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Smart Grid And Power System Trainer

Price 1000.0 INR/ Unit

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MOQ : 1 Unit

Smart Grid And Power System Trainer Specification

Power Supply
230V AC, 50Hz

Sensors Specification
Current and Voltage sensors built-in

Features
Smart grid simulation, real-time monitoring, protection and fault analysis

Power Source
Mains supply

Interface
Panel interface with test sockets

Output
Multiple power output terminals

Response Time
Instantaneous (for fault simulation)

Usage
Educational and laboratory training

IP Rating
IP20

Operating Temperature
0C to 50C

Display Type
Analog and Digital Meters

Components
Transmission line model, circuit breakers, transformers, load, meters

Input
Single phase and three phase supply

Product Type
Power System and Smart Grid Trainer

Application
Engineering institutes, polytechnics, training centers

Rated Voltage
230V AC

Supply Voltage
230V AC

Size
Standard Trainer Size

Dimension (L*W*H)
900mm x 600mm x 450mm

Function
Smart grid demonstration and power system analysis

Color
Blue and grey

Weight
33 kg

Current Rating
Up to 5A

Capacity
Multiple trainees

Thickness
Panel thickness 2 mm approx.

Frequency
50 Hz

Smart Grid And Power System Trainer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Telegraphic Transfer (T/T), Cash Advance (CA), Cash in Advance (CID), Letter of Credit (L/C), Cheque

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Middle East, Western Europe, Asia, Eastern Europe, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Smart Grid And Power System Trainer

Smart Grid And Power System Trainer

The unit serves to familiarize students with the components and principle of operation of the generation, transmission, distribution, protection and management of electrical energy
Energy management, smart grid training system
Energy generation include solar and wind , regenerative energy generation
High-voltage transmission lines, protective systems

The unit consists of:

Smart Grid Trainer
Electric power distribution
Transmission lines
line protection
Investigating complex loads
Three-phase double busbar system
Investigations on Three-phase Transmission Lines
Over current time protection for lines Complex loads, power consumption measurement and peak load monitoring

Equipment set comprising the following:

Double busbar unit, three-phase, incoming / outgoing feeder
Double busbar unit, three-phase, coupler panel
Transmission line Model 150km/300km
Time Over current Relay
Ohmic load 3x 560 Ohm

Power supply:

Adjustable 3-phase power supply, 0-450V/2A
Power switch module
Multiple socket outlet, 6 fold, with illuminated switch

Measuring instruments:

Three-phase power quality meter, display and long-term memory

Dynamic loads Training contents:

Dynamic, three-phase load (asynchronous motor)
Power measurement in the case of energy-flow reversal
Manual and automatic compensation of reactive power
Wind power plant with DFIG
Professional Photovoltaics with Battery storage system
For the tinning unit all basic equipment and Supplementary material included for operation and make the unit work properly and be able to make tests and troubleshooting on the system.
Pc and Software and license for operation included All required tools for operation included Unit complete with all required accessories
Installation and Commissioning and training included

Comprehensive Smart Grid Simulation

This trainer enables simulation of smart grid operations, grid faults, islanding, and distributed generation. Users can model transmission and distribution networks, analyze faults instantly, and understand real-time protection mechanisms. Such hands-on learning fosters practical understanding and prepares students for real-world applications in modern power systems.

User-Friendly Design and Safety Features

The table-top unit features intuitive control via rotary and push-button switches, clear analog/digital meters, and LED indicators for status monitoring. Integrated fuses and overload protection ensure safe experimentation. Its robust construction and insulation resistance above 10 M provide reliable usage in educational laboratories and training centers.

Versatile Experimentation and Learning Modules

Supporting multiple trainees, the trainer includes a set of transmission line models, transformers, circuit breakers, loads, and meters. Extensive experimentsfrom transmission line analysis to grid fault simulationare made accessible with test points and terminals. Connection with e-learning modules deepens engagement and enhances knowledge retention.

FAQs of Smart Grid And Power System Trainer:

Q: How do users connect experiments to the Smart Grid and Power System Trainer?

A: Experiments are connected using banana plug sockets and test points located on the trainer panel. Users employ the provided set of connecting leads to establish safe and secure connections for various circuit configurations.

Q: What types of experiments can be performed with this trainer?

A: The trainer supports a broad range of experiments, including transmission line modeling, distribution system analysis, grid fault simulation, load management, and transformer testing (single/three phase). Smart grid and distributed generation scenarios can also be simulated.

Q: When should the integrated safety protection features be used?

A: Integrated fuses and overload protection automatically activate to safeguard users and components during abnormal conditions or excessive current draw. Regular use during any experiment ensures personal and equipment safety.

Q: Where is the Smart Grid and Power System Trainer best utilized?

A: This trainer is routinely employed in engineering institutes, polytechnics, and laboratory training centers. Its compact, table-top design and robust construction make it suitable for classroom, lab, or demonstration environments.

Q: What is the process for simulating grid faults and load management?

A: Users initiate fault simulations or load management experiments by configuring the respective switches and settings on the trainer. Real-time monitoring via analog/digital meters and LED indicators provides instantaneous feedback on system response and protection actions.

Q: How does the integration with e-learning modules benefit trainees?

A: Integration with e-learning modules enhances theoretical understanding by linking hands-on experiments with digital coursework, fostering a holistic learning environment. This approach improves retention and bridges the gap between practical and academic knowledge.

Q: What operational controls are available on the trainer?

A: Manual rotary and push-button switches allow users to operate the trainer, select experimental modes, and manage system parameters such as voltage regulation and fault simulation, providing intuitive and flexible control for various training scenarios.

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