Solar Home Power Circuit Apparatus
Product Code : SCL-SK-12162
The Solar Home Power Circuit Apparatus is a renewable-energy teaching apparatus used for demonstrating photovoltaic electricity, battery/load connection and basic home power distribution through a low-voltage circuit. It is suitable for schools, colleges, STEM labs, physics practical rooms, TVET centres, environmental science classes, distributors and educational procurement buyers.
Product Description
The Solar Home Power Circuit Apparatus from Science Lab Supplies is intended for classroom demonstrations of solar power generation and simple home-energy circuit concepts. The supplied product name confirms a solar home power circuit teaching model, but the exact solar panel rating, battery inclusion, controller, load modules, voltage, current and dimensions must be confirmed before final catalogue publication.
This apparatus helps students observe how light falling on a photovoltaic panel can produce electrical output for approved low-voltage loads. It supports lessons on solar panels, battery charging, switches, circuit protection, polarity, LED/load operation, energy storage, off-grid power and renewable-energy applications.
Key Features
- Solar home-power demonstration: shows how a photovoltaic panel can supply a low-voltage circuit.
- Home circuit learning: helps explain switches, loads, polarity, wiring paths and power distribution.
- Battery/load concept: may demonstrate charging and stored-energy use where a battery is supplied.
- Renewable-energy teaching aid: supports clean-energy, sustainability and off-grid electricity lessons.
- Capacity not applicable: this is an electrical demonstration apparatus, not a liquid-volume product.
- Classroom-friendly format: suitable for teacher-led demonstrations, STEM activities and TVET practicals.
- Specification-dependent output: performance depends on panel rating, light intensity, battery condition, load rating and wiring layout.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Solar Home Power Circuit Apparatus |
|
Primary Keyword |
Solar Home Power Circuit Apparatus |
|
Secondary / Semantic Keywords |
solar home circuit model, solar power training apparatus, photovoltaic circuit trainer, school solar energy kit, STEM renewable energy model, solar battery circuit apparatus, solar DC load demonstration, educational solar panel kit |
|
Brand |
Science Lab Supplies |
|
Product Category |
Science Lab Equipment / Physics Lab Equipment / Renewable Energy Demonstration Apparatus |
|
Intended Users |
Schools, colleges, STEM labs, physics teachers, environmental science teachers, TVET instructors, distributors and educational procurement buyers |
What's Included in the Kit
- Solar Home Power Circuit Apparatus
- Solar panel, battery, charge controller, LED lamp, fan, buzzer, switch, fuse, voltmeter, ammeter, connecting leads, circuit board, activity guide, storage box, labels or certificate
Applications / Uses
- Demonstrating photovoltaic electricity in school science labs
- Teaching solar home-lighting and low-voltage power distribution concepts
- Explaining battery charging and stored-energy use where supplied
- Showing switching, load operation, polarity and basic circuit protection
- Comparing load response under different light conditions
- Supporting STEM projects, TVET electrical training and renewable-energy exhibitions
How to Use the Solar Home Power Circuit Apparatus
- Confirm the solar panel rating, battery rating, load rating and approved wiring layout before use.
- Place the apparatus on a stable, dry and insulated classroom bench.
- Place the solar panel under direct sunlight or an approved classroom light source.
- Connect the supplied loads through the marked switches and terminals.
- Check polarity before connecting any battery, meter or LED load.
- Switch on one load at a time and observe brightness, fan speed or meter readings where supplied.
- Compare performance under different light intensity, panel angle or load combinations.
- Switch off all loads, disconnect the circuit and store the apparatus after use.
Safety note: Use under teacher supervision. Do not connect the apparatus to mains electricity, short-circuit the panel or battery, overload the loads, bypass protection components, touch exposed conductors with wet hands, or use damaged wires, cracked panels or swollen batteries.
Care & Maintenance
- Clean the solar panel gently with a soft dry cloth.
- Store the apparatus dry and protected from dust, impact, heat and moisture.
- Do not pull wires, bend terminals, scratch the solar panel or over-tighten connectors.
- Remove from use if wiring loosens, the panel cracks, battery condition appears unsafe or load output becomes unstable.
Why Choose Science Lab Supplies
Science Lab Supplies manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models and STEM models. Its product range supports science lab equipment, physics lab equipment, educational lab equipment, electrical training and renewable-energy teaching requirements. The brand supplies educational institutions, distributors and bulk tender buyers requiring practical classroom apparatus.
Frequently Asked Questions
What is a Solar Home Power Circuit Apparatus used for?
A Solar Home Power Circuit Apparatus is used to demonstrate photovoltaic electricity, low-voltage home circuit wiring, battery/load connection and renewable-energy power distribution.
What solar panel rating is supplied?
The solar panel rating is not confirmed. Add wattage, voltage and current only after checking the final product specification.
Does the apparatus include a battery?
Battery inclusion is not confirmed. List battery capacity, chemistry, charging method or backup details only if supplied with the final apparatus.
What loads can be demonstrated?
The included loads are not confirmed. Add LED lamp, fan, buzzer, meter, socket or switch details only after supplier verification.
Can students use it for STEM and TVET projects?
Yes. It is suitable for supervised STEM and TVET activities on solar electricity, basic wiring, switching, loads and renewable-energy systems.
Is it suitable for school science labs?
Yes. It is suitable for supervised school and college demonstrations when used with low-voltage components, correct polarity and safe electrical handling.
For related teaching and laboratory products, explore science lab equipment, physics lab equipment, solar lamp and communication equipment, and solar direct drive equipment.
