 of IEC61215 - 2016 standard, Clause MST34 of IEC61730 - 2016 standard, and Clause 41 of UL1703 standard. It is controlled by an 84 - channel pressure sensor, with each cylinder independently controlled. The suction cup spacing is adjustable, and it has a universal structure to ensure

Static Mechanical Load Tester

The static mechanical load tester for photovoltaic modules is a specialized device used to simulate the static mechanical loads (such as wind pressure, snow pressure, ice accumulation, etc.) that photovoltaic modules bear during actual outdoor installation. By applying continuous pressure or tensile force, it evaluates the structural strength, material durability, and electrical performance stability of the modules.
Its core objective is to verify the compression - resistance, bending - resistance, and tensile - resistance capabilities of the modules in extreme environments, ensure that they comply with international safety standards (such as IEC 61215, IEC 61730, UL 1703, etc.), and reduce the risk of failure during outdoor operation.

Hail Impact Tester

During the operation of a photovoltaic (PV) system, PV modules face various environmental challenges, including hail. When hailstones strike the surface of PV modules at high speed, they may cause serious impacts such as surface damage, cell damage, and broken connection wires. Therefore, understanding the impact of hail on PV modules and the modules' impact - resistance capabilities is crucial for ensuring the reliability and durability of the PV system.
This hail impact testing machine is based on IEC61215 standard MQT17 development of hail test equipment, through the pressure impact of different diameter (artificial ice balls used to simulate hail) ice balls, and at constant speed impact components, simulate the impact of hail climate on components, verify the ability of components to resist hail impact.

Robustness of Termination Tester

This test is for IEC61215 standard MQT14 in the design and development of the leading end strength test system, testing machine is divided into tensile testing machine, torsion testing machine, adhesion testing machine 3 products.
Simulation component in the installation process, the component lead end is unintentionally or intentionally pulled, the equipment to a certain quality of weight applied in the lead end reciprocating pull to judge the lead end tensile performance; The equipment uses the motor to exert a certain torsion force on the lead wire, so as to judge the performance of the lead wire torque resistance.

Module Breakage Tester

The module breakage tester is a specialized testing equipment dedicated to evaluating the impact resistance performance of photovoltaic modules (especially BIPV). Its core function is to simulate the scenarios of the glass surface being impacted by the human body or objects, and verify the safety of the modules under extreme mechanical loads.。
The module cracking testing machine is a testing device developed based on Clause MST32 of the IEC61730 - 2 standard to test the ability of photovoltaic modules to resist heavy-object impacts. This machine is equipped with a controllable lifting system. It raises an impact bag filled with lead balls and wrapped in glass ribbon. When the impact bag freely falls from different vertical heights, it generates kinetic energy that acts on the surface of the photovoltaic module. This is to verify the risk of scratches or stabbing injuries after the tempered glass is cracked by the impact.

Cut Susceptibility Tester

Solar panels have plastic materials on their surface. During any process of production, installation, and operation, they may be scratched when touched by sharp objects, affecting the insulation of the panels. In severe cases, the internal charged parts will be exposed, resulting in the risk of electric shock.
This solution is an automatic testing equipment developed according to IEC61730, UL1703, and ASTM E2685-2009 standards. It is used to test whether the components with polymer materials as the front and back surfaces can withstand the routine operations during installation and maintenance without the risk of electric shock.

Peel Shear Strength Tester

Peel Shear Strength Tester is an innovative dual-function equipment developed through years of PV product testing and research, specifically designed for both peel testing and adhesion testing of photovoltaic modules. Its technical specifications fully comply with the requirements of IEC 61730-2:2016 standards.

Universal Testing Machine (Single-arm)

The Millennial Universal Testing Machine (Single-arm) adopts a compact single-column design. Tailored for the small-load, high-precision testing demands of photovoltaic materials, it is ideal for key components such as solder strips, encapsulation films, and junction box connectors.
Capable of performing tension, peeling, and bending tests, it accurately measures tensile strength, elongation at break, and bonding performance. Supporting rapid production-line spot checks and R&D verification, it serves as a specialized device for testing the mechanical properties of photovoltaic module materials.

