The need for energy‐efficient and environmentally friendly refrigeration, heat pumping, air
conditioning, and thermal energy harvesting systems is currently more urgent than ever …

We present the experimental results for a rotary magnetocaloric prototype that uses the
concept of active magnetic regeneration, presenting an alternative to conventional vapor …

Today almost all refrigeration systems are based on compressors, which often require
harmful refrigerants and typically reach 50% of the Carnot efficiency. Caloric cooling …

This paper treats a control technique designed to maximise the working of a rotary
permanent magnet magnetic refrigerator (RPMMR). The method, named ANNTEO, is based …

We present the performance of an active magnetic regenerator prototype with a multi-bed
concept and parallel flow circuit. The prototype applies a two-pole permanent magnet …

A rotary multi-bed active magnetic regenerator (AMR) device was modified to allow testing
different fluid flow waveforms, with different blow fractions (ie, the fraction of the AMR cycle …

An active magnetic regenerator with magnetic Brayton cycle is adopted in a rotary-magnet
type refrigerator. For the performance of the magnetic refrigerator, timing between the …

Magnetocaloric energy conversion devices (eg, room air conditioners and household
refrigerators) have the potential to significantly reduce the emissions associated with …

The active magnetic regenerator (AMR) is an attractive technology for efficient heat pumps
and cooling systems. The costs associated with a permanent magnet for near room …

Magnetic refrigeration is one of the most prominent unconventional near-room-temperature
cooling technologies. However, some factors currently prevent it from reaching commercial …