Prof. Dr. Dimo Georgiev Stoilov
Electric power systems, Technical University of Sofia, Sofia, Sofia-Grad, Bulgaria
Veritas non erubescit
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Academic Career Length
19Years (2008-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications23 June 2026 in SSRN Electronic Journal
Preprint
Dimo Georgiev StoilovThis paper outlines the lag in national and global energy statistics with respect to requirements of the Grand transition including:The conflict between modern decentralized energy systems vs centralized energy statistics;The inaccuracies because of lack of extracted energy and conversions’ entropy into obsolete national energy balances;The failures of Primary energy convention to comply with natural and legal laws;The contradiction between real and statistically presented nuclear energy;The misleading statistical assessment of energy import dependence;The untruths in proxy primarity of dispersed power sources: hydro, solar, wind etc. The insufficient engagement of the US Congress and the EU Parliament in the portliness of energy statistics is indicated.The paper proposes a new scope and toolkit of energy statistics.In conclusion, a hope is expressed that as part of the prerequisites for a successful Grand transition and further public sustainable development a multi-faceted process for a large-scale transition of energy statistics towards the creation of a comprehensive and reliable information system, encompassing all energy sources will be triggered. Such a system will feed data not only into the simple calculation of existing indicators, but also into all energy studies, e.g. Life Cycle Assessments, Energy Return of Investments, Exergy analysis, Climate changes analysis, etc.
1 November 2013 in Energy Policy
Journal Article
Dimo Georgiev StoilovLSLuben Stoilov
Luben Stoilov
1 September 2011 in Energy Policy
Journal Article
Dimo Georgiev StoilovYDYulian Dimitrov
Yulian Dimitrov
BFBruno François
Bruno François
1 May 2008
Conference Paper
Dimo Georgiev StoilovLSLuben Stoilov
Luben Stoilov
GSGeorgi Stoilov
Georgi Stoilov
A power system is explained, which is characterized by the continuous formation and propagation of dynamic prices. The following additional equipments are installed: - a bidder, installed at the control room of each generation unit; - a scheduler and price designator installed at the control board of the system operator; - a price announcer installed at the control room of each generation unit; - a price ldquotransmuterrdquo installed at each grid node; - an intelligent electric meter installed at each grid branch and consumer outlet. All these devices run together in a sequential iterative process of preliminary bidding, clearing, adjustment and dispatching, followed by price designation, confirmation and conversion. This system enables the consumers to receive power and resulting price simultaneously for automatic control of their demand during every single price period, several seconds or minutes long.
15 August 2016
Conference Paper
Dimo Georgiev StoilovIZIvan Zagorchev
Ivan Zagorchev
VAVelichko Atanasov
Velichko Atanasov
The paper describes relations between technical, nontechnical and total electric energy losses in power systems and presents an innovative methodology for their accurate assessment aiming at detection of thefts of electricity in the distribution networks.
1 June 2018
Conference Paper
Dimo Georgiev StoilovKSKonstantin-Kiril Savov
Konstantin-Kiril Savov
PTPlamen Tzvetanov
Plamen Tzvetanov
VTVesselina Trashlieva
Vesselina Trashlieva
KHKristina Hadzhiyska
Kristina Hadzhiyska
In supplement to [1] a modified model is described for bottom-up optimization of the production structure in an electric power system, which supplies nonelastic consumers. The objective function aims for minimization of supply costs, based on producer bids and subject to the constraints of active energy balance. The model is verified by a numerical example illustrating a study for the Bulgarian power system expansion. Analysis is performed and some important conclusions are drawn.
About Me
Dimo Georgiev Stoilov, D.Sc., Ph.D. is a Bulgarian engineer, teacher, and power systems researcher who serves as a full professor in Electric Power Systems at the Technical University of Sofia. He holds degrees in Electrical Engineering (M.Sc., 1995; Ph.D., 2003) and Applied Mathematics & Computer Science (M.Sc., 1997). In 2026 he also obtained a Doctor of Science degree in Energy economics from the “St. Cyril and St. Methodius” University of Veliko Tarnovo. He served (2017-2025) as an Associate Professor in Energy Systems Development Planning at the Institute for Nuclear Research and Nuclear Energy (INRNE) of the Bulgarian Academy of Sciences, where he led a strategic energy system planning research group. Before his full-time academic career, prof. Stoilov gained industry experience at the National Electricity Company (NEK-EAD) Central Dispatch (1997-2005), specializing in hydro-thermal coordination, unit commitment, power exchanges and cross-border economic evaluations. His research focuses on energy systems sustainable development planning, power systems planning and operation, electricity markets, distribution networks, and larger renewable energy sources (RES) utilization. He is a notable contributor to national public policy and some international energy frameworks. Evaluator and expert for national research and education quality bodies, including the National Science Fund (NSF) and the National Evaluation and Accreditation Agency (NEAA) in Bulgaria.
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