Universal Testing Machine (Double-arm)

The Millennial Universal Testing Machine(Double-arm is a high-precision and high-stability mechanical testing device. Centered around a double-column gantry structure, it features high stability and large load-bearing capacity. It is specifically designed for verifying the strength of materials such as PV glass, aluminum alloy frames, and backsheets.
It supports three-point bending, compression, and biaxial tension tests, and can measure key parameters like the wind pressure resistance of tempered glass and the fatigue life of frames, meeting the requirements of UL 1703 and IEC 61730 standards.

Glass Transmittance Tester

Glass Transmittance Tester PGT2400 is a powerful tool for photovoltaic glass performance testing. It has high-precision measurement accuracy and stability. It can measure the transmittance of the sample, calculate the AM1.5 effective solar transmittance, visible light transmittance, Y, x, y, L*, a*, b* and other color parameters of ultra-white embossed glass, and display CIE color coordinates and chromaticity diagrams.
Equipped with an air floating platform, it ensures that when measuring the moving glass, there is frictionless movement to reduce wear and save manpower for carrying glass.

Acetic Acid Test Chamber

Photovoltaic modules usually use EVA (ethylene-vinyl acetate copolymer) adhesive film to encapsulate solar cells. During the long-term exposure and use outdoors, in addition to the erosion of water vapor, the EVA adhesive film will also degrade to generate acetic acid and olefins. The escaped acetic acid can corrode the electrode grid lines, solder ribbons, etc. of the solar cells, affecting the output power and safety performance of the photovoltaic modules.
The Millennial Acetic Acid Test Chamber adopts the box-in-box mode, which can conduct the acid resistance test on crystalline silicon solar cells and prevent the acetic acid failure of assembled modules. Application scenarios: regular monitoring of finished products in battery factories, evaluation of new pastes, and incoming material monitoring in module factories.

EVA Degree of Crosslinking Test System

Degree of cross-linking Test System is used to test materials such as EVA cross-linking, polyethylene (PE cross-linking,polyethylene insulated wire and cable (XLPE) cross-linking,natural polymer ion cross-linking and polymer crystallinity for photovoltaic module encapsulation. Test its flexibility, impact resistance, elasticity, optical transparency, low temperature bending, adhesion, environmental stress cracking resistance,weather resistance, chemical resistance, and heat sealing.

Junction Box Comprehensive Tester

The ME - 9960 junction box comprehensive tester is a dedicated testing instrument developed by our company to meet the testing requirements for the electrical characteristics of photovoltaic junction boxes. It can test parameters such as the forward conduction voltage drop VF, reverse leakage current IR, reverse voltage VR, on-state DC resistance R, and temperature TC of the diodes inside the junction box.
It can meet the testing requirements of junction boxes ranging from 10W to 400W (with 2 to 8 diodes). It is widely used in the on-line testing of junction box manufacturers and the incoming inspection of component users.
It complies with the photovoltaic standards IEC61215 and IEC61730. When used for testing photovoltaic module junction boxes, it can automatically identify the components under test and test multiple parameters of the junction box in one go.

Drop ball tester

The Millennial Drop Ball Tester adjusts a steel ball of a specified weight to a certain height and allows the steel ball to fall freely for the test. It impacts the surface of the test specimen and observes the degree of damage, which is used to determine the quality of plastics, ceramics, acrylics, glass fibers, photovoltaic modules, tempered glass and junction boxes.
The suction cup adopts the electromagnet mode, meeting the impact requirements specified in the standards GB/T9656, GB/T9962 and GB/T15763.2.

