Alessandro Abate
Professor of Verification and Control
Demand and Efficiency: demand response
Energy Networks: micro grids, smart buildings
Solar: populations of photovoltaic panels
There are about 200 senior researchers in Oxford Energy. These are listed below and can be filtered using the search bar above. You can also find the relevant contact person for a research theme by using the checkbox and selecting update.
Demand and Efficiency: demand response
Energy Networks: micro grids, smart buildings
Solar: populations of photovoltaic panels
Emerging Economies: Energy pricing, economic management of hydrocarbon revenues
Economics, Policy & Politics: Energy demand, transport and structural change
Transport: Economics
Wind and Marine: Ocean wave and tidal energy
Storage and Vectors
Transport: Mobility; innovation
Economics, Policy & Politics: Political economy of infrastructure; low carbon growth;
Storage and Vectors: Hydrogen storage by lighter Main group hydrides, in particular catalysis of the processes of hydrogen evolution/uptake.
Solar: Silicon solar cells, TCAD modelling, industrial manufacturing, supply chains, sustainability of photovoltaics, device physics
Energy networks: modelling
Economics, Policy & Politics: international and intercultural mediation on energy issues
Solar: new molecular materials, dyes, organic semiconductors and bio-mimetic light harvesting systems.
Nuclear: Materials for fusion and fission power, ODS Steels, radiation damage, refractory alloys and composites, Zirconium alloys
Solar: Solar fuels, molecular and electronic design of artificial photosynthesis systems
Bioenergy: Biohydrogen.
Solar: Thin films and organic PV, and large area manufacturing.
Earth Resources: Oil/Gas exploration and production, CCS, fluid tracing.
Economics, Policy & Politics: design of policies for energy reduction
Emerging Economies: 2G bioethanol, biorefinery design
Bioenergy: biorefinery design
Transport: design of policies for energy reduction
Solar: Theoretical and computational modelling of energy and charge transport in organic photovoltaic devices
Nuclear: magnetic confinement fusion, plasma physics theory and simulation
Economics, Policy & Politics: The application of a multi-disciplinary perspective to global economic challenges.
Nuclear: inertial fusion energy
Heating and Cooling: Decarbonising heating and cooling using thermal/thermochemical energy storage, from materials to system integration, and their real-world applications.
Renewable Energy: Electric-chemicals conversion, Synergy of carbon capture and chemical production(hydrogen, ammonia, and methanol) by chemical looping.
Storage and Vectors:Large-scale energy storage using green chemicals.