Bridging the gap: Securing Europe´s critical raw materials for the chips and circular economy acts | 2026 Publication type D4 Published development or research report or study Author(s) Patil Anish, Gouveia Joana Rosa, Quinteros Condoretty America, Kainiemi Laura Planetary resources Business and society Energy transition LUT Business School LUT School of Energy Systems
Regional Estimation of Wind Power Production in Finland Using k‐Means Clustering and Power Curve Fitting | 2026 Publication type A1 Journal article (refereed), original research Author(s) Rehtla Marek, Tupitsina Anna, Lindh Tuomo, Nevaranta Niko Energy transition LUT School of Energy Systems
The role of carbon capture, utilisation and storage technologies in climate change mitigation | 2026 Publication type G5 Doctoral dissertation (article) Author(s) Buure Katariina Energy transition LUT School of Energy Systems
Cost comparison of low- and zero-emission heavy-duty vehicles: a case route analysis | 2026 Publication type A1 Journal article (refereed), original research Author(s) Riipinen Veikka, Tuviala Esa, Hiltunen Teemu, Meriläinen Altti, Kauranen Pertti, Ahola Jero Energy transition LUT School of Energy Systems
Thermally Responsive Biphasic Deep Eutectic Solvents Enable One-Pot Three-Fraction Birch Wood Fractionation | 2026 Publication type B1 Unrefereed journal article Author(s) Kulshrestha Akshay, Tighi Karo Almassi, Ikenna Anugwom Energy transition LUT School of Engineering Sciences
Catalyst-Driven Predictive Functions for Fischer–Tropsch Selectivity and Conversion | 2026 Publication type A1 Journal article (refereed), original research Author(s) Yaghoubi Khashayar, Emebu Samuel, Koiranen Tuomas Planetary resources Energy transition LUT School of Engineering Sciences
Data-Driven State-of-Charge-Dependent Modeling of Real-World Electric Vehicle Fast Charging | 2026 Publication type A4 Conference proceedings Author(s) Vahib Hesam, Aarniovuori Lassi, Tikka Ville Digital revolution Energy transition LUT School of Engineering Sciences LUT School of Energy Systems
Design and Evaluation of an AI-Based Interpretable Machine Learning Framework for Electric Vehicle Charging-Duration Prediction and Decision Support | Publication type G2 Master’s thesis, polytechnic Master’s thesis Author(s) Vahib Hesam Digital revolution Energy transition LUT School of Energy Systems