Semi-automatic scanning four-probe tester

The FPP300SA is a semi-automatic four-point probe sheet resistance tester designed for scientific research. It enables fast and precise testing of samples up to 450mm x 400mm, providing sheet resistance/resistivity information at different locations. The probe head incorporates precision mechanical clock movement technology, utilizing ruby bearings to guide tungsten carbide probes, ensuring high mechanical accuracy and extended durability. Industry-leading repeatability of 0.2% is achieved for standard resistor testing. With an ultra-wide measurement range of 1mΩ~100MΩ, it accommodates diverse applications across photovoltaic, semiconductor, alloy, ceramic, and other fields.

Stylus Profilometer

The Millennial Stylus Profilometer adopts contact - based surface topography measurement. It can measure the profiles of sample surfaces on scales ranging from micrometers to nanometers, and is capable of measuring step height, film thickness and thin - film height, surface topography, surface waviness, surface roughness, etc. It represents a new development in traditional surface topography measurement.
Stylus Profilometer adopts a new contact type surface topography measurement, with a minimum contact force of 1mg. There are no special requirements for the reflective properties, material type, and material hardness of the sample surface. It has a wide range of sample adaptability, high data reproducibility, and stable measurement. Convenient and efficient, it is a widely used measurement method.

Maximum Power Point Tracker

Millennial Maximum Power Point Tracker is a powerful and comprehensive multi-channel solar cell and component stability test system tailored for perovskite solar cell researchers. It uses a BBA-level LED solar simulator as an aging light source. It can control the temperature of the battery and the environmental atmosphere of the battery in a variety of ways (N2, dry air, constant temperature and humidity, etc.). It can perform long-term stability performancetests on multiple groups of batteries at the same time.
In addition to the traditional MPPT mode, it also adds constant voltage (such as open circuit voltage) and constant current aging (such as short circuit current) modes to increase the flexibility of stability research, and integrates powerful data analysis software to view and compare the performance indicators of different samples in real time.

Perovskite Glass Transmittance Tester

The online transmittance detection equipment for perovskite solar cells is a system that real - time monitors the optical transmittance of perovskite thin films, transparent oxide glass, or modules. It is used to optimize processes, ensure uniformity, and improve cell efficiency.

Perovskite P1 Laser Scribing Multifunctional Testing Machine

After the deposition of the transparent conductive electrode (TCO) and before the deposition of the hole - transport layer, a laser device will perform laser scribing on the sample to form independent strip - shaped conductive electrodes, which will serve as positioning points for subsequent P2 and P3 scribing. Therefore, by conducting quality inspections on P1 scribing, the efficiency, stability, uniformity, lifespan, safety, and manufacturing cost - effectiveness of perovskite solar cells can be improved in multiple aspects.
The Millennial Perovskite P1 Laser Scribing Multifunctional Testing Machine is a high - precision testing device specifically designed for the P1 laser scribing process of perovskite solar cells. The device can directly contact the sample through probes to test parameters such as resistance, accurately determining the quality of P1 scribing.

Perovskite Online PL Tester

Online PL defect detection addresses core challenges in solar cell production—speed, yield, cost, process optimization, and stability—through its non-contact, high-precision, and real-time feedback capabilities. Integrated with AI-driven deep learning, it enables fully automated defect identification and process optimization. This empowers customers to refine manufacturing parameters based on test results, enhancing device efficiency and stability.

Perovskite Online Sheet Resistance Tester

The online sheet resistance tester is a critical quality control device for perovskite solar cell production lines, designed to monitor the sheet resistance of materials such as transparent conductive layers in real time. Utilizing four-probe technology, it enables high-speed detection of thin-film conductivity uniformity, ensuring stable series resistance and fill factor, thereby enhancing the photovoltaic conversion efficiency of cells. The equipment seamlessly integrates into production lines, automatically feeds back data, and coordinates process adjustments (e.g., coating and annealing parameters), effectively reducing scrap rates and ensuring high yield and performance consistency in large-scale perovskite battery production.

Online Perovskite Film Thickness Tester

The online thickness measurement system utilizes spectroscopic ellipsometry principles. It analyzes alterations in the polarization state of linearly polarized light after reflection from thin-film samples. By measuring phase differences and amplitude ratios, film thickness is derived through model fitting. Featuring non-destructive testing capabilities, it preserves delicate film integrity while adapting to both wet-processing techniques (slot-die coating, inkjet printing) and vacuum deposition applications. Specifically designed for perovskite development, it enables crystallization process monitoring and large-area coating uniformity inspection, effectively minimizing photovoltaic efficiency variations.

