Hydroelectricity & hydraulic infrastructure

Monitor catchments to optimise energy operations

Dams and hydraulic infrastructure are directly dependent on climatic conditions, water resources and the stability of their surroundings.

Space technologies make it possible to monitor catchment areas, anticipate risks and optimise operations across an entire territory.

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Large hydroelectric dam and reservoir seen from space, satellite monitoring of water resources

Context

A global view of the water cycle.

Hydroelectric production depends on a complex balance between climate, precipitation, water resources and infrastructure operations.

Satellites offer a unique capability to observe changes in water reserves, precipitation, soil moisture, ground movements and the impacts of climate change.

This global view improves:

Asset safety
Energy performance
Sustainable resource management
Risk anticipation
Regulatory transparency
Territorial resilience

Capabilities

What space technology makes it possible to monitor.

Six observation families to secure, understand and anticipate hydraulic operations from orbit.

Reservoirs & water storage

Track changes in water levels and volumes available for energy production.

Catchment areas

Understand the hydrological dynamics that feed hydraulic infrastructure.

Precipitation

Analyse rainfall events and their future impact on water resources.

Droughts

Measure water-resource stress and anticipate shortages.

Ground movements

Detect deformations that could affect the structural stability of assets.

Floods

Anticipate flood events and strengthen territorial risk management.

Satellite mapping of a catchment area with water flows and river networks — Catchment areas
Understanding hydrological dynamics at territorial scale.

Satellite radar analysis of a hydroelectric infrastructure and its surroundings — Dam surveillance
Detection of ground movements and continuous monitoring of structures.

Use cases

One architecture, benefits for every stakeholder.

Hydroelectric producers

Optimise production output and installation availability.

Dam operators

Strengthen monitoring of assets and their surrounding environment.

Catchment managers

Integrated management of water resources at territorial scale.

Public authorities

Natural-risk prevention and crisis management.

Insurers

Assessment and monitoring of climate risks on infrastructure assets.

Infrastructure concessionaires

Improve the resilience of strategic hydraulic assets.

Method

Space capabilities deployed.

A continuous value chain, from orbital observation to operational management.

Earth observation

Monitoring of water resources.

Satellite radar

Detection of millimetre-scale ground movements.

Space meteorology

Precipitation forecasting and extreme-weather prediction.

IoT sensors

Real-time local measurements on structures.

Artificial intelligence

Modelling and anticipation of change.

Operational decision-making

Optimisation of operations and management.

Applications

Real-world applications.

Four scenarios where space data transforms how hydraulic operations are conducted.

Catchment area observed from space with hydrological flows and analysed precipitation — Water-inflow forecasting
Anticipate volumes available for energy production through satellite observation of catchments and precipitation.

Hydroelectric infrastructure monitored by radar satellite and AI analysis — Dam surveillance
Monitor the condition of structures and their environment using satellite radar and artificial intelligence.

Satellite flood-prediction system with advanced hydrological analysis — Flood management
Prepare operations before extreme events using satellite mapping of flood-prone zones.

Digital twin of hydroelectric infrastructure combining satellite imagery, weather data and predictive analysis — Energy optimisation
Align operating strategies with hydrological forecasts to maximise generation output.

Results

Operational benefits.

Complete territorial visibilityFrom catchment to dam, continuously.

Enhanced anticipationMore reliable forecasting of water resources.

Strengthened safetyImproved monitoring of critical infrastructure.

Production optimisationFiner control of energy generation capacity.

Digital twin of hydroelectric infrastructure combining satellite imagery, weather forecasts and AI predictive analysis

Convergence

From dam to hydraulic digital twin.

Space data now enables the creation of dynamic digital models incorporating water levels, precipitation, catchment areas, infrastructure, operational data and natural risks.

These digital twins provide a comprehensive view enabling operators to anticipate changes and make faster, better-informed decisions.

Climate

Climate change and water management.

The growing frequency of droughts, floods and extreme events is profoundly changing the operating conditions for hydraulic infrastructure.

Space technologies offer a unique capability to measure these changes and adapt water-resource management strategies in the face of tomorrow's climate challenges.

Why Hyperion

An independent partner, from requirement to indicator.

Space solutions architect

We select the most appropriate technologies for your hydraulic and energy challenges.

Data fusion

Cross-referencing of satellite, meteorological, hydrological and operational data.

Decision support

Turning complex data into actionable tools for operations teams.

Outlook

Water is becoming a strategic asset.

Hydroelectric energy plays an essential role in the energy transition and the stability of electricity grids.

water levelsprecipitationcatchment areasinfrastructurenatural risks

To meet tomorrow's climate and operational challenges, operators need a comprehensive, continuous and predictive view of their resources and infrastructure. Space technology is now one of the best tools to meet this requirement.

Satellite mapping of a valley with hydrological monitoring system and flood forecasting

Let's take action

Gain a new perspective on your hydraulic infrastructure.

Discover how space technologies can strengthen the safety, performance and resilience of your dams and hydraulic networks.

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