Solar cell evaluation equipment and research reagents manufactured by Dyenamo, Sweden.

basic information

Dyenamo, a Swedish company, was established in 2009 by renowned researchers in the field of solar cell research, Gerrit Boschloo (Associate Professor at Uppsala University) and Anders Hagfeldt (Professor at EPFL, Switzerland). Their product range includes DSSC (dye-sensitized solar cell) dyes, perovskite precursors and additives, as well as solar cell evaluation equipment. For more detailed information about Dyenamo's products, please visit https://dyenamo.se/index.php.

Price range

Delivery Time

Applications/Examples of results

Evaluation of dye-sensitized solar cells and perovskite solar cells Photo-induced absorption spectroscopy (PIA), IPCE, IV curves Photocurrent transients Charge extraction and others

Detailed information

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  Portable Solar Cell IV Measurement Device A cost-effective portable solar cell I-V measurement device designed for small area cells (<1 cm²) and low power (indoor ambient light) applications. Unlike conventional IV measurement systems based on Source-Measure Units (SMU), the DN-AE05 is an I-V characteristic measurement device built on the latest PC-controlled potentiostat technology. Specifications · Compliance voltage range: ±1.46 V · Maximum current: 15 mA · Voltage programming resolution: 50 μV · Voltage measurement resolution: 200 nV · Current resolution: 2 fA (at maximum gain) · Current noise level: 200 fA · Input bias current: ±3 fA · ADC measurement resolution: 24 bits · Sampling rate: up to 30 kHz · Front panel connections: working electrode, reference electrode, counter electrode · PC interface: USB 2.0 · Dimensions: 120 x 104 x 32 mm · Power consumption: <2.5 W (powered via USB)

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  DN-AE01 Charge Lifetime Evaluation Device for Solar Cells (Dye-Sensitized & Perovskite) Using Open-Circuit Photovoltaic Decay Method Analysis Techniques - Electron transport time under short-circuit conditions - Electron lifetime under open-circuit condition - VOC decay - Photocurrent transients - Charge extraction (from short-circuit or open-circuit conditions) - JSC vs Light intensity - VOC vs Light intensity - Current-voltage curves (at various light intensities and dark conditions) Configuration - Toolbox equipment - Solar cell holder attached to light source and light-shielding housing - Software & control PC - Current amplifier

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  Measurement Technique: Light-Induced Absorption Spectrum; Frequency-Dependent PIA Response at a Single Probe Wavelength The PIA spectrum of dye-sensitized TiO2 thin films can quickly indicate whether light-induced electron injection is occurring. Configuration: Halogen and LED light sources, monochromator, lock-in amplifier, detector, sample holder, Dyenamo software & control PC & manual Specifications Probe Light Source: Tungsten Halogen Lamp Excitation Light Source: High-Power LED Modulation Frequency: 1-10000 Hz Detector: Si Diode Wavelength Range: 350-1100 nm

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  The DN-AE03 is a standalone spectral sensitivity characteristic (IPCE) measurement device designed for solar cell applications with an active area of 1 cm² or less. It conducts IPCE measurements under short-circuit conditions using low-intensity monochromatic light in a DC method. The spectral range is from 350 nm to 1100 nm. Measurement technique: Automatic measurement of the IPCE spectrum (data is recorded in an easily readable text file); calculation of predicted JSC under AM1.5G illumination (1000 W m-2). Configuration: Dyenamo IPCE measurement equipment including a calibrated Si diode; software & control PC & manual. Specifications: · Light source: 175 W Xe lamp (ozone-free) · Monochromator: Spectral bandwidth of 20 nm · Spectral range: 350-1100 nm · Option: UV-enhanced version (250 nm to 1100 nm) · Monochromatic light intensity: 0.1-0.5 mW cm-2 · Filter: Filter wheel and sorting filter

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  DN-CP01 Carbon Paste (Flexible Perovskite Solar Cells Using DN-CP01) DN-CP01 low-temperature carbon paste has been developed for deposition on the perovskite layer of n-i-p device structures. DN-CP01 low-temperature carbon paste is also used for efficient back contact in p-i-n device structures (ACS Appl. Energy Mater., 2020, DOI: 10.1021/acsaem.0c00702). DN-CP01 carbon paste paves the way for new processing methods and concepts for perovskite solar cells. The cured carbon layer can be bent, making it suitable for flexible substrates. DN-CP01 carbon paste is primarily applied using a doctor blade but is also suitable for screen printing. It provides excellent connectivity to the perovskite layer and eliminates the need for an intermediate hole conductor layer. Properties: Curing temperature: 120°C Curing time: 15 minutes

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  Organic DSSC dyes, organometallic DSSC dyes, cobalt complexes, copper complexes, perovskite precursors and additives, hole transport materials (HTM) & dopants, carbon paste, TiO2 and platinum paste, solar fuel materials, building block reagents, counter electrodes, encapsulation materials, FTO glass, DSSC electrolyte additives, and custom-made materials & reagents are available. For details on the reagents, please check the Dyenamo website at the following link: https://www.dyenamo.se/standard_material_products.php