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Solar Energy Model Received by Earth Essential
Modèle énergie solaire reçue par la Terre Essentiel, High-Contrast Incident Grid Supports the Evaluation of planetary heat budgets by providing a visual and measurable quantification of ray divergence and concentration.
Économique, mise en œuvre instantanée, Ruggedized Mechanical Interface Ensures consistent Instructional Reliability in high-occupancy laboratory environments, minimizing the total cost of ownership (TCO) through mechanical longevity.
₹2,300.00
Quick Answer: The Solar Energy Received by Earth Model demonstrates how the angle and intensity of sunlight vary across the Earth’s surface, helping students visualize why polar regions receive less concentrated solar energy than equatorial regions.
Description
This model illustrates how solar radiation is distributed unevenly across the Earth due to its curvature and axial tilt, giving students a physical reference for concepts such as angle of incidence, insolation, and latitudinal climate variation. It supports teaching in earth science, physical geography, and general astronomy, connecting textbook explanations of solar energy distribution to a tangible demonstration. LabEquip supplies this model to schools, colleges, and earth-science departments alongside a wider range of educational science models covering geology, astronomy, and planetary science topics.
Specifications
| Model Type | Solar radiation / insolation demonstration model |
| Subject Area | Earth science, physical geography, astronomy |
| Application | Classroom demonstration of solar energy distribution and angle of incidence across the Earth’s surface |
| Material | Not specified for this listing — confirm with our sales team |
| Dimensions | Not specified for this listing — confirm with our sales team |
| Recommended For | Secondary school and undergraduate earth science / geography programs |
Care & Handling
Store the model away from direct sunlight and high humidity to prevent fading or warping. Clean with a soft, dry cloth only; avoid solvents on painted or labelled surfaces. Handle any moving or rotating parts gently and always support the model by its base when relocating it.
Why Choose LabEquip
LabEquip supplies educational science models and laboratory equipment to schools, colleges, and universities across India, with an emphasis on accurate, classroom-ready teaching aids and responsive institutional support. Explore related resources: the Earth Globe Internal Structure model and the Model of Underground Deposits for related earth-science demonstrations, or browse our full Educational Science Models range.
Frequently Asked Questions
What does this model demonstrate?
It demonstrates how the angle and concentration of solar radiation vary across the Earth’s surface due to its curvature and axial tilt, explaining why different latitudes receive different amounts of solar energy.
Is this suitable for secondary and university earth science courses?
Yes. It is designed to support both secondary-school earth science classes and undergraduate earth science or geography modules.
What materials and dimensions does the model use?
Exact materials and dimensions are not specified for this listing. Please confirm current specifications with our sales team before ordering.
Can this model be used alongside other earth-science teaching aids?
Yes. It pairs well with other geology and planetary-science demonstration models in LabEquip’s Educational Science Models range for a broader earth-systems curriculum.
Does LabEquip offer institutional or bulk pricing?
Yes. Contact our sales team at [email protected] for institutional quotations and bulk-order pricing.
How should the model be cared for in a classroom setting?
Keep it out of direct sunlight and humidity, clean only with a soft dry cloth, and always lift or move it by its base to avoid damage to any moving parts.
Last Updated: September 2026
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