Person

Dr.

Subhash Kumar

Wissenschaftlicher Mitarbeiter

Kumar, Subhash
Lehrstuhl für Wirtschaftswissenschaften, insb. Energieökonomik

Adresse

Gebäude: 4120

Raum: 10.21

Mathieustrasse 10

52074 Aachen

Kontakt

workPhone
Telefon: +49 241 80 49840
Fax: +49 241 80 49829

Sprechstunde

nach Vereinbarung
 

Mitgliedschaften

  • European Association of Environmental and Resource Economists (EAERE)
  • World Society of Sustainable Energy Technologies (WSSET)
  • South Asian Network for Development and Environmental Economics (SANDEE)
  • International Association of Computer Science and Information Technology (IACSIT)
  • Solar Energy Society of India (SESI)
 

Schwerpunkte

  • E3 Modellierung und Analyse
  • Energie - und Umweltpolitik und Ökonomie
  • Landnutzung und lokale Transportplanung
  • Ko-Nutzenanalyse von Energiesystemen
  • Nachhaltige Städte
  • Szenarienentwicklung: " Ecological Footprint"
 

Publikationen

Hinweis: Im Dezember 2013 änderte Dr. Subhash Kumar seinen Familiennamen von "Mallah" zu "Kumar".

Fachzeitschriftenartikel (full scholarly peer-review)
Savvidis, G., Siala, K., Weissbart, C. , Schmidt, L., Borggrefe, F., Kumar, S., Pittel, P., Madlener, R., Hufendiek, K. (2019). The gap between energy policy challenges and model capabilities, Energy Policy, Volume 125, February 2019, Pages 503-520. [ScienceDirect]
Kumar S. (2017). A MARKAL-MACRO Modeling Approach to Estimate Carbon Mitigation Cost in India, International Journal of Public Policy, 13(1/2), pp. 86-101. [Inderscience]
Weida S., Kumar S., Madlener R. (2016). Financial Viability of Grid-connected Solar PV and Wind Power Systems in Germany, Energy Procedia, 106 (December), pp. 35-45. [ScienceDirect]
Kumar S., Madlener R. (2016). CO2 Emission Reduction Potential Assessment Using Renewable Energy in India, Energy, 97(February), pp 273-282. [ScienceDirect]
Kumar S. (2016). Assessment of Renewables for Energy Security and Carbon Mitigation in Southeast Asia: The Case of Indonesia and Thailand, Applied Energy, 163(1), pp. 63-70. [ScienceDirect]
Kumar S. (2015). A Medium-term Energy and GHG Emissions Cost Analysis for Electricity and Water Sector in Abu Dhabi, International Journal of Environmental Policy and Decision Making, 1(4), pp. 332-349. [InderScience]

Mallah S., Bansal N.K. (2012). Carbon Tax and Energy Resource in Indian Power Sector, Int. J. of Global Energy Issues, 35(5): 343-370. [Inderscience]

Mallah S . (2011). Nuclear Energy Option for Energy Security and Sustainable Development in India, Annals of Nuclear Energy, 38(2-3): 331-336. [ Sciencedirect]

Mallah S., Bansal N.K. (2011). Parametric Sensitivity Analysis for Techno Economic Parameters in India Power Sector, Applied Energy, 88(3): 622-629. [Sciencedirect]

Mallah S., Bansal N.K. (2010). Nuclear and Clean Coal Technology Options for Sustainable Development in India, Energy, The International Journal, 35(7): 3031-3039. [Sciencedirect]

Mallah S., Bansal N.K. (2010). Renewable Energy for Sustainable electrical Energy System in India, Energy Policy, 38(8): 3933–3942. [Sciencedirect]

Mallah S., Bansal N.K. (2010). Allocation of Energy Eesources for Power Generation in India: Business as Usual and Energy Efficiency, Energy Policy, 38(2): 1059-1066. [Sciencedirect]

