Projects

 

2017 Innovation UK Award

Professor Meiling Zhu and Dr Zheng Jun Chew of the Energy Harvesting Research Group at the University of Exeter are participating an Innovation UK grant for research into “multi-source power management to enable autonomous micro energy harvesting systems”.  The research grant is awarded from the Competition for Emerging and Enabling Round 2 in 2017.

The research grant will aim to develop innovative power management circuits for autonomous micro energy harvesting systems.  This project is led by Tremeto Ltd. 

 

2017 Innovation UK Award 

Professor Meiling Zhu, Dr Zheng Jun Chew and Dr Yang Kuang  of the Energy Harvesting Research Group at the University of Exeter are participating an Innovation UK grant for research into “AutoNaut for extreme environments”.  The research grant is awarded from the Research and Development Competition for Robotic and Artificial Intelligence (RAI) in Extreme and Challenging Environments and funded through Industrial Strategy Challenge Fund (ISCF) Scheme in 2017.

The aim of this project is to develop a wave propelled unmanned surface vessel (USV) capable of working autonomously, in winter, in the notoriously hazardous Antarctic and Arctic seas, such as the Roaring Forties and Furious Fifties. It is a partnership project led by a company, with the Universities of East Anglia and Exeter. 

 

2017 IAA Award

Professor Meiling Zhu, Dr Yang Kuang and Dr Zheng Jun Chew of the Energy Harvesting Research Group at the University of Exeter have awarded an Impact and Knowledge funding from the  EPSRC Impact Acceleration Account (IAA).

The IAA grant will aim to accelerate the industrial uptake of the energy harvesting technologies developed at the Research Group. This project industrial partner is Babcock International Group in Bristol, UK.

 

2017 ICURe – Innovation-to-Commercialisation Award

Professor Meiling Zhu and Dr Zheng Jun Chew of the Energy Harvesting Research Group at the University of Exeter have awarded an  ICURe – Innovation-to-Commercialisation funding from the SETsquared Partnership and Innovate UK, funded by the Department for Business, Energy and Industrial Strategy (BEIS).

This ICURe  Award will  aim to facilitate the group to develop a business case for commercialisation of their research.

 

2017 Open Innovation Award

Professor Meiling Zhu, Dr Yang Kuang and Dr Zheng Jun Chew  of the Energy Harvesting Research Group at the University of Exeter have awarded  Open Innovation funding  from the  University of Exeter .

This Open Innovation Award will aim to develop energy harvesting system for battery-less remote monitoring. This project industrial partner is Dashboard Ltd.  in Exeter, UK.

 

 

2014 New TSB grant: SENTIENT

Professor Meiling Zhu of the Energy Harvesting Research Group at the University of Exeter is participating a TSB grant for research into “SENTIENTSENsors To Inform & Enable wireless Networks”.  The research grant is awarded from Competition for Collaborative R&D Funding January 2013 on “Highly innovative technology enablers in aerospace 2, worth almost £1.1 million.

The research grant will aim to develop a low/self-powered wireless sensor nodes for integrated vehicle health management (IVHM) using thermal/vibration energy harvested, and to create a ground demonstrator for a cost effective solution for IVHM that provides visualisation of the state of health of airframe and control systems”.

This project is led by HM Communications Ltd, and also participated by TWI Ltd, Airbus Operations Ltd, Ultra Electronics Ltd, NEDEAS Ltd, Cardiff University, BAE Systems (Operations) Ltd.

 

2013 New EPSRC grant: En-ComE

Professor Meiling Zhu of the Energy Harvesting Research Group at the University of Exeter has been awarded an EPSRC grant, worth  £0.63 million,  for research into “En-ComE : Energy Harvesting Powered Wireless Monitoring Systems Based on Integrated Smart Composite Structures and Energy-Aware Architecture”.  This project is to respond to “the Application to BAE Systems ‘Persistent Green Air Vehicle’ Technology Challenge” by developing energy harvesting (EH) powered wireless data links and real time condition and environmental sensors nodes in an integrated smart composite airframe structure for monitoring. The nodes will operate in a truly energy autonomous manner, without the need for power supplies or batteries. The wireless interconnection offers multiple, interconnected sensor capability without the need for connecting cables and their added weight. The advanced composite material offers light weight and high strength-to-weight ratio so as to reduce power consumption and help increase resource efficiency.

The vision of the research is to develop a deployable technology demonstrator of EH powered WSCS in integrated smart advanced composite airframe structures to harvest strain energy from the vibration of aircraft wings for environmental parameter and structural health monitoring, and to provide wide scale monitoring capability for aircraft without imposing an additional power demand. This will free up power resources for other critical systems and contribute to the overall lean energy and weight targets.

Although tailored to the PERGAVE , the capability delivered by this project can find wide applications in other sectors such as remote and dispersed renewable energy installations (e.g. wind turbines), automotive and aerospace, and healthcare (body sensor networks and telemedicine).  

The multidisciplinary research includes two additional academic collaborators: the Department of Engineering at Lancaster University (LU), and the School of Computing, Engineering & Physical Sciences at the University of Central Lancashire.

The project partners are BAE Systems, BAE Systems supply chains from Avionic Systems, AgustaWestland Ltd, TRW, dstl, EPSRC National Centres for Innovative Manufacturing in Through-life Engineering Services. These partners represents aerospace, defence and automotive sectors. There are Aerospace, Aviation & Defence KTN and Zartech Technology to Market organisations as dissemination partners to support  the project impact activities.

More information  can be found from the EPSRC website.

2012 EPSRC grant: SMARTER

Professor Meiling Zhu of the Energy Harvesting Research Group at the University of Exeter has been awarded an EPSRC grant, worth  £0.41 million,  for research into “SMARTER: Smart Multifunctional ARchitecture & Technology for Energy aware wireless sensoRs”.  This project is to respond to “CHIST-ERA call on “Green ICT, towards Zero Power ICT” for European Coordinated Research on Long-term Challenges in Information and Communication Sciences & Technologies.

The overall vision of the project is to develop comprehensive knowledge and an innovative methodology in the areas of energy autonomous wireless systems from a global system perspective, enabling self-powered, battery-free wireless sensing nodes to meet a wide range of structural health monitoring (SHM) applications.

The project partners are LAAS-CNRS in France and the University of Barcelona in Spain.

More information  can be found from the EPSRC website and from the project website.

2012 FP7 Marie Curie Actions People International Research Staff Exchange Scheme Grant

Professor Meiling Zhu of the Energy Harvesting Research Group at the University of Exeter is participating a FP7 Marie Curie Actions People International Research Staff Exchange Scheme grant for research into “Smarter Sensor Networks with Energy Harvesting for real time monitoring in urban water infrastructure”, worth  €157.5K.

The research grant will help to exchange the existing research work and develop new research in the above area.

This project is coordinated by Staffordshire University and also participated by Delft University of Technology in Netherland,  and Harbin Institute of Technology, Dalian University of Technology,  and Tsinghua University in China.

 

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