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Design of New Energy Power Generation System

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Overview

Design of New Energy Power Generation System" is a fundamental component of the curriculum for the New Energy Equipment Technology Major and the Double High Major in Photovoltaic Power Generation Technology and Application. It is a collaborative effort between academic institutions and industry partners. The course framework is built upon the Green Campus Engineering Project, integrating insights from the photovoltaic industry with student learning preferences. Its content encompasses 6 major projects and 25 typical tasks, aligning closely with occupational job skill requirements. Guided by the school's photovoltaic engineering project, this course places emphasis on photovoltaic power generation system design as its core task, employing a hybrid teaching approach that combines online and offline methods. Throughout the duration of this course, there is an ongoing focus on cultivating professional ethics and accumulating job skills, promoting an integrated educational experience while fostering a high-efficiency digital classroom characterized by unwavering dedication, craftsmanship, and technical proficiency.


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Syllabus

  • Course Description
    • Project 1: Photovoltaic Industry Market and Policy Research
      • Mission 1 Carbon Peak, Carbon Neutrality and Solar Photovoltaic Policy
      • Mission 2 Solar Industry Awareness
      • Mission 3: Visit a Solar Power Station Model Project
      • Mission 4: Analysis of Investment and Return for Photovoltaic Power Stations
    • Project 2: Photovoltaic key component technology and application
      • Mission 1: System Structure of a Solar Power Station
      • Mission 2: Semiconductor Materials and Applications
      • Mission 3: Solar Cell Technology and Applications
      • Mission 4: Solar Panels and Applications
      • Mission 5: Photovoltaic Inverter Technology and Applications
    • Project 3: Design of Distributed Photovoltaic Power Station
      • Preparations for Designing a Photovoltaic Power Station
      • Mission 1: Solar Power Station Location and Meteorological Information Inquiry
      • Mission 2: On-site Inspection of Photovoltaic Power Station
      • Mission 3: Preliminary design of photovoltaic power station
      • Mission 4: Array Design for the Photovoltaic Power Station
      • Mission 5: Comprehensive System Design for the Photovoltaic Power Station
      • Mission 6: Drafting Designs for the Photovoltaic Power Station
      • Chapter Assignment
    • Project 4: Construction, Operation and Maintenance of Distributed Photovoltaic Power Station
      • Safety Education
      • Mission 1:Introduction to the Overall Steps of Construction for a Photovoltaic Power Station
      • Mission 2: Bracket Installation
      • Mission 3 Photovoltaic Modules Installation
      • Mission 4: Inverter Installation
      • Mission 5: Operation and Maintenance of Photovoltaic Power Station
      • Mission 6: New Technologies for Smart and Digital Operation of Photovoltaic Power Station
    • Project 5: Photovoltaic related standards and skills Competition
      • Mission 1: National Standards for Photovoltaic Power Station
      • Mission 2: Distributed PV Power Station - Group Standard
      • Mission 3: Solar Photovoltaic Skills Competition
      • Mission 4: Implementation of Industrial Configuration Monitoring in Photovoltaic Power Plants
      • Mission 5: Standard Testing for Photovoltaic Modules
    • Project 6: Practical training of distributed photovoltaic power station
      • Mission 1: Practical Project: Design Proposal for Photovoltaic Power Plant in Building 6 of the Training Center
      • Mission 2: Practical Training Manual
      • Mission 3: Student Excellent Solutions Showcase
    • Selected VR resources: PV power station virtual simulation resources
      • Mid-Term Examination
        • Final Examination

          Taught by

          Shunde Polytechnic

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