Objectives of the service
Distributed renewable energy operators and their investors face increasing exposure to weather-driven variability in energy production and revenues. This directly affects cash-flow stability and access to financing.
Space4DRE assesses and validates a satellite-enabled parametric insurance solution designed to:
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Translate solar-resource variability into insurance-grade performance indices
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Enable automated payouts based on predefined thresholds
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Integrate performance-risk protection into digital insurance platforms
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Support bankability of distributed renewable energy portfolios
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Define a clear pathway from pilot to deployment
Users and their needs
The service addresses both renewable-energy stakeholders and insurance providers across Europe, India, the Philippines, and selected African markets.
Demand-side users
Distributed renewable energy operators, portfolio managers, and financiers.
Key needs:
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Protection against downside production risk
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Improved revenue predictability
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Integration into financing structures
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Bankability support
Supply-side users
Insurers and reinsurers active in renewable-energy markets.
Key needs:
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Reliable and independent EO-based indices
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Transparent and auditable trigger logic
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Operational automation
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Cross-market scalability
The main challenge addressed by Space4DRE is aligning satellite-derived indices with underwriting requirements while maintaining simplicity and transparency.
Service/ system concept
The Space4DRE service provides insurers, renewable energy operators and investors with an objective performance index and automated payout mechanism based on satellite data. Users receive transparent information on weather-driven performance deviations and predefined insurance payouts when agreed thresholds are reached.
In simple terms, independent satellite-based solar irradiance data are used to measure how much solar energy reaches a specific location. This information is compared to expected conditions. If the difference exceeds an agreed level over a predefined period, the system automatically calculates the payout according to predefined rules. No on-site inspections are required.
When agreed thresholds are breached, payouts are automatically calculated according to predefined rules, without the need for on-site inspections or loss assessment.
IBISA does not act as an insurer. The Space4DRE service is designed as a technical and operational layer that enables insurers and reinsurers to design, price, monitor and operate parametric performance-risk products. Insurance risk is underwritten by licensed insurers and, where relevant, reinsured by reinsurers.
The service is implemented as a modular extension of IBISA’s existing digital insurance infrastructure, integrating data ingestion, index calculation, payout logic and user-facing dashboards. This architecture enables portfolio-level monitoring, automation and deployment across multiple geographies.
Space Added Value
Earth Observation datasets are a core element of the Space4DRE service, providing an independent and consistent way to assess solar-resource variability across distributed renewable energy assets. Satellite-derived irradiance offers long historical time series and homogeneous spatial coverage, which are essential for index design and insurance back-testing.
Unlike on-site production data, EO data are independent from the insured asset and standardised across geographies, making them suitable for insurance underwriting. This allows performance-risk coverage to be applied at portfolio level, including for small and dispersed installations.
Using satellite data reduces operational complexity, supports automated monitoring and payouts, and enables insurers and reinsurers to deploy comparable solutions across multiple markets.
Current Status
The Space4DRE kickstart study confirmed both the technical viability and the commercial relevance of a satellite-based parametric insurance solution for distributed renewable energy portfolios.
A pilot product was structured and priced with an insurer in India, and calibration parameters were aligned with underwriting logic. A functional digital prototype was developed, integrating irradiance data ingestion, index calculation, threshold monitoring, and automated payout simulation within IBISA’s existing platform.
Engagements with DRE operators, insurers, brokers, and reinsurers across India, the Philippines, selected African markets, and Europe directly informed product design and prioritisation. The activity has therefore moved from concept validation to pilot-ready configuration, with the next step focused on demonstration at portfolio scale.
Prime Contractor(s)
