Water for Energy: Analysis of Reservoirs, Gradients, and Potential Hydropower Sites. Hydropower begins with an understanding of the landscape. In this blended learning course, you’ll learn how to use GIS to combine elevation data, watercourses, and hydrological analyses to identify suitable sites for hydropower. You’ll map reservoirs, elevation differences, and energy potential, and discover how geodata can contribute to sustainable energy projects.
Hydropower is an important source of renewable energy and plays a major role in the global energy transition. Identifying suitable sites for hydropower plants requires an understanding of the landscape, water availability, and elevation differences within a given area. Using GIS and hydrological analyses, these factors can be accurately mapped.
In this blended learning course, you’ll learn how to analyze potential hydropower sites using QGIS, digital elevation models (DEMs), and hydrological analysis techniques. You’ll combine elevation data, watercourses, and watersheds to assess reservoirs, head, and the potential energy capacity of a site.
Through hands-on assignments, you’ll discover how geospatial analyses contribute to the planning and assessment of renewable energy projects. You’ll learn to identify suitable sites, conduct spatial analyses, and create maps that support the feasibility of hydropower projects.
Upon completion, you will have the practical skills to use GIS for analyses of hydropower potential and other water-related energy issues.
During this blended learning course, you’ll learn how GIS is used to analyze hydropower potential and the spatial factors that play a role in it. You’ll develop practical skills to combine elevation data, hydrological analyses, and watercourses into actionable insights.
You’ll start by analyzing digital elevation models (DEMs) and learn how to calculate elevation differences and gradients. Next, you’ll map watersheds, watercourses, and potential dam sites using QGIS.
Afterward, you’ll combine hydrological analyses with terrain information to identify suitable locations for hydropower. You’ll learn how geospatial data can be used to support the technical feasibility of renewable energy projects.
Upon completion, you will be able to independently conduct spatial analyses for hydropower projects and professionally visualize and interpret the results.
This blended learning program combines flexible online learning with hands-on assignments in which you work with realistic geodata and hydrological analyses. You’ll not only learn how GIS techniques work, but—more importantly—how to apply them within renewable energy projects.
During the online modules, you’ll work with QGIS and digital elevation data to analyze gradients, watercourses, and potential hydropower sites. In the guided sessions, you’ll receive personalized guidance and learn how geospatial analyses contribute to the preparation and assessment of hydropower projects.
Upon completion, you’ll have a solid foundation in GIS for hydropower analysis and will be able to use geodata to evaluate sites for renewable energy projects and provide spatial justification for them.
You’ll receive 1-on-1 guidance. After signing up, our course coordinator will contact you to schedule your first session.
Do you have questions about the course content? Or are you unsure whether the course aligns with your learning goals or preferences? Would you prefer an in-house or private course? We’d be happy to help.
No, extensive knowledge of hydropower is not required. However, a basic understanding of QGIS is recommended. During the blended learning course, hydrological principles and GIS techniques are explained step by step.
You will use QGIS and digital elevation models (DEMs) to analyze watercourses, watersheds, elevation differences, and potential hydropower sites. The exercises are based on open-source GIS software and real-world datasets.
This blended learning program is suitable for GIS specialists, hydrologists, water managers, researchers, students, and anyone who wants to apply geospatial analysis in sustainable energy and water management projects.
The techniques learned are applied in the exploration of hydropower projects, the analysis of reservoirs and watercourses, land-use planning, and sustainable water management. In addition, they provide valuable support for feasibility studies and the preparation of energy projects.