Perovskite Process Inspection Workstation

The Perovskite Process Inspection Workstation integrates a Contact Angle Test Module, an Ellipsometer Test Module, a Sheet Resistance Test Module, and a Reflectance Test Module, facilitating users to conduct comprehensive evaluations of photovoltaic films. This all-in-one testing machine supports manual click/auto-switching of test modules. During testing, it enables single-point positioning mapping (supporting up to 5,000 points) and single-point multi-technique measurement (multifunctional testing for single points), maximizing one-stop service for customers.
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Millennial Solar Company
Basic Terms and Conditions of Sale
The following provisions apply to Millennial Solar products ("Products"). Any provision of the Buyer's order or other communication contrary to the following provisions shall be null and void. Millennial Solar Company reserves the right to modify the following terms from time to time.

1. Accept

The Buyer confirms and agrees to incorporate these general terms and conditions into this Contract and all purchase orders, shipping orders, purchase requisitions, work orders, loading instructions, instructions and other documents related to the Seller's provision of goods and/or services under this Contract, and to form an integral part thereof, whether in writing or through electronic data interchange (such documents are collectively referred to as this "Contract"). The Buyer confirms and accepts that the Buyer has reviewed and understood these General Terms and Conditions. If the Buyer accepts this Contract in writing or both parties conduct actual sales transactions, it shall be deemed that the Buyer has fully accepted this Contract and these general terms and conditions without any modification. Any addition, change, modification or amendment to the Contract (including the general terms and conditions) proposed by the Buyer, unless expressly agreed in writing by the Seller's authorized employees, shall be deemed to be rejected by the Seller.

2. Shipment & Document

2.1 Shipment. (a) The shipment of products depends on the available positions, and partial shipment is allowed. Each delivery shall be considered as an independent sale. The Buyer waives the right to claim compensation, defense or counterclai; (b) The Seller will properly package, mark and transfer the goods in accordance with any applicable laws or regulations; (c) The Seller will choose the appropriate route to transport the goods; (d) The Seller shall charge for handling, packaging, storage and transportation of goods (including customs duties, taxes, fees, etc.) according to relevant laws or specific provisions of the Contract; (e) The specific contents of the packing list of each batch of goods shall be confirmed by both parties after negotiation; (f) Both parties shall promptly issue the original bill of lading or other freight receipts for each batch of goods after negotiation and confirmation. If the goods transported need to be classified, the specific requirements after negotiation and confirmation by both parties shall be indicated on the bill of lading or other freight receipts. If the Buyer has no specific requirements for relevant documents, the Seller will prepare the documents in the format specified by the Seller.

2.2 Document. The Buyer should : (a) Accept to pay according to the shipping record reviewed by the Seller or the invoice issued by the Seller; (b)Accept payment by electronic transfer system. The specific payment terms and date shall be confirmed by both parties after negotiation; If the payment terms are not clearly specified, the default is delivery upon payment. The seller sends the invoice by EMS, and judges that the buyer has received the invoice according to the receipt signed by EMS. Once the invoice is lost, the value-added tax of the product shall still be paid by the buyer.

2.3 Taxes. Unless otherwise specified in this contract, the price has included relevant taxes levied by the state and local governments. The Seller will indicate relevant taxes on the invoice in accordance with the law. The Seller will provide the information and documents required by the Buyer according to local laws and regulations to enable the Buyer to deduct VAT. The invoice shall conform to the format prescribed by local laws.

2.4 Taxes withheld and remitted by the Buyer. If the Buyer is required to withhold any amount from the payment made to the Seller under the Contract in accordance with relevant laws, the Buyer shall have the right to withhold and remit such amount to the relevant tax authorities. At the request of the Seller, the Buyer will provide the Seller with the tax payment certificate or other vouchers issued by the relevant tax authorities to fully prove that the tax withheld has been paid.

