Power electronics open simulation experiment platform helps colleges and universities to reform practical teaching!
Power Electronics Open Simulation Experiment Platform
Power supply design and electronic and electrical practical teaching solutions
REPERS, the electronic power development simulation experiment platform, starts from the actual engineering and product development needs, takes "
engineering thinking training
" and "
product thinking training
" as the core, implements "real development", studies "real products", implements "real applications", and combines power electronics technology with new energy application scenarios. According to the needs of new energy applications such as energy storage, photovoltaic power generation, electric vehicles, and smart microgrids, the relevant power supply and control products are recognized, simulated, developed, tested, and systematically applied.
REPERS implements the concept of " finding needs in system applications ", allowing students to find problems in applications and defects in development. Through problem-based theoretical learning and applying knowledge to development, a circular guidance system of theoretical knowledge, practical teaching, product development, and system application is realized, which promotes each other.
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Scan the QR code on the left to learn more about the power electronics open simulation experiment platform!
Learning power electronics like building blocks
Application Scenario
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Energy storage: energy storage system DC converter, battery management system BMS
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Photovoltaic power generation: photovoltaic controller, off-grid inverter, grid-connected inverter
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Wind power generation: wind power converter, wind-solar hybrid controller
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Electric vehicles: DC charging module, OBC on-board charging device
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Smart Microgrid: PCS Bidirectional Converter
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System applications: AC/DC photovoltaic storage system, energy storage power supply system, photovoltaic storage and charging integration, independent photovoltaic storage microgrid, multi-level photovoltaic storage and charging integrated microgrid.
Innovative experimental course model,
Leading the reform of practical teaching!
REPERS implements the " design-centered " practical teaching concept to cultivate students' ability to develop products. Master small products and become familiar with large projects. Let students become familiar with the product development process during the learning process, and know how to complete tasks such as device selection, control simulation, circuit design, topology verification, algorithm operation and system testing, rather than just traditional verification and simple simulation. Let the traditional "teaching-centered" be transformed into a "design-centered" based on real products, so that students can design products based on scenarios, design functions based on needs, and select devices, modules and control algorithms based on functions. Bring actual engineering problems into the classroom and use engineering problems to lead practical teaching reforms.
Teaching Process
1. Basic cognition and testing
Packaging recognition, simulation and output characteristic testing of basic power electronic devices, chips and modules.
2. Classic topology verification and innovation
Algorithm verification and master control algorithm innovation for BUCK, BOOST, Flyback and full-bridge inverter.
3. Circuit hardware design and debugging
Cooperate with the basic cognitive module to independently complete circuit design and debugging.
4. Circuit simulation and code burning
Complete circuit simulation of different control cores for existing circuits, convert them into corresponding control codes and download them for verification.
5. Algorithm verification and innovation
Under the existing control conditions, the main control algorithm is modified and the corresponding hardware tests are completed.
6. Power system application and verification
Verify the working characteristics of the power supply in the renewable energy power supply system scenario.
Scan the QR code or click to read the original text to learn more!
For more information about our products and applications, you can also contact us via the following methods:
Email: china.mktg@tektronix.com
Website: www.tek.com.cn
Tel: 400-820-5835 (Monday to Friday 9:00-17:00)
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