The poster for the program can be seen here. The main presentations from the program are available below: "Novel Instruments for Snow and Icing Measurements”_, Ville Kaikkonen, University of Oulu ”The research topics of Lapland UAS in IPA–project”, Jukka Joutsenvaara, Lapland University of applied science ”Novel electric heating coating for anti-/de-ice”, Yijun Shi, Luleå University of Technology 15:15-15:45:_ “Ice load sensor development via various principles”_, Fuqing Yuan, The Arctic Un..

The presentations from the third webinar - Rooftop snow management solutions can be downloaded here in pdf format: 1 - Rooftop snow management Webinar motivation, Anssi Mäkynen, Oulu University 2 - Online rooftop snow monitoring, Ville Kaikkonen, University of Oulu 3 - Drone Based Snow Thickness Pilot Measurements, Jukka Leinonen, Lapland UAS ..

The presentations from the second webinar - Wind turbine ice management solutions can be downloaded here in pdf format: 1. Icing Issues and Their Control on Wind Turbines, Ari Soininen, EPV Oy 2. A Novel Sensor for Monitoring Icing Condition, Ville Kaikkonen, University of Oulu 3. An Electric Heat Generating Coating for Wind Turbine Anti-/De-Icing, Yijun Shi, Luleå University of Technology ..

Here the presentations from the Overhead powerline ice load sensing and ice removal webinar are available: 1. Development of National Ice-Load Map for Norway and Use of Load-Cells for Data Validation and monitoring, Miroslav Radojcic, Statnet 2. Sensing the Ice Load on Power Cable, Yuan Fuqing, UiT- The Arctic University of Norway 3. A Novel Device for Ground Wire Ice Removal, Esa Koskela and Jussi Suopajärvi, Lapland UAS ..

The EU funded Ice Proof Arctic project and project partners, University of Oulu, Lapland University of Applied Sciences, Luleå University of Technology and University of Tromsø – The Arctic University of Norway, processes your contact and organization information according to this Privacy Notice. The privacy notice can be downloaded here

An open access article was published about the atmospheric icing detection sensor ICEMET, which can be used to measure the present icing conditions for wind energy production and for other critical infrastructure such as high voltage transmission lines. The data produced by the sensor can be also used to improve the atmospheric icing forecasts. The online article can be accessed from the link below. Kaikkonen, V.A., Molkoselkä, E.O. & Mäkynen, A.J. A rotating holographic imager for stationar..

Ville Kaikkonen presented the Ice Proof Arctic project at the Winterwind 2020 conference, held in Åre, Sweden. Ville also attended the open innovation content held at the Winterwind with the ICEMET-innovation. The presentations reached over 250 experts working with cold climate wind energy production. You can download both presentation slides from the links below. https://windren.se/WW2020/07_3_32_Kaikkonen_Ice_and_snow_management_innovations_for_critical_infrastructure_Pub_v2.pdf https://windre..

One of the first papers in connection to the projekt has been published in Journal of Physics: Conference Series. The work was presented at the 2019 2nd International Conference on Computer Information Science and Artificial Intelligence (CISAI 2019). The paper can be found here: https://iopscience.iop.org/article/10.1088/1742-6596/1453/1/012115 ..

The holographic microscope developed at the University of Oulu is a completely unique tool. Research scientist Ville Kaikkonen shares the story behind this innovation. Presented by the University of Oulu and the Faculty of Information Technology and Electrical Engineering ITEE