2.5 Delivery plan. The delivery shall be carried out according to the quantity, date and time specified by the Buyer in this contract or in the single sales contract signed by both parties. For all delivery schedules determined by both parties, the time factor is crucial. If the buyer finds that the actual quantity of the product is less than the ordered quantity when receiving the product, the buyer must notify the seller in writing within thirty (30) days after receiving the product, otherwise the seller will not accept it; If the actual quantity of the product is found to be more than the ordered quantity, the over-loaded goods shall be returned to the Seller within thirty (30) days. The Seller will strictly abide by the delivery schedule confirmed by both parties through negotiation, and the delivery schedule of each transaction will be determined by both parties through separate negotiation. In case of any loss caused to the Buyer due to violation of the delivery schedule, the Buyer has the right to claim compensation for the direct loss caused by it. The specific amount of compensation shall be confirmed by both parties after negotiation, but the amount of compensation shall not exceed 5% of the current transaction payment. If the Buyer decides to change the delivery schedule according to the needs of the Buyer's customers or market, economic or other conditions, both parties can negotiate and confirm to change the scheduled delivery frequency or suspend the scheduled delivery.

2.6 Expedited shipment. If the Seller fails to make timely shipment of the goods in accordance with the delivery schedule agreed upon by the Buyer and the Buyer requests the Seller to adopt an expedited mode of transportation, the Seller shall ship the goods as soon as possible. The Seller shall be responsible for paying the costs associated with such expedited shipment, unless the Buyer's actions make it impossible for the Seller to meet the Buyer's delivery schedule, in which case the Buyer shall pay any costs associated with the expedited shipment and give the Seller reasonable time to prepare.

3. Product Specification

As the products are finished products, the specification of the product conforms to the contents shown in the seller's catalog or instructions. In principle, the Seller shall not change the specification, design and scope required by the Buyer.

4. Quality & Inspection

The product quality meets the technical indicators specified in the product specification provided by the Seller. Since the Seller's products are finished products, the Seller only accepts the relevant inspection of the products in the finished state; The Seller does not accept the products in the semi-finished state, the buyer to visit the seller's site, production process inspection.

5. Nonconforming Goods

5.1 The Buyer shall inspect the goods within one week from the date of receipt of the goods. In case of delay, the goods delivered by the Seller shall be deemed to be qualified. The Buyer shall not raise any objection on the quantity or quality of the goods. The Seller shall not replace the goods covered by this Contract with any goods unless both parties confirm their written permission. After both parties confirm that the goods are unqualified, both parties can negotiate and confirm the following methods: (a) Replace the Nonconforming goods; (b) Return processing; And/or (c)Both parties will negotiate and confirm other handling methods. The Seller shall bear the direct expenses related to the disposal of nonconforming products. If the nonconforming products cause losses to the Buyer, the Buyer has the right to make compensation for the direct losses caused by them. The specific amount of compensation shall be confirmed by both parties after negotiation.

5.2 The Seller shall not be liable for the defects that do not seriously affect the use of the goods, as well as the non-substantial deviation from the specifications of the goods. At the same time, the Seller shall not be liable for defects caused by the following circumstances: (a) normal loss of goods; (b) damage caused by risk transfer, or (c) intentional or negligent use of inappropriate mechanical equipment or process methods by the Buyer or a third person entrusted by the Buyer in the process of handling the subject matter Damage to the goods caused by improper storage not due to the fault of the Seller or other objective factors for which the Seller has not clearly stated its responsibility in this contract.

