Indoor Solar Energy Training System | RVX 001Controlled indoor solar-energy experiments.Open product →Renewable Energy Lab Equipment
Renewable Energy Lab Equipment, Manufacturer & Exporter Since 1993 Scientico India manufactures ISO 9001:2015 and model-specific Renewable Energy Lab Equipment for engineering co…
✓ ISO 9001:2015✓ documentation reviewed per model✓ Since 1993✓ 30+ Countries✓ Quote in 24h
Renewable Energy Lab Equipment
Frequently Asked Questions
How can an institution request a quotation?
Send the product or experiment requirement, quantity, destination and any tender requirements to Scientico. The quotation is prepared against the confirmed scope.
What information should be included in a laboratory equipment enquiry?
Include the required model or syllabus, quantity, electrical supply, required accessories, destination and preferred delivery terms. This allows the equipment scope to be checked correctly.
Which documents can be discussed before ordering?
Ask for the documentation required for the selected model and destination. Availability of manuals, calibration records, declarations, packing information and export documents is confirmed in the quotation.
Showing 1–12 of 27 results
How to Specify Renewable Energy for a Lab or Tender
Build practical coverage in solar, wind, storage, conversion, loading, grid interaction and renewable-energy measurement. Start with the product or experiment name. Use a catalogue model only to identify the configuration being offered after the buyer's functional requirement is clear.
Questions to settle before requesting prices
- Which source, conversion and storage concepts must be demonstrated?
- Is indoor operation required?
- Which voltage, current, power, irradiance, speed or energy values must be measured?
- Are grid connection, battery storage or software part of the scope?
How to compare distributor or supplier offers
Compare the physical energy path, rated modules, measurement points, loads, storage and experiments supported by the complete system.
Keep the buyer's original line numbers. Record the offered product, model, included scope, deviation and document reference in separate columns.
Information Scientico needs
Send the product names or syllabus, quantities, destination, required utilities, requested documents and submission deadline. If a reference brand or model appears, attach the underlying specification so equivalence can be checked.
Specifying a Renewable Energy lab?
These set out the equipment list, the specification and the documentation an evaluator asks for.
Related equipment ranges
Departments equipping this lab usually specify these alongside it.
Distributors and tender bidders
We manufacture at our own works in Ambala and supply through distributors in most markets.
Renewable-energy laboratory buying path
Compare the trainer by learning outcome and supplied scope
Choose whether students need component measurement, photovoltaic characteristics, grid connection, storage, solar thermal or wind-energy experiments. Then compare instruments, load modules, protection, software, manuals and included exercises.
- Name the curriculum outcome and experiments.
- Add student capacity and required measurements.
- Confirm panels, sources, loads, instruments and protection.
- Request the exact model, manuals and supplied-scope list.
Indoor Solar Energy Training System | RVX 001Controlled indoor solar-energy experiments.Open product →
On-Grid Solar Energy with Storage | RVX-005Grid-connected solar generation with storage.Open product →
Outdoor Solar Energy Training System | RVX-002Field-oriented outdoor solar-energy practicals.Open product →
Photovoltaic Solar Energy Advanced Trainer | RVX-006Advanced photovoltaic generation and measurement.Open product →
Photovoltaic Solar Panel Measurement Trainer | RVX-004Photovoltaic panel measurement and performance analysis.Open product →
Wind Energy Training System | RVX-007Catalogue reference: RVX-007Wind-energy conversion and measurement practicals.Open product →| Decision | Buyer should state | Supplier response should show |
|---|---|---|
| Photovoltaic fundamentals | I–V characteristics, irradiation, angle and load measurements | Identify source, panel, instruments and adjustable loads |
| Grid and storage | Grid interaction, battery/storage and protection outcomes | Separate generation, storage, conversion and mains interfaces |
| Indoor or outdoor use | Room, light/source and field-use constraints | State environmental and siting requirements |
| Wind energy | Rotor, speed, load and electrical output measurements | Identify drive or wind source and measurement scope |
| Teaching delivery | Students per station, manuals and experiment sequence | State station quantity and included learning material |
Choose the energy pathway before choosing the trainer
Photovoltaic measurement, stand-alone generation, grid interaction, battery storage, solar thermal and wind conversion are different teaching jobs. Define the input source, conversion stage, controllable load, measurements and calculations required by the curriculum. A long feature list has little value when it does not expose the quantities students must vary and observe.
