Pure Data Centres (Pure DC)
Pure DC Amsterdam Solar Feasibility & Design Study
Shannon Energy was engaged by Pure Data Centres to assess the feasibility of on-site solar generation at its Amsterdam facility as part of its wider sustainability and ESG commitments. The project formed part of Pure DC’s “Healthier Earth Programme”, focused on reducing carbon emissions across critical digital infrastructure. The assignment included evaluating solar suitability across multiple rooftops, developing a proposed solar solution, and assessing the commercial and environmental benefits of implementation.

The Challenge
Data centres face growing pressure to reduce operational carbon emissions while maintaining the resilience and performance standards required by critical digital infrastructure.
Pure DC sought to explore how solar generation could contribute to its sustainability objectives while providing a commercially viable route to reducing energy costs and supporting long-term ESG targets.


Our Approach
Shannon Energy carried out a solar feasibility assessment across three rooftop areas at the Amsterdam facility, evaluating available space, generation potential, and site suitability.
The assessment considered both rooftop solar and side-wall photovoltaic cladding opportunities, allowing the available building envelope to be utilised more effectively for renewable energy generation.
Detailed financial and carbon modelling was then undertaken to quantify potential savings, payback periods, and long-term environmental impact.
Delivery
Solar Feasibility Assessment
Completed a detailed assessment of three rooftop areas to determine technical suitability, available capacity, and expected solar generation potential.
System Design & Energy Modelling
Developed a proposed solar solution incorporating rooftop PV and side-wall photovoltaic cladding, maximising available generation opportunities across the facility.
Commercial & Carbon Analysis
Produced detailed modelling covering projected energy generation, carbon reduction potential, financial savings, and estimated payback periods to support investment decision-making.

Outcome
The project provided Pure DC with a clear roadmap for integrating solar generation into its Amsterdam facility and supporting the organisation’s wider decarbonisation strategy. The proposed solution demonstrated the potential for meaningful carbon reductions, long-term operational savings, and increased utilisation of on-site renewable energy generation across the facility.
814 kWp Proposed Solar Capacity
A large-scale solar solution designed to maximise available rooftop and building envelope space.
538,963 kWh Annual Generation
Projected renewable electricity generation capable of offsetting a significant portion of site energy consumption.
ESG & Decarbonisation Support
Directly aligned with Pure DC’s sustainability objectives and Healthier Earth Programme commitments.
Investment-Ready Business Case
Detailed financial and carbon modelling provided the data required to assess project viability and future implementation.
Start with the Energy Strategy & Solar Readiness Study
A structured assessment that clarifies feasibility, project risks, and the most practical pathway to on-site solar.
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