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Solar Simulater

Name: Solar Simulater
Brand: WEE SCIENTIFICS
Price: 1092000.0 INR
Availability: InStock

Price 1092000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Solar Simulater Specification

Glass Type
Tempered Glass

Control Type
Digital

Accuracy
High Precision

Shape
Rectangular

Temperature Resistance
Up to 80C

Features
Adjustable Illumination, Uniform Light Distribution, Easy Operation, Sturdy Construction

Power Supply
Electric

Display Type
Digital Display

Type
Solar Simulator Equipment

Dimension (L*W*H)
600 mm x 400 mm x 800 mm

Equipment Type
Laboratory Instrument

Equipment Materials
Mild Steel with powder coating

Power
500 W

Voltage
220 V AC

Material
Metal and Glass

Application
Testing and Educational Purposes

Cooling System
Fan-Cooled

Illumination Area
300 mm x 300 mm

Mounting
Table Top

Light Source
Xenon Arc Lamp

Spectral Range
400 nm - 1100 nm

Safety Features
Over-temperature Protection, Enclosed Housing

Standards Compliance
ASTM, IEC

Intensity Adjustment
Manual and Automatic Modes

Lamp Lifetime
>2000 Hours

Solar Simulater Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About Solar Simulater

The HO-SC-IV Solar Simulator with IV Measurement System is an advanced photovoltaic characterization system designed for precise measurement of illuminated and dark IV characteristics of solar cells and photovoltaic materials. The system integrates a high-stability Xenon light source, precision electronic measurement unit, optical assembly, and user-friendly software for accurate solar cell performance evaluation under standard test conditions.

Key Features

Integrated 300 W Xenon lamp solar simulator
AM 1.5G air mass filter for standard solar spectrum simulation
Measurement of illuminated and dark IV characteristics
Adjustable illumination intensity and beam diameter
Precision bias voltage and current measurement
Computer-controlled operation with analysis software
Sample holder with XY motion stage
Suitable for research laboratories, photovoltaic testing, and semiconductor characterization

Technical Specifications

Parameter	Specification
Model	HO-SC-IV
Light Source	300 W Xenon Lamp
Filter	AM 1.5G Air Mass Filter
Solar Simulator Class	A C A
Spectral Match	0.75 1.25
Spatial Non-Uniformity	10%
Temporal Instability	2%
Maximum Beam Diameter	50 mm
Maximum Intensity	1 Sun
Minimum Intensity	0.7 Sun
Bias Voltage Range	+1 V to 1 V
Bias Voltage Resolution	5 mV
Current Measurement Range	0.1 A to 0.75 A
Sample Size	Up to 50 mm
Sample Stage	XY Motion Stage
System Dimensions	600 922 525 mm (W H D)

High-Precision Solar Simulation

This solar simulator delivers uniform, high-precision illumination ideal for laboratory environments. With a powerful Xenon Arc Lamp, it closely replicates the solar spectrum for reliable and repeatable test results. Its advanced digital controls ensure precise adjustment of light intensity to meet diverse testing requirements.

Compliance and Versatility

Meeting ASTM and IEC standards, the simulator guarantees data validity across a wide array of solar research and educational applications. Its broad spectral range, easy operation, and sturdy construction make it an excellent choice for institutions and research labs seeking accurate and reliable solar simulation.

Safe and User-Friendly Design

Enhanced safety features, such as over-temperature protection and enclosed housing, provide secure operation. The device is designed for ease of use, with a digital display, intuitive controls, and a spacious illumination area, making it suitable for both routine and specialized applications in controlled environments.

FAQ's of Solar Simulater:

Q: How does the Solar Simulator achieve uniform light distribution over the illumination area?

A: The Solar Simulator uses a high-quality Xenon Arc Lamp and carefully engineered optics to deliver uniform light distribution across the 300 mm x 300 mm work area, ensuring consistency and reliability during experiments.

Q: What safety features are included to protect users and equipment?

A: Safety is a priority with features such as over-temperature protection, an enclosed housing that shields users from UV exposure, and sturdy materials like tempered glass and powder-coated mild steel for added durability.

Q: When should the lamp be replaced and how long is its typical lifespan?

A: The Xenon Arc Lamp typically offers a lifespan of more than 2,000 hours under normal operating conditions. Replacement is recommended when light output diminishes significantly or nearing the end of rated hours to maintain performance.

Q: Where is the simulator best installed, and what are its mounting options?

A: The simulator is designed for tabletop mounting, making it suitable for laboratory benches and educational workspaces. Ensure that the location has adequate ventilation for the fan-cooled system and access to a 220 V AC power supply.

Q: What makes this solar simulator compliant with ASTM and IEC standards?

A: Its spectral output between 400 nm and 1100 nm, high precision, uniformity, and intensity adjustment capabilities ensure alignment with key ASTM and IEC requirements for solar simulation and photonic testing.

Q: How can users adjust the illumination intensity during operation?

A: Users can easily adjust the light intensity via manual or automatic modes using the digital control interface, allowing for precise simulation of various sunlight conditions to match testing protocols.

Q: What are the main benefits of using this solar simulator in a laboratory or educational setting?

A: The simulator offers reliable, high-precision solar emulation for a variety of testing and instructional purposes, supports standard compliance, is easy to operate, and is built for long-lasting, low-maintenance performance in rigorous environments.

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