6. Force Majeure

For any loss or damage caused by (in part or in whole) any force majeure, fire, strike, flood, accident, riot, lockout, transportation damage or loss, limit, blockade, embargo, riot, mobilization or any other action of government agencies, non-governmental restriction, power failure, third party's non-performance and any reason beyond the control of Millennial Solar, whether at the place of shipment or destination, Millennial Solar will not be responsible for the transportation or any place where the event occurs, or the country where the factory manufacturing the product is located, and Millennial Solar can terminate the sale without being responsible to the buyer. After the occurrence of any such event beyond the control of Millennial Solar, if Millennial Solar chooses not to terminate the sale, the delivery time originally specified in the order contract shall be deemed to be extended to the time that Millennial Solar can deliver. If the Buyer cannot accept (the) delivery (time) due to the above reasons or reasons different from the above, Millennial Solar can choose to terminate the sale without being responsible to the Buyer, or extend the originally specified delivery time to the time when the Buyer can accept the delivery.

7. Guarantee

7.1 General Warranty. The product complies with the technical indicators of the product manual provided by the seller and is maintained in accordance with the provisions of the product warranty provided by the seller. Unless otherwise specified in the agreement, the Seller will not make any warranty except for the quality when providing products/samples. The Seller hereby expressly waives all express, implied and statutory warranties, including but not limited to the warranties of merchantability, fitness for a particular purpose and non-infringement or violation of intellectual property rights. The Seller can make suggestions on the use of products, but the evaluation of the effectiveness and applicability of products in various applications depends on the Buyer. The products and/or samples provided to the Buyer shall not be used inside the human body as safety equipment or fail-safe system, as well as vehicles, unless otherwise stated in its written specifications. If the products and/or samples are used in this way or in any wrong way, the Seller shall be free from any liability or damage arising therefrom. Both parties may enter into a separate agreement to manage or deal with the refund of unqualified goods.

7.2 Warranty Period. RMB transaction: 1 year after the goods arrive at the place designated by the buyer; CIF transaction: the goods are free from defects in materials and workmanship within 1 year after arriving at the buyer's airport. Defective products must be shipped to the Seller for inspection. After inspection, the Seller can choose to refund the purchase price, or repair or replace any defective products free of charge. This warranty only applies to the original buyer, and does not apply to defects caused by the buyer's error or improper installation, connection, repair, modification, application and handling, such as contact with outdoor air, excessive current, overheating, supercooling, humidity or vibration. The Seller does not guarantee the wear of components.

8. Composition and Toxic and Harmful Materials

The Seller is applying for corresponding processing for relevant certification and standards for products; If the buyer needs to know its specific situation, he can query the specific items in the seller's comprehensive catalog according to the product model.

9. Insolvency of The Buyer

Under the following or any similar circumstances, the Seller may immediately terminate this Contract without incurring any legal liability to the Buyer: (a) the Buyer is insolvent or has financial difficulties; (b) The buyer voluntarily applies for bankruptcy; And (c) any person files an application for compulsory bankruptcy against the Buyer; (d) Appointment of the Buyer's property manager or custodian; (e) The buyer executes the property transfer in favor of the creditor; Or (f) the Seller makes any financial or other accommodation arrangements that are not considered in the Contract but are necessary for the Buyer to perform its obligations under the Contract. Regardless of whether the Contract is terminated or not, the Buyer shall compensate the Seller for all expenses incurred by any of the above matters, including but not limited to all legal fees or other professional fees. In case of the above, the property right of the Buyer will be automatically transferred to the Seller.

10. Liability for breach of contract

10.1 For any losses, liquidated damages and expenses caused to the Seller due to the Buyer's cancellation, change of the contract or delay in payment, the Seller has the right to deduct from the Buyer's advance payment (if any), and reserves the right to further recover the losses and expenses from the Buyer.

10.2 Interest on late payments shall be paid at the high interest rate permitted by the People's Republic of China for all payments that are overdue or paid by bill, and Seller shall be liable for all costs and attorney's fees incurred in investigating the overdue accounts. Depending on the payment record or financial position of the Buyer, the Seller may alter or delay the sale of credit to the Buyer or stop the supply to the Buyer, limit or cancel the credit line of the Buyer, and require the Buyer to pay an advance payment or provide a guarantee accepted by the Seller before the Seller begins to prepare the goods for the performance of the sales contract.

