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Kees Vuik, Gautham Ram, Zofia Lukszo, Peter Palensky, Rudi Hakvoort, Simon Tindemans, Pedro P. Vergara, Marieke Kootte, Jochen Lorenz Cremer, Alexandru Stefanov, Milos Cvetkovic, Ivo Pothof, Yashar Ghiassi, Ayman Abdelwahed, and Mohammad Ansarin

The energy systems and the power grids of the world are undergoing a rapid transition. The advancements in computational tools have resulted in levels of efficiency, security, and reliability never seen before in the energy industry. Some of the recent developments such as decentralization of energy, decarbonization, electrification, digitalization, use of agile electronics and increased societal awareness and participation in power generation and storage are driving the revolution to create the “intelligent” (smart) and integrated energy systems of the future.

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The energy systems and the power grids of the world are undergoing a rapid transition. The advancements in computational tools have resulted in levels of efficiency, security, and reliability never seen before in the energy industry. Some of the recent developments such as decentralization of energy, decarbonization, electrification, digitalization, use of agile electronics and increased societal awareness and participation in power generation and storage are driving the revolution to create the “intelligent” (smart) and integrated energy systems of the future.

This series of MOOCs provides unique and multi-disciplinary insights on how to understand, design, plan and operate the intelligent and integrated energy systems in the rapidly evolving energy sector. The program focuses on four main aspects: technology, digitalization, policy and governance, and innovations for sustainable business, thereby providing the learner with a holistic view of the revolution in energy systems and power grids.

This program has been tailor-made by a team of professors from the Delft University of Technology and industry experts at the forefront of the revolution, guaranteed to take you on a journey that will:

On completion of the program, you will be equipped with skills to design your own complex energy system that is integrated with “intelligent” control with sound socio-economic planning and best suited for business opportunities in the global energy market.

What you'll learn

  • Evaluate the performance, role and impact of combined/integrated energy technologies on modern energy systems such as renewable energy sources, energy storage, electric vehicles, thermal systems and interconnected multi-carrier grids.
  • Identify how to digitalize the “conventional” grid using technologies including but not limited to, AI, machine learning, blockchain and computer simulations.
  • Evaluate the flexibility, grid support and reduction in carbon footprint that can be obtained by transition to electric mobility, electrified heating, and hydrogen energy.
  • Make informed decisions about managing infrastructure, actors, policy and energy markets that support the energy transition and sustainable energy systems.
  • Make and validate sustainable business models for an integrated energy system of the future identifying and utilizing the multitude of changes to the present systems in an opportunistic way.

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What's inside

Four courses

Digitalization of Intelligent and Integrated Energy Systems

(27 hours)
This course teaches how to digitalize the 'conventional' grid using digital technologies like AI, machine learning, blockchain, and computer simulations.

Policy and Management of Modern Energy Systems

(30 hours)
This course provides a comprehensive understanding of the modern energy system, enabling learners to design actions and policies that facilitate the energy transition. It covers energy concepts, technology, system operation, economics, and energy policy. Learners will analyze different energy sources, the energy chain, infrastructure, actors, markets, and EU energy policies. The course also explores disruptive innovations and future prospects for the energy sector.

Technology of Intelligent and Integrated Energy Systems

(30 hours)
This course teaches how to design an integrated energy system considering various existing and up-and-coming technologies, such as renewable energy sources, energy storage, electric vehicles, thermal systems and interconnected multi-carrier grids, including natural gas and hydrogen.

Business Implications of Intelligent and Integrated Energy Systems

(30 hours)
This course explores the business implications of digitalization in energy systems. It examines how digital technologies enable sustainable systems, operations, and business models. The course covers energy supply, demand, and the smart city framework.

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