ULLASH KUMAR ROUT - Indian Institute of Technology Bhubaneswar
ULLASH KUMAR ROUT - Indian Institute of Technology Bhubaneswar
ULLASH KUMAR ROUT - Indian Institute of Technology Bhubaneswar
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Client : METI, Japan.<br />
Organisation : Research <strong>Institute</strong> <strong>of</strong> Innovative <strong>Technology</strong> for the Earth, Kyoto, Japan.<br />
Role : Team Player.<br />
Outcome : This involved an impact assessment <strong>of</strong> the increase in fossil fuel prices on the global energy system,<br />
with and without CO2 concentration stabilization.<br />
Phoenix<br />
Client : METI, Japan.<br />
Organisation : Research <strong>Institute</strong> <strong>of</strong> Innovative <strong>Technology</strong> for the Earth, Kyoto, Japan.<br />
Role : Team Player.<br />
Outcome : Emission Mitigation by Various Modalities and CO2 Reduction Costs <strong>of</strong> Asia Regions through<br />
<strong>Technology</strong> Push Criteria in a medium term study.<br />
Beyond 2010<br />
Client : NEDO, Japan.<br />
Organisation : Research <strong>Institute</strong> <strong>of</strong> Innovative <strong>Technology</strong> for the Earth, Kyoto, Japan.<br />
Role : Team Player.<br />
Outcome : This project involved integration <strong>of</strong> end use technologies inside the bottom-up DNE21+ model for<br />
analysis <strong>of</strong> various emission reduction scenarios after KP regime and different levels <strong>of</strong><br />
stabilization concentrations.<br />
Programme <strong>of</strong> Energy <strong>Technology</strong> Analysis Annex VIII and X (ETSAP), IEA<br />
Client : ETSAP.<br />
Organisation : IER, University <strong>of</strong> Stuttgart, Stuttgart, Germany.<br />
Role : Team Player.<br />
Outcome : Explored the Energy <strong>Technology</strong> Perspectives/Energy Models User’s Group. Explained state-<strong>of</strong>-the-art<br />
<strong>of</strong> models and methods for analyzing energy systems.<br />
System Analysis for Progress and Innovation in Energy Technologies for Integrated Assessment (Sapientia)<br />
Client : EU.<br />
Organisation : IER, University <strong>of</strong> Stuttgart, Stuttgart, Germany.<br />
Role : Team Player.<br />
Outcome : The two-factor learning curve was tested inside the EU25 regional model <strong>of</strong> the three regional global<br />
energy system model. The main finding was integration <strong>of</strong> climate compatible and nascent<br />
technologies through the incentive <strong>of</strong> R&D expenditure as well as it’s impact.<br />
EC Acropolis (Assessing Climate Response Options: Policy Simulations)<br />
Client : EU.<br />
Organisation : IER, University <strong>of</strong> Stuttgart, Stuttgart, Germany.<br />
Role : Team Player.<br />
Outcome : It involved analysis <strong>of</strong> Climate Response Policies using German TIMES Model.<br />
Establishment <strong>of</strong> a European Energy Data Exchange Network (EDEN), (Access to Different Database <strong>of</strong> MESAP<br />
Information System), Accompanying Measures Project: ENG2-2000-80331, EU Commission)<br />
Client : EU.<br />
Organisation : IER, University <strong>of</strong> Stuttgart, Stuttgart, Germany.<br />
Role : Team Player.<br />
Outcome : This project developed unique data exchange server to bridge the gap <strong>of</strong> the data incompatibility<br />
between the researchers and model developers across global regions.<br />
Socio Economic Research on Fusion (SERF)