Research at DTU Wind Energy is organised in 3 main divisions
Research is further organised in 14 sections
DTU Wind Energy is a highly valued partner for the wind energy sector
DTU Wind Energy operates several world-leading research facilities
DTU Wind Energy offers education and training in wind energy disciplines, comprising topics from aerodynamics to atmospheric physics and materials to grid integration and offshore wind energy.
DTU Wind energy is a valued collaboration partner in the Danish wind sector.
Research-based consultancy is an important part of the services offered by DTU Wind Energy
DTU Wind Energy participates in several strategic alliances and partnerships.
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To support DTU’s strategy to develop sustainable technology for people and create stronger research environments, the University is now reorganizing its research in key...
Gregor Giebel is Head of Section for the Section for Renewable Energy Plants in Weather Driven Energy Systems at DTU Wind and Energy Systems and on 6 May he is going...
On Monday DTU President Anders Bjarklev and Chief Technology Officer at TotalEnergies Marie-Noëlle Semeria signed the contract, establishing an centre of excellence around...
Artificial intelligence embedded in power converters can exploit the flexibility of the energy network to ensure reliable energy supply. Story in Danish Outlet 'Ingeniøren...
The BOSS project succesfully demonstrated a large Danish battery energy storage system at Bornholm, with the capacity of 1100 kWh, 1100 kW. Batteries are keys to retiring...
Senior Scientist Andrea Hahmann is Lead Author of IPCC report working group III chapter six. The report lays out of set of mitigation strategies that countries can adapt...
Our department had a royal visit by HRH The Crown Prince as we hosted the IPCC report press conference. Together with Danish Climate Minister Dan Jørgensen, The Crown Prince...
“Accelerating the green transition largely relies on massive deployment of offshore wind energy”, says professor Nicolaos A. Cutululis who received the excellence grant...
Wind turbine blades consist of a composite material that is difficult to disassemble and it prevents recycling. Development engineer Justine Beauson is researching the...