Masashi Ohchi

Chiba Institute of Technology, Saga University

Papers

Total Citations

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About

Masashi Ohchi is a dedicated researcher in electrical power engineering education, with a focus on developing hands-on learning systems for renewable energy and microgrid technologies. His work centers on creating simulated microgrid environments that integrate wind and solar power generation, using squirrel-cage induction motors as wind turbine simulators to provide practical training for students. Ohchi has also developed educational support systems for Energy Management Systems (EMS), addressing the declining interest among electrical engineering students in traditional power and machinery fields by offering engaging, real-world applications. His contributions include an autonomously mobile robot controlled via TCP/IP networks, equipped with infrared and ultrasonic sensors for person-following capabilities, demonstrating his versatility in robotics and networked control systems. While his citation counts are modest—with his most cited work, "Development of Remote Generator Experiment System towards Simulated Micro Grid System for Electrical Power Education" (2016), garnering 4 citations—his impact lies in advancing pedagogical tools that bridge the gap between theoretical knowledge and practical skills in sustainable energy. Ohchi’s work is particularly valuable for educators seeking innovative methods to inspire the next generation of power engineers.