Narrative :
Suriname is highly dependent on fossil fuels and faces frequent power outages, which hinder its (economic) development. At the same time, the transition to climate-friendly energy is hindered by climatic challenges. Smart hydropower turbines offer a sustainable alternative. The transition to climate-friendly, reliable energy is not only essential from an energy perspective but also creates opportunities for the local economy, agriculture (irrigation), and ecological balance.
The main objective of the project, in the context of global climate change with periods of extreme drought and rainfall, is to provide sustainable, stable, and green energy generated by climate-data-driven micro Mini Water Power turbine installations. Climate-driven refers to the use of climate and weather data to guide the operation and optimization of the energy installations. This means that the systems use current and historical climate data (such as rainfall, drought periods, water levels, etc.) to plan energy production and also optimize the turbines with this information. By linking green energy to data and the development of education and healthcare, we contribute to a sustainable future for Nieuw Nickerie and Apoera. This will not only enhance resilience against climate change but also improve the quality of life for both communities.
Our touch :
HAEDES offers scientific support by utilizing hydrologic numerical modelling, geospatial applications, and climate adaptation tools to achieve an optimal balance in water and energy management while preserving the environment, thus creating a sustainable solution. Some of the activities include:
- Developing innovative methods for stakeholder engagement
- Exploring local data collection techniques (geospatial, hydrometeorological)
- Creating tools for data-driven site characterization
- Designing, developing, and implementing a cloud-based Decision Support System (DSS)
- Applying innovative approaches for capacity building