Mallah S., Bansal N.K. (2009). Energy Efficiency Potential Assessments for Economic Sectors in India, Int. J. of Global Energy Issues, 32(1/2): 19-33. [Inderscience]

Mallah S., Bansal N.K. (2009). Electricity Demand and Supply Projections for Indian Economy, Int. J.of Energy Technology and Policy, 7(2): 167-179. [Inderscience]

Mallah S., Bansal N.K. (2009). Renewable Energy and Conservation Options to Meet Indian Electrical Energy Demand, Int.J.of Agile Systems and Management, 4(1/2): 171-181. [Inderscience]

 
Fachzeitschriftenartikel (simplified or no scholarly peer-review)
Kumar, S. and Madlener R. (2018) ‘Energy systems and COP21 Paris climate agreement targets in Germany: an integrated modeling approach’, IEEE Explore, August 2018. [DOI]
Kumar S., Madlener R. (2017). Renewable energy roadmap for central Europe until 2050: A scenario based techno-economic analysis, IEEE Explore, October 2017, pp.1-6. [DOI]
Kumar S., Weida S. J., Madlener R. (2016). Financial viability of grid-connected solar PV and wind power systems in Germany, Proceedings of the Energy Economics Iberian Conference 2016 (EEIC/CIEE), ISBN: 978-989-97531-4-3, pp. 403-420.

 
Arbeitspapiere
Kumar S., Madlener R. (2014). A Least-Cost Assessment of the CO2 Mitigation Potential Using Renewable Energies in the Indian Electricity Supply Sector, FCN Working Paper No. 14/2014, Institute for Future Energy Consumer Needs and Behavior, RWTH Aachen University, November. [SSRN]
Mallah S., Madlener R. (2013). The Causal Relationship Between Energy Consumption and Economic Growth in Germany: A Multivariate Analysis, FCN Working Paper No. 24/2013, Institute for Future Energy Consumer Needs and Behavior, RWTH Aachen University, December.

Mallah S., Sgouridis S., Kennedy S. (2011). Cost-Benefit Analysis of Ecological Footprint Scenarios in Abu Dhabi, MIST working paper No.8: 2011, M asdar Institute of Science and Technology, Abu Dhabi.

 
Bücher

Mallah S., Bansal N.K. (2010). Sustainable Electrical Energy Supply Systems Modeling and Analysis, VDM Verlag Dr. Muller , Germany. ISBN-NR.: 978-3-639-26560-6

 
Beiträge zu Konferenzen und Workshops

Kumar, S., Madlener, R. (2019) Assessing the Potential of Low Carbon Technologies in German Energy Systems, CONECT 2019, 15.-17. Mai 2019, Riga, Lettland.

