Delighted to receive the Faraday Institution 2023 Researcher Development Champion Award. Got a bit emotional and had to wipe away a tear or two. CATMAT-Faraday Institution Cathodes Project Birmingham Energy College of Engineering & Physical Sciences

🚗🌍We're spearheading a new global hub for clean energy & transport. The Global Centre for Clean Energy and Equitable Transportation Solutions will explore emissions reduction in road transport in the UK and America. Find out more here: birmingham.ac.uk/news/2023/new-…

Very pleased to share our involvement in developing a droplet-based ‘wind farms’ technology for harvesting low-speed wind energy. The work is published recently in PNAS entitled 'Low-grade wind-driven directional flow in anchored droplets'. DOI: 10.1073/pnas.2303466120.

Nachdem die Energy Storage Conference 2023 in Glasgow erfolgreich zu Ende gegangen ist, kündigt sich schon die nächste für 2024 in Birmingham an. Für Energiespeicherexperten ein exzellenter Ort zum Austausch. cc: YL Ding Powering Net Zero 2024 (theiet.org)

Colleagues across the Birmingham Centre for Energy Storage recently joined energy experts and industry partners to commemorate the Centre’s 10th anniversary. birmingham.ac.uk/news/2023/birm…

The Uni of Birmingham has signed a collaboration agreement with Vital Energi to develop and commercialise a range of innovative thermal storage solutions, which will help accelerate decarbonisation within the heating and cooling sector: birmingham.ac.uk/news/2024/univ… YL Ding

Uni of Birmingham signs agreement with Vital Energi to develop thermal storage solutions that decarbonise heating & cooling Press release bit.ly/4bLs57d UniBirmingham News YL Ding Birmingham Energy College of Engineering & Physical Sciences @uob_be #energystorage #decarbonisation #energytransition

Energy storage will play a starring role in the UK’s journey to net zero. We’re excited to be bringing innovative solutions to market through a pioneering collaboration with YL Ding at Uni of Birmingham which will revolutionise the future of energy storage: bit.ly/49iMuPn

So pleased at Institute of Refrigeration 123rd Annual Dinner.

Yulong Ding was awarded the J&E Hall Gold Medal for his development of passively cooled containers which has incredible potential on reducing direct and indirect emissions Birmingham Centre for Energy Storage J & E Hall #iordinner24

Researchers at Uni of Birmingham are developing a microwave-based thermochemical system for EV climate control that they say could extend vehicle range by as much as 70 per cent. theengineer.co.uk/content/news/m…

So pleased to be awarded the J&E Hall Gold Medal. My heartfelt thanks to the nominator, the panel, the IOR president and J&E Hall International for giving me the honor. College of Engineering & Physical Sciences Royal Academy of Engineering Engineering and Physical Sciences Research Council

Humboldt-Preis für Prof Yulong Ding YL Ding Nähere Infos hier: uni-stuttgart.de/universitaet/a…

Thrill to receive the Humboldt Research Award tonight at Bamberg, Germany. My heartfelt thanks to the Alexander von Humboldt Foundation, and my host, Professor Andre Thess, at DLR and University of Stuttgart.

Thermal energy accounts for over 50% of global final energy consumption, the decarbonision of the sector represents one of the biggest net-zero energy transition challenges. BCES has been on way to address such challenges for over a decade birmingham.ac.uk/research/energ….

Very pleased to sharing this Ingenia article on decarbonising UK Steel Industry. College of Engineering & Physical Sciences UoB Enterprise ingenia.org.uk/articles/green…

COCOOL RISE The 24M #CO-COOL project meeting was successfully held in #Sharm EI-Sheikh, Egypt with a charming bay on 18th-19th April hosted by our Egyptian partner @NVEC. In this hybrid event, project partners shared their research results in cold thermal storage.

A big milestone for Highview - many congratulations linkedin.com/posts/yulong-d…

Pleased to share recently published study on integrating liquid air energy storage with ammonia (hydrogen carrier) production, demonstrating a cost-effective, resource-efficient, and, we believe, practically implementable solution to industrial decarbonision via sector-coupling.

Pleased to share our 100kWh mobile thermal energy storage demonstrator with some 600kg composite phase change material (some 70 module/bricks each 8.7kg) and operation temperature up to 550C. linkedin.com/posts/yulong-d…