£33,199 to £39,609 p.a.
We seek to recruit 2 highly motivated Research Associates with proven intellectual and technical ability to conduct independent research on modelling and analysis of energy systems. The successful candidates will primarily contribute to the MaxImiSing flexibility through multi-Scale IntegratiON of energy systems (MISSION) project which is funded by Engineering and Physical Sciences Research Council (EPSRC). You will also be exposed to other relevant activities carried out within CIREGS (Centre for Integrated Renewable Energy Generation and Supply).
The growing use of variable renewable energy sources (vRES) for power generation poses several challenges to the operation of power systems, in particular, supply and demand imbalances. To maintain continuous service in the face of rapid and large swings in supply and/or demand, there is a significant need for flexibility (i.e. energy storage and demand side response). There is substantial potential for energy storage and demand response within heat and gas systems that can be exploited to support the operation of electricity system and facilitate a cost-effective transition to a low carbon and resilient energy system. For this project we are looking for 2 Research Associates (RA).
Post RA1: Multi-scale optimisation of energy system
The successful candidate for this post will develop a whole-system energy model to optimise the synergies between various energy vectors to maximise the provision of flexibility to power systems. The model will allow understanding how much flexibility will be needed and where in the energy systems, and how these needs will best be met by a ‘flexibility mix’ of technologies.
Post RA2: Agent-based modelling to investigate interactions between key players in integrated energy systems
The successful candidate for this post will model strategic behaviours of key players in the energy system (e.g. flexibility providers, system operator, etc) and their interactions with other stakeholders. This is to investigate regulatory and market barriers to the maximum exploitation of flexibility from gas and heat sectors to power system.
To conduct research within the integrated energy systems and contribute to the overall research performance of the School and University, carrying out research leading to the publishing of work in high-quality journals. To pursue excellence in research and to inspire others to do the same.