THE ENERGY OF THE
FUTURE | ENERGY 4.0
Ideology
Augmented Reality
Augmented Reality
- 3D Models of the trainer’s modules
- Digital Twin of the trainers
- AR for IoT features
- AR User Manual
- Monitoring and Control from AR models
Videos
Artificial Intelligence
- Simple Regression
- Simple Classification
- 1D signal classification
- 1D Signal Regression
- Image Recognition
- AI based power quality analyses
- Voltage, current – RMS, Frequency
- Total Harmonic Distortion (THD)
- Active, reactive and apparent power
- Power factor
Industrial IoT
- Introduction to Sensors and Actuators
- Introduction to Data Acquisition and Control
- Conversion of Sensor’s Data to Physical Quantities
- Statistical Analysis
- Transmission and Reception of Data
- PLE Trainers bidirectional data communications with IoT gateways
Mixed Power Microgrids
- FPGA based Real Time HIL
- Simulation of various generation plants
- Simulation of power transmission and distribution
- Simulation of complex loads
- Simulation of a network grid
- Real Power in the Loop
- Mixed-grid trainer by mixed combination of PLE hardware trainers with HIL systems
Distance Learning
The Industry 4.0 and the technological development brought new tools and enablers for Distance Learning as well. The world is changing dramatically and bringing new challenges. The COVID19 is one of them which might reform the educational system from its roots. Having Distance Learning feature for the Academic Trainers is already a must. So, the educational trainers should be transformed from a physical one to the distance ones.
Biltlismen’s Power Labs Ecosystem trainers can come with a distance learning option, allowing the students to have full control of the trainer remotely through internet.
Users of the distance trainers can be globally distributed across an arbitrary number of locations linked only by the Internet. The distance learning not only helps to neglect the lockdown effect on engineering education by making the learning effective more than ever, but also makes it possible to virtually share the technical laboratories with other universities, implement joint experiments, implement live demonstrations for big amount of users and benefiting the unlimited capabilities of the Internet.
| Options | Description |
|---|---|
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Basic |
The users connect to the lab computer via Zoom or any other remote connection media.
The trainers are able to be fully controlled and monitored from the software.
The trainers automatically re-wire their components for each practical experiment without a need of local human interaction.
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Advanced |
The users connect to the lab computer via Zoom or any other remote connection media.
The trainers are able to be fully controlled and monitored from the software.
The trainers have a software assistant, that allows the users to remotely implement the re-wiring of the trainer components for each practical lab. The wrong wiring done by the users will not cause any damages to equipment or create any emergency.
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Another approach of having distance learning is to provide individual hands-on hardware to the students, so that they can implement their tasks and assignments at home. For this Bitlismen provide the Per Student hands-on platforms for individual work covering the topics of power quality analyses and microprocessor-based relay protection.