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Hydrogen: Key Concepts and Use in Green Technologies · LearnSpace
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Hydrogen: Key Concepts and Use in Green Technologies

Курс от Technical University of Denmark (DTU)
Средний≈ 74.6 чАнглийский
О курсеНавыкиПрограммаПреподаватели

О курсе

Are you interested in hydrogen? Perhaps considering a carrier within hydrogen? Then you may need to learn or brush up key concepts, potentials and challenges regarding hydrogen. This course was made for you. The course is targeted people with a technical background and interest. You may be an undergraduate student, a graduate student, or an experienced employee in related industries. In this course researchers from the Technical University of Denmark present you with fundamentals, research based knowledge, and applications of hydrogen. You are introduced to the key concepts related to green hydrogen: electrolysis, fuel cells, electrochemistry and modelling. You will learn about the development of green hydrogen systems through use cases and examples, and by reading central reports monitoring the development of the green hydrogen in EU and globally. Finally, you get a rare look into the laboratories of our department where technologies for the green transition are researched and developed. The course is organized using a variety of tools such as videos, lectures, self-study, exercises and quizzes.

Навыки, которые вы освоите

Materials scienceSustainable TechnologiesProcess ModelingPlant Operations and ManagementProduction ProcessSustainable EngineeringLaboratory ProceduresLaboratory ResearchMathematical ModelingProcess EngineeringEngineering Analysis

Программа курса

11 модулей · 67 учебных материалов

01Introduction to course8 материалов

Introduction to the course

Welcome to the course from Anke Hagen and Pernille Gøtz from DTU EnergyВидеоIntroduction and acknowledgementsЧтениеGrading policy and course certificateЧтениеCourse elementsЧтение

Учитесь у экспертов

Pernille Gøtz

Преподаватель курса

Anke Hagen

Преподаватель курса

Hydrogen: Key Concepts and Use in Green Technologies
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Обучение на Coursera

≈ 74.6 ч

11 модулей

Язык: Английский

Субтитры: Узбекский, Казахский

Часть программы вашего университета
ReadingsЧтение
Pre-requisitesЧтение
Code of conductЧтение
Connect with your hydrogen peersОбсуждение
02Hydrogen - what, why and how?5 материалов
Hydrogen BasicsВидеоReflection timeЧтениеThe European Hydrogen Market LandscapeЧтениеModule quiz: Hydrogen - what, why, how? ЗаданиеQuestions or comments about hydrogen basics?Обсуждение
03Status of green hydrogen production6 материалов
Global Hydrogen Review 2023ЧтениеGreen Hydrogen Cost ReductionЧтениеGreen hydrogen: Key numbers and definitionsЗаданиеInteractive map of hydrogen projectsЗаданиеHydrogen projects in your country/regionЗаданиеShare? Hydrogen projects in your country/regionОбсуждение
04Electrochemistry13 материалов

Introduction to electrochemical systems

Why is knowledge of electrochemistry important? ЧтениеIntroduction to electrochemistryВидеоReflection timeЧтениеIntroduction to electrochemical fundamentalsВидеоReflection timeЧтениеElectrochemistry basics of fuel cellsВидеоReflection timeЧтениеElectrochemistry basics of electrolysisВидеоReflection timeЧтениеBasics of electrochemical measurements techniqueВидеоReflection timeЧтениеModule quiz: ElectrochemistryЗаданиеQuestions or comments about electrochemistry?Обсуждение
05Electrolysis5 материалов

Technology and production

Lecture: ElectrolysisВидеоReflection timeЧтениеCalculations related to electrolysisЧтениеModule quiz: ElectrolysisЗаданиеQuestions or comments about electrolysis?Обсуждение
06Fuel cells6 материалов
Lecture: Fuel cellsВидеоReflection timeЧтениеChemical reactions around electrodeЗаданиеCalculating performance of a fuel cell - SOFC exampleЧтениеModule quiz: Fuel cellsЗаданиеQuestions or comments about fuel cells?Обсуждение
07A look inside the lab3 материалов

Lab work on SOEC/SOFC

Why look into the lab?ЧтениеLaboratory processes for making SOEC/SOFCЧтениеQuestions or comments about lab work?Обсуждение
08Modelling10 материалов

Modelling applied - example

Modelling at cell and stack levelВидеоReflection timeЧтениеModelling at system level - electrolysisВидеоReflection timeЧтениеCase: Ammonia fueled solid oxide fuel cellsВидеоReflection timeЧтениеIntroduction to analysis of modelling resultsЧтениеAnalyzing modelling resultsЗаданиеModule quiz: ModellingЗаданиеQuestions or comments about modeling?Обсуждение
09Balance-of-Plant (BoP)3 материалов
Components of a hydrogen plantЧтениеBoP of electrolysis and fuel cell systemsЧтениеQuestions or comments about BoP?Обсуждение
10Techno-economic assessment5 материалов
Why techno-economic assessment? ЧтениеCase: Techno-economic assessment of ammonia for shippingВидеоReflection timeЧтениеTools for hydrogen costsЗаданиеQuestions or comments about techno-economic assessment?Обсуждение
11After this course3 материалов
Course funded by EU-project: "GreenSkills for Hydrogen"ЧтениеExtra resources and educational offersЧтениеFeedbackЗадание