Wind Assisted Ship Propulsion (WaSP)
Wind Assisted Ship Propulsion (WaSP)
Wind Assisted Ship Propulsion (WaSP)
Discover more information about one of our sustainable development goals: Affordable and clean energy.
Discover N0MES, a leading maritime energy research and training hub, fostering innovation in energy generation, distribution, and environmental impact. Led by top universities.
LCR Future Energy is a £3.7 million programme designed to provide support services to help meet the needs of the renewable energy supply chain.
The maritime sector on Merseyside is one of the largest and broadest in the UK. There are more jobs based in Liverpool city centre with major container lines than anywhere else outside of London. Explore the career information and educational resources we have to offer.
LJMU has a number of strategies and initiatives in place to reduce emissions within the University. Find out about our commitments to reducing energy consumption. Plus see what you can do to help while at University and at home.
The Electric Machines and Drives Research Group conducts research into: variable-speed electric drive systems, electrical power generation plants for renewable energy sources and power electronic converters for interfacing the variable-speed drives and generators.
Find out more about the PhD and postgraduate courses the Electrical and Electronic Engineering Research Centre offer.
LJMU has many strategies and initiatives in place to tackle recycling and waste management within the University. See our commitments to minimising waste.
Read more about the collaboration between Energy Fairies and LCR 4.0 to further develop their Flutter Shutter solution. Notably the Energy Fairy team wanted to specifically concentrate upon iterative design and test development of their envisaged smart sun tracking feature.