Digitalization of Intelligent and Integrated Energy Systems

(5 customer reviews)

84,880.04

Category:

Description

This course will teach you how to digitalize the ‘conventional’ grid and which digital technologies you can use for this, including but not limited to AI, machine learning, blockchain, and computer simulations.

Even though the power grid has been the main driver of technological advancement in the past decades, its engineering is outdated by today’s standards. Equipment is still hardwired and analog, there is limited data acquisition and many control actions are performed manually. Subsequently, ensuring similar system quality and efficient operations becomes harder when more renewables are added to the grid. The next giant leap, therefore, is to revamp and digitalize the energy system.
We invited five prominent industry leaders to share industry perspectives, case studies, and applications of digitalization in grid operations, electric power systems, power distribution, electrical systems, control systems, and cybersecurity, as well as in consultancy and software development. Our guest speakers are Philip Gladek (CEO of Spectral), Bas Kruimer (Business Director of Digital Grid Operations at DNV), Martin Wevers (Grid Planner at TenneT), Evelyn Heylen (Head of Research at Centrica), and Antoine Marot (Lead AI Scientist at RTE).
You will also get hands-on experience by solving an optimal scheduling problem, noting the differences between numerical simulation methods, and applying machine learning to predict system overloads.

This course is aimed at professionals in the energy industry who want to broaden their perspective and discover alternative approaches to energy integration intelligently, such as:
– grid operators, electrical systems managers, control systems managers, power engineers
– cybersecurity consultants, software developers, artificial intelligence managers/ scientists, energy consultants
– project managers, planners, policy makers, etc.
Any other enthusiasts who desire to learn more about current practices in the power grid, novel digital technologies, and trends in deploying them can also enroll in this course.

What you'll learn

  1. To recognize the digital transformation in the energy sector, identify challenges and solutions, and evaluate its impact on the power system and society.
  2. Analyze the IT-OT infrastructure and protocols of the digitalized power system, identify vulnerabilities, and learn how to mitigate and recover from cyber threats.
  3. The purpose of this study is to compare the different model types used for numerical simulations of energy systems and evaluate the influence of individual parameters and system models on simulation performance.
  4. To explain the different objectives of decision-making in energy systems and the influence of other units and their properties on the decision-making.
  5. To apply and evaluate machine learning methods for prediction and control in energy systems

Modules

  1. Introduction to Digitalization in Energy Systems
    • Overview of energy systems and digital transformation.
    • The role of digital technologies in the energy sector.
  2. Intelligent Energy Systems and Smart Grids
    • Evolution of smart grids and their digital infrastructure.
    • Role of IoT, sensors, and advanced metering in intelligent systems.
  3. AI and Machine Learning in Energy Optimization
    • Applications of AI and ML in load forecasting, demand response, and energy efficiency.
    • Case studies on predictive maintenance and energy usage optimization.
  4. Data Analytics and Big Data in Energy Management
    • Data sources in energy systems: generation, distribution, and consumption.
    • How big data and analytics improve decision-making and grid stability.
  5. Integrated Energy Systems and Distributed Energy Resources (DERs)
    • Role of DERs, such as solar, wind, and energy storage, in integrated systems.
    • Digital platforms for managing and integrating renewable energy resources.
  6. Cybersecurity in Digitalized Energy Systems
    • Importance of securing digital energy infrastructure.
    • Cyber threats, vulnerabilities, and compliance frameworks for energy systems.
  7. Case Studies and Industry Applications
    • Examples of digitalized energy systems in smart cities.
    • Lessons from large-scale implementations and key industry players.

5 reviews for Digitalization of Intelligent and Integrated Energy Systems

  1. Chukwudi

    “The ‘Digitalization of Intelligent and Integrated Energy Systems’ course has been an invaluable investment. The content was engaging and comprehensive, providing me with a deep understanding of the digital transformation occurring in the energy sector. The instructors were knowledgeable and supportive, fostering an interactive learning environment. The hands-on projects and case studies allowed me to apply my newfound skills in practical scenarios. I highly recommend this course to professionals seeking to stay ahead in the rapidly evolving energy industry.”

  2. Nafisa

    “The ‘Digitalization of Intelligent and Integrated Energy Systems’ online course was an invaluable resource. The instructor’s expertise and engaging delivery made complex concepts understandable. The interactive simulations and case studies provided practical insights into the real-world applications of digital technologies in energy systems. I highly recommend this course to anyone seeking to enhance their knowledge and skills in this rapidly evolving field.”

  3. Auwalu

    “This course revolutionized my understanding of digitalizing energy systems. The expert instructors provided a comprehensive overview of key concepts, from smart grids to distributed energy resources. Hands-on projects allowed me to apply theoretical knowledge directly, enhancing my practical skills. The interactive platform and discussion boards fostered a supportive learning environment where I could engage with industry professionals. Thanks to this course, I am now equipped with the knowledge and confidence to drive innovation in the energy sector.”

  4. Babangida

    “The ‘Digitalization of Intelligent and Integrated Energy Systems’ course provided invaluable insights into the cutting-edge advancements shaping the energy industry. The comprehensive curriculum, supplemented by industry experts as instructors, gave me a thorough understanding of digital technologies, data analytics, and their application in optimizing energy systems. The hands-on projects and interactive simulations further solidified my grasp of the concepts, preparing me to contribute effectively to the ongoing digitalization of the energy sector. Highly recommended for professionals seeking to stay abreast of this transformative field.”

  5. Olayemi

    “This online course was a fantastic experience! The content was incredibly comprehensive, providing me with a deep understanding of the digitalization of intelligent and integrated energy systems. The instructors were knowledgeable and engaging, presenting complex concepts in a clear and accessible manner. The interactive exercises and real-world case studies were particularly valuable, as they allowed me to apply what I learned to practical situations. I highly recommend this course to anyone looking to enhance their knowledge in this rapidly evolving field!”

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