About This Opportunity
The Leverhulme Studentship is a PhD studentship opportunity funded by the Leverhulme Professorship held by Professor Mark O'Malley. The position is part of the project 'System Services in 100% Renewable Grids' at Imperial College London's Electrical and Electronic Engineering Department. The project aims to propose and study services needed in electricity grids with very large penetrations of variable renewable resources. The efficacy of the services will be assessed across multiple objectives for the electric grid including reliability, cost-effectiveness, affordability, and resiliency. As part of the project, emerging resources enabled by the digitalization and hybridization of energy systems will be modelled and their contribution to existing and proposed services will be studied. Emerging resources range from Inverter Based Resources (e.g., Wind, Solar Photovoltaic and Batteries) to large scale seasonal demand management and storage. The PhD studentship includes tuition fees (Home or Overseas level), a UKRI level stipend of approximately £21,237 per year (tax-free), and support for research expenses and travel to collaborators and conferences for 3.5 years.
Who Can Apply
- Region
- United Kingdom
- Project in
- United Kingdom
- Applicants
- individual
Application Details
Stages
- 1 single_stage
Required documents
Additional benefits
- travel_support
Restrictions
- employment_restrictions
Post-award obligations
- present_findings
- acknowledge_funder
External Application
This opportunity requires you to apply directly on the funder's website.
Apply on External SiteKey Information
- Award Amount
- £21237.00 - £21237.00
- Application Deadline
-
June 30, 2024 at 23:59 UTCDeadline passed
Similar Opportunities
System Services in 100% Renewable Grids
96%This PhD studentship is part of the project 'System Services in 100% Renewable Grids' at Imperial Co...
PhD Studentship in Strategic Power System Planning
85%This PhD studentship is offered by the Department of Electrical and Electronic Engineering at Imperi...
EPSRC PhD Studentship
81%A PhD Studentship titled 'Investigating the impact of subharmonics induced by inverter-based resourc...
EPSRC CASE PhD Scholarship
79%This PhD studentship, titled 'Investigating the impact of subharmonics induced by inverter-based res...