Solar Smart Grid Professional (Product Code: SLE/PHY/222) is a basic training system used to build, measure and control a smart grid on a laboratory scale in vocational and technical education. As advanced physics lab equipment, it combines wind and photovoltaic generation with lithium-iron-phosphate battery and fuel cell storage, while two Smart Meters let learners measure and steer energy flows during grid stability scenarios. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
| Parameter | Detail |
|---|---|
| System type | Smart grid training system for vocational and technical education, in a case |
| Generation | Solar module 5.22 V, 380 mA with base for solar panel; Solar-Wind turbine module Pro with wind machine, Solar-Wind rotor set and propeller; 2 x power module |
| Light source | Lamp housing with illuminant 120 W, 12°; azimuth angle scale |
| Energy storage | LiFePO4 battery, AAA size, in battery module holder 1 x AAA Pro; reversible fuel cell with fuel cell holder Pro; capacitor module Pro |
| Grid and control modules | 2 x Smart Meter; 2 x grid module Pro; MPP-Tracker Pro; diode module Pro; potentiometer module 110 ohm Pro |
| Consumers | 2 x light bulb module Pro; motor module Pro |
| Measurement | Smart Meters for measuring and controlling energy flows; AV module |
| Base and connections | 2 x Solar-base unit Professional; safety test leads 25 cm (5 red, 4 black) and 50 cm (4 red, 4 black); 6 x safety short-circuit plug with mid socket |
| Case | Smart Grid Pro case with insert and lid foam cut to 625 x 345 x 5 mm |
| Documentation | Info sheet for initial startup; packing layout plan Smart Grid Professional |
| Smart grid experiments | Daily power fluctuations of a PV power plant and of a wind power plant; energy supply of a building by conventional plants, by conventional and PV plants, and by conventional and PV plants with storage; grid stability with PV plants, depending on consumer load, depending on wire length, with smart transformer stations and with storages; grid integration of e-mobility; voltage behaviour and grid stability in a radial distribution system; conductor rope management |
| Further topics | Fundamental experiments on the individual components; pre-set or user-created scenarios; demand-side management; conductor rope monitoring |
| Product code | SLE/PHY/222 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
The Solar Smart Grid Professional is used to show trainees how renewable generators, energy stores and consumers interact in a modern power grid. Learners set up a small grid on two professional base units, feed it from the solar module and wind turbine, add battery and fuel cell storage, and then follow the energy flows on the Smart Meters while loads and scenarios change.
A central theme is the influence of renewable energy on grid stability. Students first meet the problem in an experiment, for example voltage changes caused by PV feed-in or long lines, then design their own countermeasures such as storage, smart transformer stations or demand-side management, and verify them in a follow-up experiment. Pre-set scenarios help beginners, while user-created ones stretch advanced groups.
ScienceLab is the trading name of Jain Scientific Equipments Private Limited, which supplies the Solar Smart Grid Professional from Ambala, Haryana to polytechnics, engineering colleges, vocational centres and dealers. The system is sourced by the company, and it can be quoted with PV and energy trainers from the same range for a complete renewable-energy lab.
For company background, visit the ScienceLab profile.
Trainers and instruments that pair well with smart grid courses:
Further training apparatus is available in Physics Lab Equipment.
What is the Solar Smart Grid Professional used to teach?
The Solar Smart Grid Professional is used to teach the interaction of renewable energies, energy stores and consumers in a smart grid. In vocational and technical courses, learners set up grids on a laboratory scale and study the electro-technical challenges of mains operation through measurement and control.
What do the Smart Meters do in the Solar Smart Grid Professional?
The two Smart Meters in the Solar Smart Grid Professional are the basis for most experiments. They measure and control the energy flows between generators, storage and consumers, so learners can see how each change in the grid affects supply and stability.
Which energy stores are included in the Solar Smart Grid Professional?
The Solar Smart Grid Professional includes a lithium-iron-phosphate (LiFePO4) battery of AAA size in its holder module, a reversible fuel cell with holder, and a capacitor module. These stores let learners test how storage improves grid stability.
Which smart grid experiments does the Solar Smart Grid Professional cover?
The Solar Smart Grid Professional covers daily power fluctuations of PV and wind plants, building supply scenarios, grid stability under load, wire length, smart transformer stations and storage, e-mobility grid integration, radial distribution systems and conductor rope management.
Can learners create their own scenarios with the Solar Smart Grid Professional?
Yes, the Solar Smart Grid Professional works with pre-set or user-created scenarios. Learners can build knowledge step by step with their own experiments, including concepts such as demand-side management and conductor rope monitoring.
Who supplies the Solar Smart Grid Professional?
The Solar Smart Grid Professional is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, Haryana, India. ScienceLab sources the system and supplies it to technical colleges, vocational centres and dealers in India and international markets.
What should a Solar Smart Grid Professional enquiry contain?
A Solar Smart Grid Professional enquiry should contain product code SLE/PHY/222, the number of systems, the course level, any spares required and the delivery location. ScienceLab then prepares a written quotation for single or multiple work stations.
Request your Solar Smart Grid Professional (SLE/PHY/222) quotation through the contact page, or add it to the enquiry cart with related trainers.
Last updated: 24 September 2026