Find the Course that suits you perfectly

During this masterclass, you'll discover how green gas fits into the broader energy transition, the practical challenges of production and distribution, and how entrepreneurs operate successfully in this rapidly growing sector. A practical example from an entrepreneur will make the theory tangible and offer inspiring insights.

From identifying suitable locations for wind farms and solar energy installations to coordinating regional transport networks and promoting energy-efficient urban development, this masterclass highlights the various aspects of urban planning that are crucial for achieving a successful energy transition.

In this masterclass, we explore the role of battery storage systems (BESS) and other innovative storage technologies. From technological developments to the business case and regulations, you'll gain comprehensive insight into the opportunities and challenges of energy storage. We'll cover the role of battery technology in mobility, industry, and home use, and examine its impact on the energy market. Practical examples and a site visit will provide you with practical tools. 

Artificial intelligence (AI) is revolutionizing the energy sector by driving efficiency, sustainability and innovation. As the world moves towards a low-carbon future, AI has become an essential tool for extracting energy systems, managing thin grids and reducing energy waste. This one-day masterclass provides you with the knowledge and skills to use AI in the energy transition, so you can respond to the challenges and opportunities ahead.

This day is designed to put the insights from our Masterclasses into practice. We'll visit various companies and locations leading the way in the energy transition. You'll also have the opportunity to experience the innovations and technologies shaping the future of sustainable energy firsthand.

This Hydrogen Masterclass is designed for professionals who want to delve deeper into the role of hydrogen in the energy transition. Whether you work in the energy sector, industry, or policy and regulation, this masterclass offers insights for a wide range of participants.

The transition to renewable energy sources can lead to an uneven distribution of energy production and demand throughout the year. For example, too much electricity can be generated in places where it is not needed at that moment, and it cannot be transported in large quantities from those locations. This problem is called grid congestion and plays a significant role in the energy transition.

This Masterclass CCUS has been developed for starters and professionals with various backgrounds who want to work in the energy transition or want to delve deeper into CCUS within the sector. It is an ideal program to follow if you have little to no knowledge of the subject. This Masterclass can be followed separately or as part of our onboarding program 'Introduction to the Energy Transition'.

In one intensive day, we delve into the technological, economic, and policy-related aspects of ammonia, exploring how this technology contributes to a low-carbon future. Topics include the role of ammonia in the hydrogen value chain, the development of cracking technology, and the safety and environmental challenges associated with its use.  

What is the role of smart energy hubs in the energy transition? Implementing smart energy hubs is increasingly crucial to accelerate the shift to sustainable energy. They offer advanced capabilities for optimizing energy production and consumption, forecasting supply and demand, and managing complex energy networks.

A future-proof, affordable, and reliable energy system is essential for our prosperity and environmental protection. The Energy Transition masterclass provides comprehensive insight into the energy transition and how it can be shaped.

Discover how wind power is leading the shift towards cleaner, sustainable energy sources and why it is the cornerstone of our future energy landscape. This program will give you a complete overview of an offshore wind energy strategy by integrating the benefits of theoretical material, practical offshore wind cases with serious gaming and discussions, where actual examples will be considered.