Solar Irradiance Meter Manufacturer,Supplier and Exporter in India

Product Code : SCL-E-12455

The Solar Irradiance Meter is a measuring instrument used for determining the intensity of incident solar radiation, commonly expressed in watts per square metre (W/m²). It supports school physics laboratories, STEM activities, renewable-energy education, photovoltaic investigations, and supervised experiments where learners need to observe and compare solar irradiance under different conditions.

Product Description

The Solar Irradiance Meter provides a practical method for studying the amount of solar power received per unit area. It can help students and teachers investigate how solar irradiance changes with environmental conditions, time, orientation, shading, and the position of a measurement surface.

The instrument is relevant to lessons involving solar radiation, renewable energy, photovoltaic systems, energy conversion, and environmental measurements. It can complement other educational energy apparatus for school physics laboratories. The supplied product information does not specify measurement range, resolution, accuracy, sensor technology, display type, or construction material.

Key Features

• Measures solar irradiance for educational and experimental investigations.
• Supports readings expressed in watts per square metre (W/m²), subject to the exact supplied instrument configuration.
• Helps demonstrate changes in solar intensity under different measurement conditions.
• Supports lessons on solar energy, photovoltaic technology, radiation, and renewable energy.
• Suitable for supervised school laboratory work, STEM activities, science clubs, and field observations.
• Can assist with comparative measurements involving panel orientation, shading, and changing sunlight conditions.
• Provides quantitative data for renewable-energy discussions and practical investigations.

Technical Specifications

What's Included in the Kit

• 1 × Solar Irradiance Meter
• Sensor, carrying case, batteries, probes, cables, instructions, or other accessories

Applications / Uses

• Measuring solar irradiance during school physics experiments.
• Comparing sunlight intensity at different times or locations.
• Investigating the effect of orientation and shading on incident solar radiation.
• Supporting experiments involving photovoltaic cells and solar panels.
• Collecting quantitative data for STEM and renewable-energy projects.
• Complementing experiments conducted with the Solar Energy Kit for photovoltaic investigations.

How to Use the Solar Irradiance Meter

1. Inspect the instrument and confirm that it is ready for measurement.
2. Switch on the meter according to the instructions for the supplied model.
3. Select the appropriate measurement mode or range, where applicable.
4. Position the sensing surface according to the intended experiment.
5. Avoid unintentionally shading the sensor during measurement.
6. Allow the reading to stabilise and record the displayed irradiance value.
7. Repeat measurements under different conditions when performing comparative experiments.
8. Switch off and store the instrument safely after use.

Safety and handling note: Protect the measuring surface from scratches, moisture, impact, contamination, and excessive heat unless the product documentation specifically confirms suitability for such conditions. Student use should be supervised by a teacher.

Care & Maintenance

• Keep the sensor or measuring surface clean and free from dust.
• Use only an appropriate soft cleaning material and avoid scratching optical surfaces.
• Store the instrument in a dry, protected location when not in use.
• Follow the manufacturer's calibration and battery instructions when supplied.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models and kits. Its renewable-energy range includes components and apparatus for practical solar-energy investigations.

Institutions developing a broader solar laboratory may also consider the Solar Cell 400mA – 75mm × 45mm for photovoltaic experiments. Exact specifications and supplied accessories for the Solar Irradiance Meter should be confirmed before procurement.

Frequently Asked Questions

What is a Solar Irradiance Meter used for?

A Solar Irradiance Meter is used to measure the intensity of incident solar radiation. It can support solar-energy experiments, photovoltaic investigations, STEM activities, and comparative measurements under different sunlight conditions.

What unit does a Solar Irradiance Meter use?

Solar irradiance is commonly expressed in watts per square metre (W/m²). The exact units and selectable measurement modes available on the supplied instrument should be confirmed from its technical datasheet.

Can a Solar Irradiance Meter be used in school laboratories?

Yes. It can support supervised physics experiments, renewable-energy lessons, environmental investigations, STEM projects, and solar-panel demonstrations.

Can it be used to compare different solar panel positions?

Yes. A solar irradiance meter can support comparative measurements at different orientations or under different shading conditions, provided the experiment is performed consistently.

What is the measurement range and accuracy of this meter?

The measurement range, accuracy, resolution, and sensor technology were not supplied. These specifications should be confirmed from the final product datasheet before publication or procurement.

Does the Solar Irradiance Meter have any certification?

No product-specific certification or standard was supplied, so no certification claim is made.

For broader renewable-energy education and advanced classroom investigations, explore the Solar Hydrogen Education Kit and related energy apparatus from School Equipments.

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