LOWCARBON 2050
  • Home
  • Approach
    • 1. Future Demand Estimations
    • 2. Modelling >
      • 1. Software Selection
      • 2. Software Verification
      • 3. Modelling Future Scenarios
    • 3. Feasibility Studies
  • Technologies
    • Renewable Energy Systems
    • Nuclear Power
    • Storage
    • Environmental Study
  • 2014 UK Grid
  • 2050 Scenarios
  • Results
    • Results Assessment
    • Feasibility Assessments
  • Conclusions
  • EnergyPLAN
  • The Team

Meet the Team

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Akhil James
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Course:
MSc Sustainable Engineering - Renewable Energy and the Environment.
Previous Qualifications: 

B.Tech (Nanotechnology)
​Research experience

Internship at Institute of Nuclear Medicine and Allied Sciences (DRDO), New Delhi (6 months)

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Aron Price
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Course:
MSc Sustainable Engineering: Renewable Energy and the Environment.
Previous Qualifications: 

MEng Aerospace Engineering
PGDip Nuclear Reactor Technology

Industry Experience
Royal Navy (2008-2013)
Nuclear Engineer (2013-2015)

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Lynsey Duguid
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Course:
MSc Sustainable Engineering: Renewable Energy Systems and the Environment (2015-2016)
Previous Qualifications: 

2.1 MEng Mechanical Engineering, The University of Glasgow (2003-2008)
Industry Experience:
Mechanical Design Engineer, Subsea Oil and Gas (2008-2015)

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Alicia Martinez
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Course:
MSc. Sustainable Engineering. Offshore Renewable Energy. (2015-2016)
Previous Qualifications: 

Honours BS Environmental Science.
Paleoecology Postgrad Course
​Research experience:
​Marine ecology research assistant and marine research campaigns lab technician.
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Miguel Santos-Herran
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Course:
MSc Sustainable Engineering: Offshore Renewable Energy
Previous Qualifications: 
First Class MEng Industrial Engineering
​MSc Renewable Energies and Energy Market
Industry Experience:
Technical Project Manager, Wave Energy (4 years)
Contact the group here

Acknowledgements 

 As a team we would like to give special thanks to all the people that have given us support throughout the project process. 
Firstly to the academic staff from Energy Systems Research Unit at Strathclyde University, especially to Dr. Andrew Grant for supervising the team's work and providing us with continuous support. 
Secondly we would like to thank Tom Hoy for his permission to use his past dissertation on Pump Hydro storage systems. 
Finally to EnergyPLAN Development Team from Aalborg University, Denmark. 
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  • Home
  • Approach
    • 1. Future Demand Estimations
    • 2. Modelling >
      • 1. Software Selection
      • 2. Software Verification
      • 3. Modelling Future Scenarios
    • 3. Feasibility Studies
  • Technologies
    • Renewable Energy Systems
    • Nuclear Power
    • Storage
    • Environmental Study
  • 2014 UK Grid
  • 2050 Scenarios
  • Results
    • Results Assessment
    • Feasibility Assessments
  • Conclusions
  • EnergyPLAN
  • The Team