11. Termination of contract due to breach of contract

In case of any of the following events, the Seller may terminate the Contract in whole or in part without prior notice, and shall not be liable for compensation for losses:
(a) When the buyer is dissolved, or is applied for bankruptcy or reorganization, or the seller has evidence that the other party will inevitably be dissolved or bankrupt;
(b) The Buyer terminates its business or changes its business without timely informing the Seller;
(c) The buyer's business license is revoked;
(d) The Buyer's legal representative, shareholder, investor and personnel related to the operation are changed unacceptable to the Seller;
(e) When the Buyer is deemed to have an obstacle in its ability to pay (such as more than 2 weeks in arrears, etc.) or to have violated other obligations under the Contract.

12. Technical Information

12.1 The Buyer and the Seller shall have the obligation of confidentiality for the confidential information of the other party that they know during the performance of this Agreement or the transaction. Confidential information refers to the technical data and drawings submitted in writing, but does not include the following information: (a) At the time of disclosure by the other party, it was known to the public or shared; (b) At the time of disclosure by the other party, one party has held; (c) At the time of disclosure by the other party, it is not the responsibility of one party, but is known or shared by the public; (d) Lawfully obtained from a third party with proper authority without confidentiality obligation; (e) Developed independently without using the other party's secret information. The confidentiality obligations of both parties shall be observed after the termination and termination of this contract, except during the validity of this contract, unless such technical information has become known to the public for reasons other than the parties.

12.2 If the product/sample purchased by the Buyer will be resold or delivered to a third party, the Buyer must provide the third party with a copy of this document, all specifications, manuals, catalogues, leaflets and written information about the product/sample received by the Buyer.

13. Maintenance

In case of product failure, the Seller's personnel must confirm it, and both parties shall negotiate to determine the specific scheme. Carry out relevant repairs according to the provisions of the Seller's product warranty. If the Buyer repairs itself or entrusts a third party to repair, the Seller will not be responsible for the product and the consequences caused by the Buyer's own repair.

14. Indemnity

14.1 Infringement. Claims arising from any infringement (including patent, trademark, copyright, spiritual right, industrial design right or other ownership, or abuse or misappropriation of trade secret) related to the goods or services under the Contract, including any claims arising from the Seller's only providing part of the goods or services, and the resulting damages and expenses (including but not limited to lawyers and other professional fees and payments), If such infringement is caused by the Seller's compliance with the design and manufacture provided by the Buyer, the Buyer shall bear the claims arising from the aforesaid infringement.

14.2 Product liability. In case of personal injury or death, property loss or economic loss caused by the defects of the product itself, the Buyer may require the Seller to make compensation in accordance with the Quality Law of the People's Republic of China and the court judgment.

15. Compliance with Laws

The Seller and the Buyer shall comply with the relevant laws, regulations, rules, orders, conventions, regulations and standards of the People's Republic of China, including but not limited to the laws related to environmental matters, wages, working hours and working conditions, selection of subcontractors, discrimination, occupational health/safety.

16. Transfer of Rights and Risks

16.1 The risk of loss and damage of goods shall be transferred from the Seller to the Buyer from the time the Seller delivers the goods to the carrier.

16.2 If the goods are available for delivery, but cannot be delivered due to reasons other than the Seller's fault, the risk of loss or damage of the relevant goods shall be transferred from the Seller to the Buyer from the date when the Seller notifies the Buyer in writing that the goods are available for delivery.

16.3 The Seller shall retain the ownership of the goods until the Buyer has paid the corresponding price. During this period, the Buyer shall not dispose of the goods by selling, leasing, lending, delivering, using and other forms.

17. Product Change and Shutdown

The Seller reserves the right to change the products not ordered from time to time, including the right to stop the production of such products. The supply period of products and related services after production suspension shall be determined by both parties through separate negotiation.

