News

IceLoss2.2 - the updated next generation icing loss assessment model for wind farms The updated IceLoss2.2 has now been launched commercially, and the results look even better than for the previous IceLoss2.1 model that had the lowest overall validation uncertainty in...

Kjeller Vindteknikk develops and delivers icing forecasts for several different industrial applications in the wind energy and wind engineering sectors. In one of our latest wind energy customer projects, we were chosen to provide pilot wind energy icing loss...

We have a new department leader - Sedsel Fretheim Thomassen!   After Lars Tallhaug left our department about a year ago, we have been in search of a new department leader. The role has now been filled, and we are excited to welcome Sedsel to Kjeller Vindteknikk....

We have a new employee on our analysis team – Guro Tjomlid Maal!   Guro is working from Stavanger, where she has been for several years already at another department in Norconsult. She worked with wind energy on her master thesis and has always wanted to get back...

What do you need to know about winter and icing when trading wind power production in the NordPool electricity markets? If last winter's heavy icing conditions in the Nordics caused you headaches, this webinar is for You. We will go through challenges related to...

Last month, we got 2 new employees in our Norwegian measurement department: Bjørn Christian and Daniel!
Bjørn Christian has previously worked at KVT and we are happy for his return after a couple of years in a different industrial sector. Daniel has a broad experience as an electrical engineer and will be a strong contribution to the team.

We are very pleased to introduce you to our two new colleagues, Bendik and Mina Elise, who have joined the Kjeller Vindteknikk team in early August. Bendik finished his master in Energy and Environment at NTNU in Trondheim earlier this year, where he looked at the...

For the next year, we will conduct a R&D project to understand solar energy production in winter climates.

Solar data with high accuracy are needed to ensure bankable production estimates of a solar power plant. Models and remote measurements using satellites often lack sufficient accuracy, especially in the Nordics.