Energy Production and Distribution
Advanced Inflow Forecasting for Hydropower Operations
In the ever-evolving landscape of water resource management and hydropower operations, accurate and reliable inflow forecasting is indispensable. Tethys, an advanced Software as a Service (SaaS) solution, is specifically designed to address the challenges of hydropower inflow forecasting. By leveraging state-of-the-art artificial intelligence (AI) and machine learning technologies, Tethys provides actionable insights to optimize energy production, mitigate risks, and promote sustainable water management.
The Importance of Inflow Forecasting
Hydropower accounts for a significant portion of global renewable energy production. However, the efficiency of hydropower plants hinges on precise water inflow predictions. Inaccurate forecasting can lead to inefficiencies in energy generation, mismanagement of water resources, and increased vulnerability to extreme weather events such as floods and droughts. Tethys offers a comprehensive solution to these challenges, ensuring reliable forecasting across diverse geographies and hydrological conditions.
Key Features of Tethys
Tethys stands out as an innovative tool for hydropower operations. Its key features include:
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AI-Powered Predictive Accuracy: Tethys utilizes advanced machine learning models to deliver probabilistic forecasts. This ensures that decision-makers have access to multiple scenarios with confidence intervals, enabling better planning and risk management.
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Real-Time Data Integration: The platform integrates data from various sources, including satellite observations and ground measurements. This ensures that forecasts are based on the most current information available.
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Scalability: Whether managing a small catchment area or a large river basin, Tethys is designed to scale seamlessly across regions and hydrological systems.
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User-Friendly Interface: Tethys features intuitive front-end and back-end interfaces, making it accessible for users with varying levels of technical expertise.
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Versatile Forecasting Models: The system supports deterministic, possibilistic, and probabilistic forecasts, with a focus on probabilistic methods for superior accuracy and reliability.
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Cost-Effective Implementation: By leveraging existing data sources and reducing the need for extensive physical monitoring infrastructure, Tethys minimizes operational costs.
Applications of Tethys
Tethys’ applications extend beyond inflow forecasting, offering comprehensive solutions for water resource management:
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Flood Management: Early prediction of flood events enables timely safety measures, protecting communities and infrastructure.
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Drought Preparedness: By identifying trends in water scarcity, Tethys supports optimal resource allocation and planning.
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Energy Optimization: Accurate inflow forecasts allow for precise reservoir management, maximizing hydropower generation during peak demand periods.
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Environmental Stewardship: Sustainable water use, driven by reliable forecasting, contributes to long-term environmental preservation and resilience.
Benefits of Tethys
Tethys delivers tangible benefits for hydropower operators and water resource managers:
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Enhanced Decision-Making: Probabilistic forecasts provide actionable insights for strategic planning and operational efficiency.
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Reduced Economic Risk: Accurate predictions help mitigate the financial impacts of extreme weather events.
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Regulatory Compliance: Efficient water management supports adherence to environmental regulations and standards.
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Increased Stakeholder Confidence: Reliable forecasts enhance trust among stakeholders, from investors to local communities.
Proven Track Record
Tethys is trusted by leading hydropower projects worldwide. Notable references include:
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Cahora Bassa HPP, Mozambique: Used for daily and weekly planning of energy production and flood management.
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Enguri HPP, Georgia: Supports critical planning for one of Georgia’s largest hydropower plants, contributing significantly to national energy supply.
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Rogun Dam, Tajikistan: Provides flood management during the construction of the world’s tallest embankment dam.
Why Choose Tethys?
Tethys combines cutting-edge technology with decades of hydropower expertise from Gruner and its partners. Built on open-source technology and informed by research at EPFL and the University of Lisbon, Tethys represents a collaborative effort to deliver an unparalleled forecasting solution.
Whether you aim to enhance operational efficiency, reduce risks, or achieve sustainable water management goals, Tethys is your reliable partner. Discover the power of AI-driven inflow forecasting with Tethys and unlock the full potential of your hydropower operations.
Contact Us Today to Learn More!