18. Tariff and Export Control

18.1 Tax credits and refunds. The Seller can provide necessary information (including written documents and electronic transaction records recorded in the format approved by the Buyer) to enable the Buyer to obtain these benefits, credits, or rights. In addition, the Seller will also provide all necessary information, documents and electronic transaction records related to the goods to enable the Buyer to fulfill the relevant customs obligations, the requirements, and certificates of the mark of origin, and enable the Buyer to claim preferential tariff treatment for the goods that meet the requirements of the applicable preferential trade system.

18.2 Export control. Products/samples are subject to the export laws and regulations of the People's Republic of China and other countries. Any transfer or re-export contrary to applicable export control laws and regulations, or any violation of applicable export control laws and regulations is prohibited.

19. No Implied Waiver

The failure of either party to require the other party to perform any provision of this contract at any time shall not affect the right to require the performance of this provision at any time in the future; Neither party shall be held accountable for any breach of any provision of this contract, nor shall it constitute a waiver of any subsequent breach of the same or other provisions. Neither party's failure or delay in exercising any of its rights or remedies under the Contract shall constitute a waiver of such rights or remedies; The single or partial exercise of any right or remedy shall not preclude the exercise of other or further rights or remedies. Any transaction custom or performance process shall not be used as evidence to waive or limit one party's obligations under the Contract.

20. Relationship Between the Parties

The seller and the buyer are independent parties to the contract. Nothing in this contract can make either party become the agent or legal representative of the other party for any purpose, nor can any party be authorized to undertake or establish any obligation on behalf of the other party or in the name of the other party.

21. Severability

If any provision of this Contract is invalid or unenforceable according to any act, regulation, regulation, administrative order or other legal provisions, this provision shall be deemed to be modified or deleted to the extent necessary to comply with such act, regulation, regulation, decree or provision, and the remaining provisions of this Contract shall remain valid.

22. The Seller's right to know the situation

The seller can provide relevant information about listed companies in the seller's group; The Seller has no obligation to provide relevant information of unlisted companies in the Seller's group; The buyer must keep the relevant information confidential.

23. Service and Loss Compensation

The services provided by the Seller and the compensation for losses are limited to the contents specified in the Contract.

24. Arbitration

Any controversy, dispute or claim in connection with or in relation to the terms and conditions herein (except pertaining to the payment for the Products/Trial Units), including without limitation, their interpretation, construction, coverage, scope, performance, non-performance, breach, termination, validity or enforceability,shall be resolved by both parties through negotiation; If the negotiation fails, it shall be settled by arbitration of the Shanghai Branch of the China International Economic and Trade Arbitration Commission according to its rules and procedures at the request of either party by the sole neutral arbitrator agreed by both parties. The arbitration of such issues, including, without limitation, the determination of any amount of damages suffered by any party hereto by reason of the acts or omissions of any party, shall be final and binding upon the parties to the maximum extent permitted by law. The parties intend that this Section shall be valid, binding, enforceable and irrevocable. The place of arbitration shall be Shanghai. No party shall seek punitive damages. Judgment upon the award rendered by the arbitrator may be entered by any court having jurisdiction thereof.

25. Entire Agreement

This Contract and its annexes, schedules, supplementary documents or other terms specifically specified by the Seller in this Contract together constitute the entire agreement between the Seller and the Buyer on the matters contained in this Contract and supersede all previous oral or written commitments and agreements. This contract can only be modified by the written contract modification document issued by the Seller. Regardless of whether the Contract contains any provision to the contrary, the Seller expressly reserves the right to make any claim against the Buyer due to any fraudulent or coercive act related to the conclusion of the Contract, or any breach or expected breach of the existing contract previously signed by the Buyer and the Seller (regardless of whether the existing contract previously signed is related to the same or similar goods or matters described under the Contract), And this contract does not constitute a waiver or exemption of such rights and claims. All payments made by the Buyer to the Seller under this Contract shall not affect the Seller's claim, right or remedy.

26. Dispute Resolution

26.1 Any dispute arising out of or in connection with this Contract shall be submitted to the court with jurisdiction in the place where the Seller is located.

26.2 The Contract shall be governed by the laws of the People's Republic of China.