Renewable Wind Energy Trainer Manufacturer,Supplier and Exporter in India
Product Code : SCL-WT-13988
Indian Lab Suppliers supplies the Renewable Wind Energy Trainer (Product ID: 13988), listed under the Water Treatment subcategory of Water and Sanitation equipment on this site — though this is a renewable-energy education trainer, not water treatment equipment. We note this mis-categorization honestly rather than forcing an inaccurate water-treatment framing.
Quick Answer
This Renewable Wind Energy Trainer is a lab-scale system that simulates wind-driven electricity generation using a DC motor coupled to a 3-phase alternator, storing the output in a battery bank and converting it to household AC power through a 900VA inverter, letting students study the complete wind-to-usable-power conversion chain.
Key Specifications
| Parameter | Detail |
|---|---|
| Product ID | 13988 |
| Wind simulator | DC shunt motor coupled with a 3-phase alternator, to mimic wind power |
| Alternator specifications | 500 RPM, 100VA capacity, 12V, 8A |
| DC motor drive control panel | 0–200V variable armature output, fixed 200V field output, with a 300V DC voltmeter and 5A DC ammeter |
| Inverter panel | 900VA pure sine wave inverter with AC output indicator, converts stored DC energy to household AC power |
| Battery charger control panel | 3-phase battery charger for managing storage unit charging |
| Battery panel (storage) | 12V, 100Ah tubular battery |
| Battery bank junction panel | 2-pole, 1-phase, 16A ELCB safety switch |
| Dump load panel | 0.5 Ω / 100W resistive load, to dissipate excess energy when the battery is full or loads are disconnected |
| Load and socket panel | 3 screw-base lamp sockets and 2 AC electrical sockets |
| Metering | 3 x 0–20A DC ammeters; 3-phase multifunction meter (AC voltage/current/power); 1-phase AC two-wire static kWh energy meter; DC energy meter in the battery charger panel |
| Distribution | 12V DC bus bar and 12V DC distribution bar |
| Safety/switches | MCBs, ELCB, AC/DC switches, cam-operated rotary switches, and stop (toggle) switches |
Where This Unit Is Used
The Renewable Wind Energy Trainer is used in electrical and renewable-energy engineering laboratories to teach wind-to-electricity conversion, battery storage, and grid-interfacing principles — it is an energy-education trainer rather than water treatment equipment, and is grouped here only because of how this listing is categorized in our catalog.
Why Buy from Indian Lab Suppliers
Indian Lab Suppliers is an India-based equipment manufacturer and exporter supplying the Renewable Wind Energy Trainer alongside its broader lab equipment catalog, with documentation such as a Certificate of Origin available on request for institutional and export orders.
Frequently Asked Questions
What does this trainer demonstrate?
The complete conversion chain from simulated wind energy (via a DC motor-driven alternator) through battery storage to usable household AC power via a pure sine wave inverter.
How is the wind resource simulated?
A DC shunt motor, controlled through a variable 0–200V armature drive panel, is coupled to a 3-phase alternator (500 RPM, 100VA, 12V, 8A) to mimic a wind turbine's mechanical input.
How is excess energy handled?
A dump load panel with a 0.5Ω/100W resistive load dissipates excess energy when the 100Ah battery is fully charged or connected loads are removed, protecting the system.
What safety features are included?
An ELCB switch on the battery bank junction panel, plus MCBs, AC/DC switches, cam-operated rotary switches, and stop (toggle) switches throughout the system.
Do you supply this equipment for institutional or export orders outside India?
Yes. Indian Lab Suppliers quotes equipment for institutional and tender buyers across export markets — see the Tenders page for documentation requirements.
Related Categories
Sanitation & Hygiene · Water and Sanitation · Water Testing · Pump Riser Pipe · Water Distribution-Fittings
Request a Quote
For pricing, bulk quantities or tender documentation on the Renewable Wind Energy Trainer, reach our team via Contact Us or submit your requirement through our Tenders page.
