ULLASH KUMAR ROUT - Indian Institute of Technology Bhubaneswar

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Client : METI, Japan. Organisation : Research Institute of Innovative Technology for the Earth, Kyoto, Japan. Role : Team Player. Outcome : This involved an impact assessment of the increase in fossil fuel prices on the global energy system, with and without CO2 concentration stabilization. Phoenix Client : METI, Japan. Organisation : Research Institute of Innovative Technology for the Earth, Kyoto, Japan. Role : Team Player. Outcome : Emission Mitigation by Various Modalities and CO2 Reduction Costs of Asia Regions through Technology Push Criteria in a medium term study. Beyond 2010 Client : NEDO, Japan. Organisation : Research Institute of Innovative Technology for the Earth, Kyoto, Japan. Role : Team Player. Outcome : This project involved integration of end use technologies inside the bottom-up DNE21+ model for analysis of various emission reduction scenarios after KP regime and different levels of stabilization concentrations. Programme of Energy Technology Analysis Annex VIII and X (ETSAP), IEA Client : ETSAP. Organisation : IER, University of Stuttgart, Stuttgart, Germany. Role : Team Player. Outcome : Explored the Energy Technology Perspectives/Energy Models User’s Group. Explained state-of-the-art of models and methods for analyzing energy systems. System Analysis for Progress and Innovation in Energy Technologies for Integrated Assessment (Sapientia) Client : EU. Organisation : IER, University of Stuttgart, Stuttgart, Germany. Role : Team Player. Outcome : The two-factor learning curve was tested inside the EU25 regional model of the three regional global energy system model. The main finding was integration of climate compatible and nascent technologies through the incentive of R&D expenditure as well as it’s impact. EC Acropolis (Assessing Climate Response Options: Policy Simulations) Client : EU. Organisation : IER, University of Stuttgart, Stuttgart, Germany. Role : Team Player. Outcome : It involved analysis of Climate Response Policies using German TIMES Model. Establishment of a European Energy Data Exchange Network (EDEN), (Access to Different Database of MESAP Information System), Accompanying Measures Project: ENG2-2000-80331, EU Commission) Client : EU. Organisation : IER, University of Stuttgart, Stuttgart, Germany. Role : Team Player. Outcome : This project developed unique data exchange server to bridge the gap of the data incompatibility between the researchers and model developers across global regions. Socio Economic Research on Fusion (SERF)
Client : IPP, Garching. Organisation : IER, University of Stuttgart, Stuttgart, Germany. Role : Team Player. Outcome : Single regional global model was developed and tested the prospect of the fusion technologies and it’s diffusion on the energy system. It was developed for IPP, Garching, Germany (Prof. T. Hamacher). Least Cost Supply-Side Options for Mitigating GHG and other Harmful Emissions from the Power Sector Subject to Emission Target Client : AIT, Bangkok. Organisation : Indian Institute of Technology, Kanpur, India. Role : Team Player. Outcome : Main finding of the project was selection of the plants in the future investment, which was based on least-cost and the GHG (CO2) reduction by 5% and 10% from the base year of the study period. Identification of the Clean Development Mechanism projects in the Power Sector and Assessment of their GHG and other harmful Emissions Mitigation Potential Client : AIT, Bangkok. Organisation : Indian Institute of Technology, Kanpur, India. Role : Team Player. Outcome : Study provided country specific (India) insight into identification of the CDM projects for carbon trading and sought environmental mitigation potential through this project. Environmental Implication of Independent Power Producers and Decentralized Power Generation Client : AIT, Bangkok. Organisation : Indian Institute of Technology, Kanpur, India. Role : Team Player. Outcome : Performed a study and implemented the decentralized power generation technologies through the IPPs and DPG. Evaluated and quantified the level of the technologies that will be sustainable for the emission reductions targets based on least-cost concept for India. Least Cost Generation Expansion Planning for Northern Regional Electricity Board Network Considering Green house gas mitigation Client : AIT, Bangkok. Organisation : Indian Institute of Technology, Kanpur, India. Role : Team Player. Outcome : Main finding was the selection of types of plants, which cost less and were environmental friendly for the future power sector generation expansion planning of India. Study of IIT Kanpur Distribution System Client : IIT Knapur (internal project for testing of the software). Organisation : Indian Institute of Technology, Kanpur, India. Role : Team Player. Outcome : Main finding was the pf (power factor) improvement, distribution loss minimization and potential stabilization at buses by optimal placement of SVC (static var compensator). ATC Calculation on IEEE 24 Bus, Reliability Test System Client : IIT Knapur (internal project for testing of the software). Organisation : Indian Institute of Technology, Kanpur. Role : Team Player. Outcome : Main finding was load flow considering congestion management and Availability Transfer Capability (ATC) calculation. (This was an internal project of IIT Kanpur, India). INVITED REVIEWER
Page 1 and 2: ULLASH KUMAR ROUT Contact: 08431510
Page 3 and 4: - Date of Birth : 3 rd March, 1972.
Page 5: - Rout, U.K., Akimoto, K., Sano, F.

ULLASH KUMAR ROUT - Indian Institute of Technology Bhubaneswar

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