REVIEW OF THE STATE AND PROSPECTS OF ENERGY ANALYSIS DEVELOPMENT

Authors

DOI:

https://doi.org/10.20535/1813-5420.4.2019.200484

Keywords:

energy analysis, total energy, direct energy, indirect energy, total energy intensity, balance models, process analysis

Abstract

The article provides an overview of the terminology, methods, goals and objectives of energy analysis, as
well as methodological approaches to its implementation. The reasons for the limited use of energy analysis in
Ukraine are identified: the use of balance models is limited by the lack of statistics on intersectoral balance, and
the analysis of the process by the complexity of the calculation models. The structure of total energy intensity is
proposed. It is noted that in estimating energy costs for imports of energy and products, it is necessary to use the
energy equivalent of the currency, taking into account all foreign currency revenues. It is determined that the further
development of energy analysis using the process analysis approach requires refinement of the methodology
proposed in DSTU 3682-98 and GOST 30583-98 by developing adequate simplifying assumptions and reducing the
complexity of the calculation models. Improvement of this technique will increase the efficiency of energy analysis
of investment projects, foreign economic relations, plans for economic development of the country, functioning of
the economy and individual production processes, as well as expand the scope of energy analysis.

References

Podolinskii S.A. Trud cheloveka i ego otnoshenie k raspredeleniyu energii na nashei planete // Slovo.–

- № 4, 5 – S.135-240 [in Russian].

D.I. Ponyatye o tsennosti i bogatstve s tochki zrenia ucheniya ob energii // Mysl. - 1880. - №10. – S.162-

, №11. – S.7-9 [in Russian].

Metodyka vyznachennia povnoi enerhoiemnosti produktsii, robit i posluh. DSTU 3682-98. – Derzhstandart

Ukrainy. – Kyiv. – 1998. – 11 s. [in Ukrainian].

Metodika opredeleniya polnoy energoemkosti produktsii, rabot i uslug. GOST 30583-98. - GOST 30583-

ezhgosudarstvennyiy sonet po standartizatsii, metrologii i sertifikatsii. – 1998. – 11 s. [in Russian].

Bullard C., Penner P., Pilati D. (1978). Net Energy Analysis: a Handbook for Combining Processes and

Input-Output Analysis // Resources and Energy. — Vol. 1. — No. 3. — P. 267–313.

Slesser M. Energy in the Economy. The Macmillan Press Ltd. London and Basingstoke, 1978, 164 p.

Vershin V.E. Osnovnyie printsipyi postroeniya energo-ekonomicheskih modeley proizvodstvennyih

protsessov // Voprosyi kibernetiki. Sistemnyie printsipyi organizatsii modeley razvitiya. – 1981. – Vyip.72. – s.94-

[in Russian].

Slesser M. Energy Analysis: Its Utility and Limits. - IIASA Research Memorandum. September 1978.

Chapman P. F. Energy Costs: a Review of Methods // Energy Policy. — 1974. — № 2. — P. 91–103.

Costanza R. Embodied Energy and Economic Valuation // Science. 1980. —Vol. 210. — P. 1219–1227.

Balandynovicz H.W., Bibrowski Z., Bojarski W. i in. Energochlonnosc skumulowana. - Warshawa:

PWN, 1983. – 188 s.

Frischknecht R., Wyss F., Knöpfel S.B., Lützkendorf T. Cumulative energy demand in LCA: the energy

harvested approach. The International Journal of Life Cycle. Assessment 20(7) · May 2015.

Sullivan J.L. , Clark C., Han J., Harto C.B. Cumulative energy, emissions, and water consumption for

geothermal electric power production. Journal of Renewable and Sustainable Energy 5(2) · April 2013.

L.Chanel, P.Pourouchottamin L’énergie grise : la face cachée de nos consommations d’énergie. -

https://www.iddri.org/fr/publications-et-evenements/propositions/lenergie-grise-la-face-cachee-de-nosconsommations-

denergie. - 2013.

