Case studies
Assessing net economic and environmental impacts of AI-powered microgrids up to 2035 with Schneider Electric
Working closely with teams at Schneider Electric, we analysed the economic and environmental impacts of 11 AI-controlled microgrid sites between 2023 and 2035. The results offer a unique – and surprising – insight into the true potential of these solutions to support the energy transition.
See our study
Building a Responsible Digital Strategy for the communication team of the Metropolis of Rennes
Rennes Metropolis communications department initially commissioned Hubblo to carry out a Life Cycle Assessment (LCA) of its digital communications tools. From this LCA we develop a Responsible Digital Strategy, coaching the communications department on the integration of their novel strategy.
See our study
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Our resourcesProjects inventory
| Title | Client | Year | Link |
|---|---|---|---|
| Socioeconomic and environmental impacts assessment of the 'Resilient and inclusive digital territories' | Emmaus Connect | 2026 | |
| Methodological support on the Life Cycle Assessment (LCA) of a document archiving infrastructure | Corpokarma | 2026 | |
| Methodological auditing | Decathlon | 2026 | |
| Life cycle assessments of GPUs for artificial intelligence | ADEME | 2026 | See our study |
| Life cycle assessment of equipements and digital services used in radio broadcasting | Corlab / Frap | 2026 | See our study |
| Forecast of data centre energy consumption in the short, medium and long term from 2024 to 2060 | ADEME | 2026 | See our study |
| Direct and indirect rnvironmental assessment of IT4GREEN solutions | ADEME | 2026 | See our study |
| Consequential analysis of eco-design levers for digital services | ADEME | 2026 | See our study |
| Assessing net economic and environmental impacts of AI-powered microgrids up to 2035 with Schneider Electric | Schneider Electric | 2026 | See our study |
| Systemic study of the indirect environmental effects of the Leboncoin platform | Leboncoin | 2025 | |
| Methodological support on Assessing the Direct and Indirect Impacts of the DPP on Electrical and Electronic Products | Ecosystem | 2025 | |
| Methodological guidance and coaching for implementing a systematic carbon footprint assessment | Criteo | 2025 | |
| Facilitating a cross-enterprise workshop on assessing the impacts of generative AI | SNCF / Thales | 2025 | See our study |
| Development of an environmental monitoring system for IT servers | Ideee | 2025 | |
| Critical review of Mistral AI environmental impact assessment | Mistral AI | 2025 | See our study |
| Comparative environmental assessment of advertising campaigns | ADEME | 2025 | See our study |
| Assessment of the net environmental impacts of digital services for monitoring the life cycle of domestic appliances | Ecosystem | 2025 | |
| Critical Review of the Evaluation Methodology for the Frugr Software | Digital4better | 2024 | |
| Critical review of GHG emissions assessment of a service hosted on AWS | Content Square | 2024 | |
| Building a Responsible Digital Strategy for the communication team of the Metropolis of Rennes | Rennes Metropolis | 2024 | See our study |
| Attributional and consequential assessment of the eco-design leverage of an email service | Iroco | 2024 | |
| Product Category Rule (PCR) for cloud services and data centre IT hosting services | ADEME | 2023 | See our study |
| Environmental impacts of digital usages in the Grand Est region (France) | ADEME | 2023 | See our study |
| Life cycle assessment of an eco-designed messaging app | Treebal | 2022 | See our study |
| GIVE - Assessment of the nets environmental impacts of e-education | Erasmus+ | 2022 | |
| Assessment of the environmental impact of a set of refurbished products | ADEME | 2022 | See our study |
| Video games environmental impacts assessment | Ubisoft | 2021 |