Objectives
- Assess energy storage methods and establish the need for hydrogen as an energy storage alternative for renewable energy power supply systems to reduce renewable intermittences.
- Development of a tool enabling seasonal energy variation assessment and effective deployment of surplus hydroelectricity through green hydrogen.
- Propose optimum energy management scenario balancing seasonal energy variation and surplus hydroelectricity in the case of a reference.
Nawaraj Kafle
Masters Candidate
Nawarajkafle1999@gmail.com
Batch: 2023
Anticipated outcomes
include a significant reduction in renewable energy supply fluctuations through the implementation of green hydrogen storage systems, providing a reliable and consistent energy source. The developed tool is expected to efficiently maximize the utilization of renewable energy, leading to a notable decrease in energy wastage. The integration of advanced energy storage and regeneration systems in hydropower is poised to yield enhanced energy generation and stability. These outcomes collectively contribute to a more robust and sustainable energy infrastructure, aligning with the broader goal of fostering a resilient and efficient renewable energy landscape.
Supervisors from host and Partner Universities
Assoc. Prof. Biraj Singh Thapa, KU