Unlocking Hydropower Potential and Enhancing Resilience: BWI’s Contribution at Rencontres France Hydro Electricité

BWI is pleased to announce its participation in the renowned event, Rencontres France Hydro Electricité. The mega event take place in Valence. With a strong focus on optimizing energy production and promoting resilience in the hydropower industry, BWI is passionate about empowering hydroelectric plants and supporting public authorities in their efforts to combat water-related hazards. This event serves as an ideal platform for BWI to showcase its technologies and expertise in the hydrology domain. Our focus on driving sustainable growth and enhancing operational efficiency for the hydropower sector makes this a great opportunity. 

• Optimizing Energy Production for Hydropower Plants: By leveraging a combination of data sources, including Earth observation spatial programs, weather radars, weather stations, and in-situ sensors, BWI offers accurate streamflow predictions. We deliver these predictions through BWI’s user-friendly API, providing operators with valuable insights to make informed decisions. By integrating streamflow predictions into their business processes, hydropower plants can enhance their operational efficiency. In addition, they can maximize energy generation, leading to increased revenues.
• Enhancing Resilience with Early Warning Systems: By empowering public authorities, risk managers, and municipalities with actionable information, BWI’s early warning systems enable proactive measures to mitigate the impacts of water-related hazards. This, in turn, helps to safeguard lives, protect infrastructure, and enhance the resilience of communities.

BWI is proud to be participating in the upcoming Rencontres France Hydro Electricité event (16 Av. Georges Clemenceau, 26000 Valence) as this is one of the most prestigious gatherings in the hydropower industry. Join us on Wednesday, June 21st, and Thursday, June 22nd, 2023. Explore our innovative solutions and discuss how we can enhance energy production and resilience in the hydropower sector.