Jancovici J-M. Pour un bilan carbone des projets d’infrastructures de transport website jancovici. Com. Tribune

de Patrick Jeantet, PDG de SNCF Réseau, et de votre serviteur, parue sur le site des Echos le 26 décembre. - 2017.

Rozin S.E., Schelokov Ya.M. Energeticheskiy analiz obschestvennogo proizvodstva. – Problemyi

energosberezheniya. – 1991. - #8. – s.49-57. [in Russian].

Ukrainskaya assotsiatsiya staleplavilschikov. Udelnyie rashodyi metallicheskoy shihtyi i energoemkost

stali razlichnyih sposobov proizvodstva. - http://uas.su/books/srmp/12/razdel12.php. [in Russian].

Litvinenko V.G., Mantula V.., Kanevskiy A.L., Andreeva T.A., Yuhnov V.Yu. Otsenka

energoeffektivnosti proizvodstvana osnove analiza skvoznoy energoemkosti produktsii. – Ekologiya i

promyishlennost. – 2009. # 2. S.47-53. [in Russian].

Boopendranath, M.R. and Shahul Hameed, M. (2013) Gross energy requirement in fishing

operations. Fishery Technology, 50(1), pp. 27-35.

Станиціна В.В. Аналіз методів визначення показників енергетичної ефективності. Scientific

Journal «ScienceRise» №10/2(15)2015. [in Ukrainian].

Metodika opredeleniya energoemkosti pri proizvodstve produktsii i okazanii uslug v tehnologicheskih

energeticheskih sistemah. Obschie polozheniya. GOST R 51750-2001. – Moskva. - Gosstandart Rossii. – 2001.22.

Мельник Л.Г. Економіка енергетики : підручник / За ред. Л.Г.Мельника, І.Н.Сотник. – Суми:

Університетська книга, 2015. – 378 с. [in Russian].

Murphy D.J. Hall C.A.S. (2010). "Year in review EROI or energy return on (energy) invested". Annals

of the New York Academy of Sciences. 1185 (1): 102–118.

Druzhinina O.G. Razrabotka algoritmov i modeley energo-ekologicheskogo analiza tehnologicheskih

protsessov i otsenka energozatrat na primere metallurgicheskih tehnologiy. - Avtoreferat dissertatsii. – Ekaterinburg.

– 1998. [in Russian].

Panchenko H.H. Metodyka vyznachennia povnoi vuhletsevoiemnosti produktsii, robit i posluh // Naukovi

pratsi Ukrainskoho naukovo-doslidnoho hidrometeorolohichnoho instytutu. – Kyiv. - 2012. – vypusk 263. – s.107-

[in Ukrainian].

Klimova G.N. Elektricheskie sistemyi i seti. Energosberezhenie. – Uchebnoe posobie dlya SPO. – M. –

Yurayt. – 2018. [in Russian].

Writhe D.J. Good and Services: on input-output analysis. – Energy policy. – December 1974. – 307-315.

Panchenko G.G. Energoekonomicheskiy analiz proizvodstva produktsii, rabot i uslug // Preprint NAN

Ukrainyi. In-t problem energosberezheniya; 94-3. - Kiev. - 1994. – 30 s. [in Russian].

Danton R.V. The energy cost of goods and services in the Federal Republic of Germany. – Energy Policy.

– 1975. – S.279-284.

Bullard C., Herendeen R. (1975). The Energy Cost of Goods and Servicies // Energy Policy.—No. 4.—

P. 268–278.

Bush M.J. The energy intensity of commodities produced in Canada. - Energy, 1981, vol. 6, issue 6, 503-517.

Pick H.J., Becker P.E., 1975. Direct and indirect use of energy andmaterials in engineering and

construction. Applied Energy 1 (1),31–51.

Peet N.J., Carter A.J., Baines J.T., 1985. Energy in the New Zealandhousehold, 1974–1980. Energy 10

(11), 1197–1208.

Tiwari, P., 2000. An analysis of sectoral energy intensity in India.Energy Policy 28, 771–778.

