Learn how Power-to-X and sector coupling enable the efficient use of renewable energy in heating, transport, and industry. This clean energy programme covers technologies, cost developments, and policy frameworks, helping you understand the economic and technical aspects of electrification and renewable synthetic fuels.
RENAC certificate upon successful completion of the course for participants who score 70% or higher on the exam.
| Duration |  |
1 month |
| Study time |  |
About 14 hours |
| Language |  |
Inglés |
| Dates | |
01/07/2025 |
| Expertises | StorageEconomics & FinanceHydrogen & PtxPower system planning | |
The integration of renewable energy across different sectors is crucial for achieving a low-carbon economy. Sector coupling connects electricity, heating, transport, and industry, making energy systems more efficient and sustainable. This course provides a dive into technologies, applications, and cost that drive this transition.
Learn how Power-to-X and sector coupling enable the efficient use of renewable energy in heating, transport, and industry. This clean energy programme covers technologies, cost developments, and policy frameworks, helping you understand the economic and technical aspects of electrification and renewable synthetic fuels.
| Duration | |
1 month |
| Study time | |
About 14 hours |
| Language | |
Inglés |
| Dates | |
01/07/2025 |
| Expertises | StorageEconomics & FinanceHydrogen & PtxPower system planning | |
The integration of renewable energy across different sectors is crucial for achieving a low-carbon economy. Sector coupling connects electricity, heating, transport, and industry, making energy systems more efficient and sustainable. This course provides a dive into technologies, applications, and cost that drive this transition.
Participants will explore direct electrification in heating and transport, including the role of electric heat pumps, heaters, and electric vehicles, along with cost comparisons and infrastructure requirements. The course also covers the indirect use of electricity through Power-to-X technologies, such as the production of hydrogen and synthetic fuels, their applications, and the economic factors influencing their scalability.
A dedicated section on regulatory frameworks examines how policies and incentives support the profitability of sector coupling and promote flexibility in energy systems. By the end of the course, participants will have a comprehensive understanding of Power-to-X applications, their cost developments, and their role in accelerating the global energy transition.