Kumar, S., Madlener, R. (2018) Energy systems and COP21 Paris climate agreement targets in Germany: an integrated modeling approach, 7th International Energy and Sustainability Conference (IESC2018), 17.-18. Mai 2018, Köln, Deutschland.
Kumar S., Madlener R. (2017). Energy Efficiency and Renewables for Energy Security and Environmental Emission Mitigation in Central Europe, 2017 Annual APEEN Conference (APEEN2017), 9. Mai 2017, Lissabon, Portugal.
Kumar S., Kley M., Madlener R. (2016). Grid-Connected Renewables and Energy Storage Systems and Their CO2 Emission Mitigation Potential in Germany: A Least Cost Analysis, UK Energy Storage Conference (UKES2016), 30.November - 2. Dezember 2016, Birmingham, UK.
Kumar S., Madlener R. (2016). Renewable Energy Roadmap for Central Europe until 2050: A scenario based techno-economic analysis, IEEE conference ‘21st Century Energy Needs – Materials, Systems and Applications 2016’ (ICTFCEN2016), 17.-19. November 2016, Kharagpur, Indien.
Kumar S., Loosen M., Madlener R. (2016). Techno-economic Analysis of Sustainable and Smart Energy Systems in Germany, Swedish Association for Energy Economics conference 2016 (SAEE2016), 23.-24. August 2016, Luleå, Sweden.
Kumar S., Kley M., Madlener R. (2016). Optimal Solution of Grid Connected Renewables and Energy Storage Systems for Germany, Fifth Annual International Energy and Sustainability Conference (IESC2016), 30. Juni-1. Juli 2016, Köln, Deutschland.
Kumar S., Weida J. S., Madlener R. (2016). Financial Viability of Grid-connected Solar PV and Wind Power Systems in Germany, Energy Economics Iberian Conference 2016 (EEIC2016), 4.-5. Februar 2016, Lissabon, Portugal.
Kumar S., Madlener R. (2015). Least-cost Optimization Pathways to the German Electricity Market with New Energy and Environmental Policies, 2nd FAERE Annual conference (FAERE2015), 10.-11. September 2015, Toulouse, Frankreich.
Kumar S., Madlener R., Lehman A. (2015). Scenario Cost-Benefit Analysis of German Electricity Market with New Energy and Environmental Policies, 21st Annual Conference of the European Association of Environmental and Resource Economists (EAERE2015), 24.-27. Juni 2015, Helsinki, Finnland.
Kumar S., Brauweiler T., Madlener R. (2015). Scenario-Based Assessment of the Economic Feasibility of CCS Power Generation Technology in Central Europe, Energy Science Technology (EST 2015), 20.-22. Mai 2015, Karlsruhe, Deutschland.
Kumar S., Madlener R. (2014). CO2 Emission Reduction Potential Assessment Using Renewable Energy in India, 3rd International Conference: Environment and Natural Resources Management in Developing and Transition Economies, 8.-10. Oktober 2014, Clermont Ferrand, Frankreich.
Kumar S., Madlener R., Suri I. (2014). Electricity Demand and Supply Systems with New Energy and Environmental Policies in Germany, 13th International Conference on Sustainable Energy Technologies (SET 2014), 25.-28. August 2014, Genf, Schweiz.

Mallah S.,Bansal N.K. (2010). Nuclear Energy Options for Energy Security and Sustainable Development in India: a MARKAL Analysis,The InternationalConference on Applied Energy, 21.-23. April 2010, Singapur.

Mallah S., Bansal N.K. (2010). Energy Efficiency and Sustainable Development in Industrial Sector in India, International Conference on Strategic Management of Energy, Environment & Disaster for Sustainable Development, 11.-15. Januar 2010, Banaras, Indien.

Mallah S., Bansal N.K. (2009). MARKAL Analysis of Nuclear energy for Energy Security and Sustainable Development in India, International Congress on Recent Advances in Environmental Science and Technology, 2.-4. November 2009, Banaras, Indien.

Bansal N.K., Mallah S. (2009). Sustainable Electrical Power Production in India,Future Climate-Engineering Solutions, 3.-4. September 2009, Kopenhagen, Dänemark.

Mallah S., Bansal N.K.(2009). Primary Energy Resources and Green House Gas Emissions in India, ISA-RC-24- International Conference on Water, Environment, Energy and Society, 28.-30. Juni 2009,Neu-Delhi, Indien.

Mallah S., Bansal N.K. (2008). Sectorial Analysis for Electricity Demand in India, Int. Conference on Issues in Public Policy and Sustainable Development, 26.-28. März 2008,Neu-Delhi, Indien.

 
Berichte
Bansal N.K., Mallah S. (2009). Sustainable Electric Power Supply System for India. S.M.V.D. University, Katra (India) submitted to Prime Minister Office, New Delhi. (Letter No.: SMVDU/PS/VC/09/016) on Aug.3, 2009.

 
Preise
Forschungspreis für "Soziale Verantwortung/Diversität", erstmalig vergeben von der Fakultät für Wirtschaftswissenschaften der RWTH Aachen im Februar 2014.

 
Gutachtertätigkeit

Applied Energy

Energy Economics
Energy Policy
Energy Research & Social Science
Journal of Cleaner Production