University of Exeter
University of Exeter
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The Energy Harvesting Research Group at the top 10 University of Exeter in the UK combines cutting edge academic research with a firm focus on needs of industry. We offer a fully integrated system approach to develop wearable and vibrational energy harvesting powered wireless sensing systems for a wide range of real world applications, including automotive, aerospace, transport, healthcare, military and defence, and other industrial sectors.
We have internationally leading expertise and extensive experience in novel energy harvesting methods, energy efficient and adaptive power management, energy-aware wireless sensing, and their design and modelling, implementation and integration, and characterisation and applications of energy harvesting powered wireless sensing systems.
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2015
1 Jul 2015
Breakthrough graphene production, revolution in artificial skin
A pioneering new technique to produce high-quality, low cost graphene could pave the way for the development of the first truly flexible 'electronic skin', that could be used in robots.12 May 2015
Graphene holds key to unlocking creation of wearable electronics
Scientists have pioneered a new technique to embed transparent, flexible graphene electrodes into fibres commonly associated with the textile industry.29 Apr 2015
FeCl3-Intercalated Few-Layer Graphene: Opto-Electronics Properties and Applications
University of Exeter, United Kingdom
2013
23 Dec 2013
Testing on revolutionary marine energy device begins
A groundbreaking renewable energy device which will harvest energy from the motion of the sea is about to be tested.6 May 2013
Graphene- growth limited by a 'replacement' go-to-market strategy?
25 Apr 2013
Revolutionary new device joins world of smart electronics
Researchers at the University of Exeter have developed a new photoelectric device that is both flexible and transparent.2012
5 Dec 2012
GraphExeter
University of Exeter, United Kingdom
5 Dec 2012
GraphExeter
University of Exeter, United Kingdom
3 Dec 2012
University of Exeter
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29 Nov 2012
Graphene Square
21 Sep 2012
Predicting wave power
Researchers have developed a control algorithm that, when used in conjunction with previously-developed wave prediction technology, helps Wave Energy Converters calculate the correct amount of force needed to collect the maximum energy possible, allowing the device to respond to each wave individually.4 May 2012
New graphene-based material could revolutionise electronics industry
The most transparent, lightweight and flexible material ever for conducting electricity has been invented by a team from the University of Exeter.1 May 2012
GraphExeter could revolutionise electronics industry
The most transparent, lightweight and flexible material ever for conducting electricity has been invented by a team from the University of Exeter.2010
17 Aug 2010
GE to develop new bio-inspired sensor
Replicating nanostructures from the wings of Morpho butterflies, GE's sensors would enable highly selective, near-instantaneous detection of chemical threats GE's sensing platform could create other industrial and healthcare applications, including emissions monitoring at power plants, water purification and food safety testing and breath analysis for disease detection