Kulik M.N., Shulzhenko S.V., Kostyukovskiy B.A. Analiz izmeneniya potrebnosti Ukrainyi v toplivnoenergeticheskih

resursah na osnovanii ispolzovaniya statisticheskogo mezhotraslevogo balansa // Problemi zagalnoYi

energetiki, 1999, # 1 (47): 6-9. [in Russian].

М.М. Кулик Фундаментальні властивості основних матричних форм в системах рівнянь

міжгалузевого балансу// Проблеми загальної енергетики, 2017, 2(49): 14-39. [in Ukrainian].

Bullard C., Herendeen R. (1975). The Energy Cost of Goods and Servicies // Energy Policy.—No. 4.—

P. 268–278.

Pachauri S., Spreng D. Direct and indirect energy requirements of households in India. – Energy Policy;

v. 30(6); 2002; p. 511-523.

Гнідой М.В., Куц Г.О., Терещук Д.А. Метод розрахунку повних енергетичних витрат на

виробництво продукції. – Экотехнологии и ресурсосбережение. – 1997. № 5. – с.67-72. [in Ukrainian].

Malyarenko, E. E. Primenenie metoda polnoy energoemkosti produktsii dlya analiza energeticheskoy

effektivnosti proizvodstva - ISSN 1562-8965. Problemi zagalnoYi energetiki. – 2010. – # 3 (23). – S. 19–24. [in Russian].

Malyarenko, E. E. Primenenie metoda polnoy energoemkosti produktsii dlya analiza energeticheskoy

effektivnosti proizvodstva - ISSN 1562-8965. Problemi zagalnoYi energetiki. – 2010. – # 3 (23). – S. 19–24. [in Russian].

Станиціна В.В. Енергоємність заходів з охорони навколишнього середовища як складова повної

енергоємності продукції. - - ISSN 1562-8965. Проблеми загальної енергетики, 2011, вип. 4 (27). – с.47-52. [in

Ukrainian].

BIlodId V.D. OtsInyuvannya efektivnostI energetichnih tehnologIy za metodologIEyu viznachennya povnih

energetichnih vitrat // ISSN 1562-8965. Problemi zagalnoYi energetiki, 2012, vip. 3 (30): 12-18. [in Ukrainian].

BIlodId V.D. Viznachennya efektivnostI viroblennya elektrichnoYi energIYi atomnimi

elektrostantsIyami za metodologIEyu povnih energetichnih vitrat. Chastina 1. Vitrati energIYi na budIvnitstvo //

ISSN 1562-8965. Problemi zagalnoYi energetiki, 2018, vip. 2 (53): 36-44. [in Ukrainian].

Panchenko G.G., Korobko B.P. Energoemkost zagotovok detaley mashin // UkrNIINTI. Ser. Prom.

Energetika i energosberezhenie. – 1990. – Vyip. 1. - 30 s. [in Russian].

Panchenko G.G. Energo-ekonomicheskiy anali effektivnosti novovvedeniy. – Problemyi

energosberezheniya. – 1993. - #1. – s.29-37. [in Russian].

Tumanov Yu.N. Plazmennyie, vyisokochastotnyie, mikrovolnovyie i lazernyie tehnologii v himikometallurgicheskom

proizvodstve. – M. – Fizmatlit. – 2010. [in Russian].

Schitov S.V., Tihonchuk P.V., Spiridanchuk N.V. Optimizatsiya energozatrat v tehnologii poseva

selskohozyaystvennyih kultur. - KiberLeninka: https://cyberleninka.ru/article/n/optimizatsiya-energozatrat-vtehnologii-

poseva-selskohozyaystvennyh-kultur. – 2013. [in Russian].

Schitov S.V., Tihonchuk P.V., Spiridanchuk N.V., Energozatratyi kak kriteriy vyibora traktora. -

Dostizheniya nauki i tehniki APK, #9. -2012. – s.75-76. [in Russian].

Balandinovich G., Parchevski Z. Problemyi opredeleniya osnovnih obschestvennyih potrebnostey v

Polshe. – Ekonomika i matematicheskie metodyi. 1989. – tom XXV, vyip. 3. – s.477-483. [in Russian].

Published

2020-03-05

Issue

Section

ENERGY SYSTEMS AND COMPLEXES