6 Nov 2024
Watch the recording here
Download paper here
If you missed the presentation "Digitalisation and AI: Shaping the Future of Heating and Cooling" by new IOR President Lisa-Jayne Cook, the recording is now available.
Digitalisation and Artificial Intelligence (AI) is revolutionising the heating and cooling sector, offering solutions to optimise energy use, cut emissions, and improve efficiency. With the demand for space cooling expected to triple by 2050, AI technologies like machine learning, predictive analytics, and computer vision are crucial for managing energy systems in real time, reducing waste, and integrating renewable energy sources. Machine learning, in particular, will have the most significant long-term impact, enabling autonomous systems and smart grids to balance energy demands and optimise operations. However, for AI to achieve its full potential, it must be deployed inclusively, ensuring that vulnerable populations benefit from these advancements. This presentation and paper highlight the need for collaboration between governments, industries, and educators to foster innovation, support AI-driven research, and prepare the workforce for an AI-driven, energy-efficient future.
24 Apr 2025
IOR Members who enrolled with the STEMAZING Academy, with the support of the Institute have made a great impact promoting STEM and the RACHP Sector to young people.
16 Apr 2025
The webinar PED - Is UK Compliance Under Pressure, which was held on 15th April 2025 is now available for download from the IOR website.
15 Apr 2025
The Institute of Refrigeration proudly accepted an award for its STEM Toolkit at last week’s ACR Awards.In addition Lisa Waters, IOR Events Manager, was honoured with the Alan Moore Award.
15 Apr 2025
The IOR 2025 Publications Catalogue is now available. It encompasses a diverse range of publications, incorporating a substantial collection of practical guidance tailored for engineers and technicians.
6 Apr 2025
A new research project aims to transform that by identifying and mapping waste heat from urban cooling applications, using Birmingham as a case study.