Renewable Energy

Renewable Energy

Space technology serving the energy transition

Even before construction begins, satellites enable the identification of the best sites, assessment of their potential and anticipation of environmental constraints.

Once operational, they help optimise production, monitor assets and strengthen the resilience of energy infrastructure.

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Solar and wind farms connected by satellite data flows, observation satellite in orbit around Earth

Context

Space at the heart of the energy transition.

The success of a renewable energy project depends on a thorough understanding of the territory, climate conditions and environmental constraints.

Satellites provide a global, continuous and objective view that reduces uncertainties and secures investments.

This permanent observation capability enables organisations to:

Identify the most favourable zones
Evaluate energy potential
Monitor the environment
Optimise performance
Anticipate climate risks
Secure investments

The energy families covered:

Onshore windOffshore windPhotovoltaic solarConcentrated solar powerBiomass and geothermal

Capabilities

What space technology enables you to analyse.

Six analysis families to develop, optimise and secure renewable energy projects from orbit.

Solar Potential

Measure solar irradiance and identify the highest-performing zones for photovoltaic installations.

Wind Potential

Evaluate onshore and offshore wind resources to size wind energy projects accurately.

Land Use

Identify regulatory, environmental and land constraints from the earliest project phase.

Climate Risks

Analyse droughts, floods, storms and extreme events over the long term.

Installation Performance

Compare actual output against environmental conditions to optimise yield.

Territorial Change

Track land transformations around infrastructure and anticipate future changes.

Satellite mapping of solar irradiance with AI analysis for energy planning — Solar Potential
Measuring solar irradiance and identifying the highest-performing zones.

Visualisation of wind flows and wind resources observed from space — Wind Potential
Evaluating onshore and offshore wind resources.

Use Cases

One architecture, benefits for every stakeholder.

Project Developers

Site identification and qualification.

Energy Producers

Optimising asset performance.

Investors

Risk reduction and project security.

Local Authorities

Territorial energy planning.

Grid Operators

Anticipating demand and adapting infrastructure.

Industrial Organisations

Decarbonisation and energy autonomy.

Methodology

From feasibility study to operations.

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

Satellite Observation

Analysis of territory and resources.

Climate Data

Historical records and long-term forecasts.

Artificial Intelligence

Modelling energy potential.

Decision Support

Selecting optimal locations.

Asset Monitoring

Continuous operational management.

Continuous Optimisation

Improving performance over time.

Applications

Concrete applications.

Four scenarios in which space data transforms the management of energy projects.

Satellite mapping of solar irradiance with AI analysis for photovoltaic planning — Photovoltaic Development
Rapid identification of the best installation zones using satellite mapping.

Agrivoltaic farm seen from space, combining agriculture and solar energy production — Agrivoltaics
Joint optimisation of agricultural and energy uses on the same land.

Digital twin of renewable energy infrastructure combining satellite imagery and operational data — Green Hydrogen
Identifying the most favourable territories for renewable hydrogen production.

Outcomes

Operational benefits.

Faster StudiesFewer field campaigns required.

Better Site SelectionDecisions grounded in objective data.

Risk ReductionComplete view of the environmental context.

Performance OptimisationBetter understanding of production factors.

Convergence

From energy project to digital twin.

Space data now enables the creation of dynamic digital representations of energy infrastructure.

These digital twins integrate satellite, meteorological, operational and environmental data. They provide a complete view of assets and facilitate both strategic and operational decisions.

Why Hyperion

An independent partner, from requirement to insight.

Space Solutions Architect

We select the space technologies best suited to your energy challenges.

Comprehensive Territorial View

Cross-referencing environmental, climate and industrial data.

Operational Intelligence

Transforming space data into actionable decision-support tools.

Digital twin of renewable energy infrastructure combining satellite imagery, climate data and operational dashboards

Outlook

Tomorrow's energy will be data-driven.

The growth of renewable energy depends on a deeper understanding of territories, natural resources and risks.

satellite observationclimate dataartificial intelligencedigital twinsreal-time management

Space technology now provides this indispensable global view for designing, operating and securing the energy infrastructure of tomorrow.

Let's take action

Give a new dimension to your energy projects.

Discover how space technologies can improve the performance, profitability and resilience of your renewable infrastructure.

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Space is transforming many fields. Move from one sector to another to explore what orbital data can bring to your business.