Fully Funded M2A EngD Scholarship: Development of Smart Battery Based on Printed Hybrid Sensors

Start date: October 2022

Sponsoring company: Zimmer & Peacock AS

Background:

Zimmer and Peacock’s business scope centres around manufacturing and developing electrochemical sensors, biosensors, medical diagnostics, In Vitro Diagnostics (IVDs) and agriculture sensors. Their aims are to advance the sensor technology state of the art by developing new and more capable sensor products, based around but not limited to their specialities. Their products are aimed to be easy to use, industrially orientated and with mass market applications.

This project aims to develop novel hybrid sensor solutions for internal battery monitoring. Accurate continuous monitoring of internal conditions within individual battery cells (e.g. internal temperature, pressure, structural stability) would allow maximising their operating envelope; allowing the development of next-generation smart batteries that react to changing conditions, creating to a longer lifespan, higher performance, safer operations, overall a more sustainable energy storage solutions.

In automotive applications, electronic battery sensors are a key part of vehicle energy management: sensors inside the battery would be able to contribute significantly to failure detection and improvement of battery safety and longevity.

Project Aims:

The development of hybrid sensor solutions for internal battery monitoring can be distinguished into 2 phases:

1. Identification and development sensors for internal monitoring electrochemical cell conditions: sensors require to be thin film, small scale, sensitive, low cost; printed & hybrid sensors are expected explored combining silicon technologies with printed electronics. Real-time monitoring of internal battery cell temperature, pressure, electrodes structural condition & conductivity will be crucial for cycle life and developing Smart battery.
2. Study of integration sensors within battery cell envelope: developed hybrid sensors require to be integrated within the cell without limiting electrochemical energy storage processes of the battery cell; ideally the sensors would allow to assess ongoing processes and facilitating their optimisation. In terms of sensors location, direct integration of sensors over coated electrodes will be explored, aiming to development of affordable manufacturing process.

Research to be primary performed at Swansea University, Faculty of Science and Engineering.

Eligibility

Candidates must normally hold a minimum undergraduate degree at 2.1 level (or Non-UK equivalent as defined by Swansea University), or a combination of degree and equivalent experience to the same level.

We would normally expect candidates to have met the University’s English Language requirements (e.g. IELTS 6.5 overall with 5.5+ in each component) by point of application. 

Candidates must have the legal right to live/work in the UK at the start of their studies (student visas do not apply).  

Funding Details

The scholarship covers the full cost of UK tuition fees and a stipend of £20,000 p.a. for a period of four years.

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