Power Networks are at the heart of any approach to decarbonise the energy system. The future Power Network will need to support: the integration of renewable generation, the conversion of heating from gas to electricity, the increased use of electric vehicles and the management of demand. Solutions to these challenges will require solutions that are not just technical but also include: social and behavioural change; new financial and business models; and different approaches to planning and governance of Power Networks.
Applications are invited for up to 13 fully-funded PhD places on this 4 year programme including a tax free stipend of £17,500pa (equivalent to a salary of circa £22,500pa).
By the end of the programme not only will you have received high quality training on a specific research topic, you will have also developed invaluable skills and experience across research boundaries that address problems for industry, government and the community.
The programme consists of an initial multi-disciplinary 9-month taught programme followed by 3¼ years of focused PhD level research.
The EPSRC Centre for Doctoral Training in Power Networks at the University of Manchester is specifically established to address these issues by providing a cross-disciplinary research environment involving:
We welcome applications from UK nationals and EU citizens, resident in the UK for > 3 years, who have or expect to obtain a First or good Upper Second class honours degree, or a good first degree with an additional Masters degree at a distinction level (or international equivalents) in one of the subject areas listed below:
|Alternative Dispute Resolution [ADR] in Power Network Operation [A Study of the Wholesale Electricity Market] (Fully Funded)||Details|
|Application of Vegetable Oils in High Voltage Power Equipment (FULLY FUNDED)||Details|
|Carbon emissions from a power system with high-penetration of spatially distributed renewables (Fully Funded)||Details|
|Consumer-driven energy management for networks of intelligent buildings (Fully Funded)||Details|
|Cooperative distributed optimal resource management in microgrids based on multiagent framework (Fully Funded)||Details|
|Development of distribution networks with low carbon technologies and smart solutions (Fully Funded)||Details|
|Heating and Cooling Demand Effects on Power Networks in a Changing Climate: influence of new housing (Fully Funded)||Details|
|Investigation on the potential of retrofilling SF6 alternatives in existing gas insulated equipment (Fully Funded)||Details|
|Learning from public engagement in multiple sectors to help plan power infrastructure – what can we learn from what is already happening in communities? (Fully Funded)||Details|
|New cityscapes of micro-energy storage: providing novel insights into the social and infrastructural dimensions of ‘batteryscapes’ in cities (Fully Funded)||Details|
|Novel DC electrification topologies, and integration with AC electrification. (Fully Funded)||Details|
|Re-Framing Environmental Impact Analysis for Power Infrastructure using GIS (FULLY FUNDED)||Details|
|Re-inventing power networks: The promise and challenges of energy Blockchain (Fully Funded)||Details|
|Resilience Assessment and Adaptation of Critical Infrastructures to Extreme Weather and Natural Hazards (Fully Funded)||Details|
|Smart Insulators: Embedded Sensor Technology & Self-Powered Communications (Fully Funded)||Details|
|Smart low carbon load systems for future power networks (Fully Funded)||Details|
|Smart Urban Networks (SUN): unlocking capacity for low carbon technology in the electrical energy network (Fully Funded)||Details|
|Solid-state transformer in next generation power networks (Fully Funded)||Details|
|Stability certification of HVDC Control Systems in weak grids (Fully Funded)||Details|
|Vulnerability of railway electrification to externally caused hazardous overvoltage and current transfers events. (Fully Funded)||Details|