A new approach to automated energy performance and fault detection and diagnosis of HVAC systems. Development of the 4S3F method
A.C. Taal (Lid Lectoraat)
Switching Power Supplies in DC Grids
P.J. (Peter) van Duijsen (Docent); D.C. (Diëgo) Zuidervliet (Onderzoeker); Casper Grootes (Student)
Droop Control in DC Grids using the Universal Four Leg as Laboratory Setup
P.J. (Peter) van Duijsen (Docent); D.C. (Diëgo) Zuidervliet (Onderzoeker); A. (Alexander) Spaans (Student)
Gaining insights into dwelling characteristics using machine learning for policy making on nearly zero-energy buildings with the use of smart meter and weather data
T.B. Salcedo Rahola (Docent)
DC Grids for Electric Marine, Control and Protection
P.J. (Peter) van Duijsen (Docent)
Permanent Magnet Synchronous or Induction Machine, selection and control for electric vehicles
P.J. (Peter) van Duijsen (Docent)
Traction Motors, what is the difference? Induction, Interior Permanent Magnet and Synchronous Reluctance Machines Technologies, Constraints, Possibilities & Outlook
P.J. (Peter) van Duijsen (Docent)
Reconsidering the Circular Economy Rebound effect
K.A. (Kim) Poldner (Lector)
P&ID-based automated fault identification for energy performance diagnosis in HVAC systems:
A.C. Taal (Lid Lectoraat); L.C.M. (Laure) Itard
Problems, mistakes and good practices in community participation in local renewable energy projects
K.F. (Karel) Mulder (Lector)