Page 415 - A Comprehensive Guide to Solar Energy Systems
P. 415

424  A COmpREHENSIvE GUIDE TO SOLAR ENERGy SySTEmS



               [19]  murphy D, Hall CAS, Cleveland C, O’Connor p: Order from chaos: a preliminary protocol for deter­
                 mining EROI for fuels, Sustainability 3(10):1888–1907, 2011, Special Issue on EROI.
               [20]  Kumar A, Das S, Sadhu pK, pal N: Emerging trend in life cycle assessment of various photo­voltaic
                 systems, Int J Curr Eng Techn 4(3), 2014.
               [21]  Raugei m, Dale m, Barnhart CJ, Fthenakis v: Rebuttal: “comments on ‘energy intensities, EROIs (en­
                 ergy returned on invested), and energy payback times of electricity generating power plants’—mak­
                 ing clear of quite some confusion”, Energy:1–4, 2015.
               [22]  Raugei m, Frischknecht R, Olson C, Sinha p, Heath G. methodological guidelines on net energy anal­
                 ysis of photovoltaic electrcity. IEA­pvpS Task 12, Report T12­07: 2016, ISBN 978­3­906042­39­8.
               [23]  ISO 14040. Environmental management—Life Cycle Assessment—principles and Framework, 1997.
               [24]  King CW, maxwell Jp, Donovan A: Comparing world economic and net energy metrics, part 1: single
                 technology and commodity perspective, Energies 8:12949–12974, 2015.
               [25]  Fthenakis v, Frischknecht R, Raugei m, Kim HC, Alsema E, Held m, et al: Methodology guidelines on
                 life cycle assessment of photovoltaic electricity, 2nd ed., International Energy Agency photovoltaic
                 power systems programme, 2011, IEA pvpS Task 12.
               [26]  Ruagei m, palmer F, Fthenakis v: The energy return on energy investment (EROI) of photovoltaics:
                 methodology and comparisons with fossil fuel life cycles, Energy Policy 45:576–582, 2012.
               [27]  prieto p, Hall CAS: Spain’s photovoltaic revolution: the energy return on investment, New york, 2013,
                 Briefs in Energy, Springer.
               [28]  palmer G: Household solar photovoltaics: supplier of marginal abatement, or primary source of low­
                 emission power? Sustainability 5(4):1406–1442, 2013.
               [29]  Weissbach D, Ruprecht GA, Huke K, Czerski S, Hussein Gottlieb A: Energy intensities, EROIs (en­
                 ergy return on invested), and energy payback times of electricity generating power plants, Energy
                 52:210–221, 2013.
               [30]  Ferroni F, Hopkirk RJ: Energy return on energy invested (ERoEI) for photovoltaic solar systems in
                 regions of moderate insolation, Energy Policy 94:336–344, 2016.
               [31]  Raugei m: Comments on “energy intensities, EROIs (energy returned on invested), and energy pay­
                 back times of electricity generating power plants”—making clear of quite some confusion, Energy
                 59:781, 2013.
               [32]  Weissbach D, Rurprecht GA, Huke K, Czerski D, Hussein Gottlieb A: Reply on “comments on ‘energy
                 intensities, EROIs (energy returned on invested), and energy payback times of electricity generating
                 power plants’—making clear of quite some confusion”, Energy 68:1004–1006, 2014.
               [33]  Leccesi E, Raugei m, Fthenakis v: The energy and environmental performance of ground­mounted
                 photovoltaic systems—a timely update, Energies 9(8):622, 2016.
               [34]  Raugei m, Leccisi E: A comprehensive assessment of the energy performance of the full range of
                 electricity generation technologies deployed in the United Kingdom, Energy Policy 90:46–59, 2016.
               [35]  Frischknecht R, Wyss F, Busser Knopfel S, Lutzkendorf T, Balouktsi m: Cumulative energy demand in
                 LCA: the energy harvested approach, Int J Lifecycle Assess, 2015doi: 10.1007/s11367­015­0897­4.
               [36]  Brand­Correa LI, Brockway pE, Copeland CL, Foxon TJ, Owen A, Taylor pG: Developing an input­out­
                 put based method to estimate a national­level energy return on investment, Energies 10:534, 2017.
               [37]  Koppelaar RHEm: Solar­pv energy payback and net energy: meta­assessment of study quality, re­
                 producibility, and results harmonization, Renew Sustain Energy Rev 72:1241–1255, 2017.
               [38]  Bhandari Kp, Collier Jm, Ellingson RJ, Apul DS: Energy payback time (EpBT) and energy return
                 on invested (EROI) of solar photovoltaic systems: a systematic review, Renew Sustain Energy Rev
                 47:133–141, 2015.
   410   411   412   413   414   415   416   417   418   419   420