Compare the source and operating environment
An indoor photovoltaic trainer may use a controlled source, while an outdoor arrangement depends on site conditions. Wind training may use a controlled drive or another stated source. Record available space, lighting or environmental assumptions, mains connection, storage, ventilation and protection. Ask the supplier to identify every source, module, instrument, load and interface included in the offered model.
Build a complete renewable-energy station schedule
For each station, list the model, source, panels or conversion devices, loads, instruments, protection, software, experiment manual and interconnection accessories. State student capacity and whether multiple groups must work simultaneously. Add one acceptance exercise that confirms the intended input, measurement and output path. This makes solar and wind quotations comparable without treating different learning outcomes as equivalent.
All Renewable Energy Products (27)
Browse by the product or apparatus name used in a syllabus, BOQ or tender. Each page keeps its catalogue model as a secondary technical reference and provides the available specification and quotation route.
- Battery Management System (BMS) Trainer
- Biodiesel Process Trainer
- Bioethanol Process Trainer
- Biogas Process Trainer
- Domestic Water Heating with Flat Collector
- Energy Conversion in a Wind Power Plant
- Fan Heater Unit
- Fuel Cell Energy Training System
- Fuel Cell Energy Training System
- Hot Water Central Storage Module with Controller
- Indoor Solar Energy Training System
- On-Grid Solar Energy with Storage
- Outdoor Solar Energy Training System
- PEM Electrolyzer Trainer
- Photovoltaic Solar Energy Advanced Trainer
- Photovoltaic Solar Panel Measurement Trainer
- Solar Cell Measurements
- Solar Educational Kit
- Solar Energy Trainer with Connection to Mains
- Solar Thermal Energy Training System
- Solar Thermal Trainer
- Solar Tracking Control Trainer
- Underfloor Heating / Geothermal Energy Absorber
- Wind / Solar Hybrid Energy System
- Wind Energy Trainer with Wind Tunnel
- Wind Energy Training System (Vertical Type)
- Wind Energy Training System
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About Renewable Energy
Renewable Energy Lab Equipment, Manufacturer & Exporter Since 1993
Scientico India manufactures ISO 9001:2015 and model-specific Renewable Energy Lab Equipment for engineering colleges, universities, and technical training institutions. As the global shift toward clean energy accelerates, our renewable energy training equipment prepares the next generation of engineers with hands-on experience in solar photovoltaic systems, wind energy, hydrogen fuel cells, and energy storage, aligned with modern engineering curricula worldwide.
With a 30-year manufacturing heritage and exports to 30+ countries, Scientico is at the forefront of educational renewable energy training equipment. Our apparatus combines real-world component quality with safe, curriculum-focused design for laboratory use.
Key Renewable Energy Equipment We Manufacture
Solar PV Training System (grid-tied and off-grid)
Wind Energy Trainer (horizontal and vertical axis)
Hydrogen Fuel Cell Trainer
Hybrid Energy System Demonstrator (solar + wind)
Solar Thermal Collector Trainer
Battery Storage and Energy Management Trainer
Biodiesel Production Unit
Biogas Plant Model
Tidal Energy Demonstrator
Smart Grid and Microgrid Trainer
Custom renewable energy lab setups available. ISO 9001:2015 and model-specific. Contact Scientico to request a catalogue, specification sheet, or institutional quotation.
Related Guides: Renewable Energy Lab Equipment, Solar, Wind & Fuel Cell | Solar PV Experiment, I-V Characteristics | Engineering Lab Equipment Cost & Budget Guide
Need help matching the requirement?
Tell us the product or experiment, quantity and destination so the configuration and commercial scope can be reviewed.
Renewable Energy Guides & Resources
Setup guides, experiment procedures and buying advice from Scientico's engineering team.