Sustainable model of hydro power development—Drina river case study

Stevović, Svetlana; Milovanović, Zorica; Stamatović, Milan

doi:10.1016/j.rser.2015.05.016

Cited by 24 publications

(20 citation statements)

References 42 publications

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“…By utilizing the said energy potential to produce electricity, one could provide for 20-25% of annual energy consumption in Montenegro. [16] Montenegro has determined the Feed-in tariff for projects in the wind with a price of 9.6-euro cents / kW for the next 12 years. Under the assumption that only the high and medium productivity potential is taken into account, the study showed that the total gross capacity of wind plants that can be installed is approximately 400 MW.…”

Section: Results and Discussion Relating To The Republic Of Montenegromentioning

confidence: 99%

“…In 2012, wind energy has replaced 9.6 billion euro of cost for fossil fuel and it is planned that savings by 2020 will reach 22 to 27 billion whereas by 2030 they will reach the incredible figure of 47 to 51 billion Euros [13]. [16]. From the total amount of energy produced in Europe, 46% of energy is spent on heating and cooling, 30% is used for transport and 24% is used for power and other purposes (electricity) [17].…”

Section: Introductionmentioning

confidence: 99%

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Management Model for Discontinuous System on Surface Mines

Stamenkovic¹,

Stevović²,

Stamatović³

2019

AFST

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More than 60 years ago, six countries (Belgium, France, Germany, Italy, Luxembourg and the Netherlands) have established a Coal and Steel Community and have reached an agreement that with creating a unified market for coal and steel, they will attain common prosperity, by developing national and economic interests of these countries. Today, the European policy makers are faced with the same challenge: create true European Energy Union in the era of climate change. European energy system based on fossil fuels is needed to complete the overhaul of the entire energy system. The EU has already developed a number of tools for deeper coordination of energy policies throughout the Member States. Surely Europe can create a great momentum aimed at the increase in the number of jobs by accelerating the transformation of the energy sector with targeted and coordinated investments. Since the production of energy from fossil fuels is one of the main sources of emissions of greenhouse gases, renewable energy sources will play an increasingly important role in the production of electricity and heat with little or no CO2 emissions. This summary shows the expansion of the wind power industry in the last decade and draws a parallel between sustainable development and economic indicators in Europe and the market trends and the development of wind projects in the Republics of Serbia and Montenegro. This summary also provides an overview of the installed capacity of renewable energy with the focus on wind. At the same time the increase in consumption indicates production growth and the directions of further development defined by the EU Commission.

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Section: Results and Discussion Relating To The Republic Of Montenegromentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Management Model for Discontinuous System on Surface Mines

Stamenkovic¹,

Stevović²,

Stamatović³

2019

AFST

Self Cite

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“…The importance of the health and vitality of the Drini and Drina river watersheds cannot be overstated. The rivers offer economic development opportunities (20)(21)(22), energy (21)(22)(23)(24)(25), strong tourism draws (20,26,27), drinking water (28,29), agriculture and forestry (21,30,31), cultural heritage (26) Unauthenticated Download Date | 5/10/18 6:20 PM and transportation (31). However, several overarching pollution and management problems that endanger critical water resources in the region pose problems for long-term resilience and preparedness in the area.…”

Section: Cressida Projectmentioning

confidence: 99%

Building multi-country collaboration on watershed management: lessons on linking environment and public health from the Western Balkans

Cairns¹,

Cox

Zambrana

et al. 2017

Reviews on Environmental Health

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Abstract Community-based watershed resilience programs that bridge public health and environmental outcomes often require cross-boundary, multi-country collaboration. The CRESSIDA project, led by the Regional Environmental Center for Central and Eastern Europe (REC) and supported by the US Environmental Protection Agency (EPA), forwards a resilience-focused approach for Western Balkan communities in the Drini and Drina river watersheds with the goal of safeguarding public health and the environment. The initial phases of this project give a contextualized example of how to advance resilience-driven environmental health goals in Western Balkan communities, and experience within the region has garnered several theme areas that require focus in order to promote a holistic watershed management program. In this paper, using CRESSIDA as a case study, we show (1) how watershed projects designed with resilience-driven environmental health goals can work in context, (2) provide data surrounding contextualized problems with resilience and suggest tools and strategies for the implementation of projects to address these problems, and (3) explore how cross-boundary foci are central to the success of these approaches in watersheds that comprise several countries.

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“…Implementation of SSHPPs in Serbia would provide cost effective electric power. Each kWh of generated water power in SSHPPs represents an energy equivalent of 1.6kg to 2.2kg of coal (depending on the kind and quality) or approximately 0.25kg of heavy oil [12].…”

Section: Cost Energy Efficiency and Environmental Effects Of Sshppsmentioning

confidence: 99%

Technically and economically feasible hydro potential of small rivers in Serbia

Stevović¹

2017

Termotehnika

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As a renewable energy source that is environmentally friendly and cost-effective, the hydropower potential of Serbia represents a valuable common good and notable economic force in a development strategy of the country. It is an important component of the country's overall energy balance, both at present and in the future. Seventy-seven percent of the hydropower potential of Serbia is technically and economically usable, based on the present energy situation in the country, the latest technical advances, and economic criteria. Out of this amount, eight percent could be generated in small-scale hydropower plants, with an installed capacity less than 10 MW. In order to promote acquisition of Green Certificates, stimulate the Clean Development Mechanism (CDM) projects and facilitate the Certified Emission Reduction (CER) trading, Serbia is shifting its development strategy towards renewable energy sources, particularly small-scale HPPs. The necessary project documentation has been prepared, nearly 1,000 potential locations for small-scale HPPs have been identified, and the legislative framework is being synchronized with a world-accepted practice in this field. This paper presents some technical possibilities for the construction of smallscale HPPs in Serbia. The attention is focused on the specific conditions, statistical parameters, and the legislative framework of the country.

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Sustainable model of hydro power development—Drina river case study

Cited by 24 publications

References 42 publications

Management Model for Discontinuous System on Surface Mines

Management Model for Discontinuous System on Surface Mines

Building multi-country collaboration on watershed management: lessons on linking environment and public health from the Western Balkans

Technically and economically feasible hydro potential of small rivers in Serbia

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