Life cycle cost analysis of transmission and distribution systems

Jeromin, Ingo; Backes, Jurgen; Balzer, Gerd; Huber, Richard

doi:10.1049/cp.2009.0550

Cited by 15 publications

(9 citation statements)

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“…According to the study of Jeromin et al, LCC analysis includes there main stages as investment, operating and recycling. In addition to that the information, for every stage which costs are calculated, is also included in detail (Jeromin et al, 2009). Some parameters used in LCCA have been explained below.…”

Section: Stages Of Lccamentioning

confidence: 99%

Cost Calculation Algorithm for Photovoltaic Systems

Guney¹,

Onat²

2010

Paths to Sustainable Energy

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Section: Stages Of Lccamentioning

confidence: 99%

Cost Calculation Algorithm for Photovoltaic Systems

Guney¹,

Onat²

2010

Paths to Sustainable Energy

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“…The Life Cycle-Cost (LCC) method has been used for quite a long time. The concept of Life-Cycle-Cost means to take into not only the installation cost, but also the operational and disposal costs into account [5 ]. This paper considers the LCC of T-5 fluorescent lamps with electronic ballast, T-8 fluorescent lamps with standard ballast, T-8 fluorescent lamps with low loss ballast, and T -8 fluorescent lamps with electronic ballast.…”

Section: Methodsmentioning

confidence: 99%

Life Cycle Cost of lighting system in various groups of end user in Thailand

Sriamonkitkul

Tongsuk

Jareansuk

et al. 2010

Proceedings of the International Conference on Energy and Sustainable Development: Issues and Strategies (ESD 2010)

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This paper studies the Life Cycle Cost (LCC) of various lighting systems that are T-8 fluorescent lamps with standard ballast, T-8 fluorescent lamps with low-loss ballast, T-8 fluorescent lamps with electronic ballast and T -5 fluorescent lamps with electronic ballast. The LCC of residential customers, small general service customers, medium general service customers and large general service customers are evaluated by considering initial cost, energy cost, maintenance cost and savage cost for the assessment in Thailand. The analytical results show that T-5 fluorescent lamps with electronic ballast can reduce the LCC of fluorescent lamps up to 3,177,3,948,3,619 and 3, 382 for residential customers, small general service customers, medium general service customers and large general service customers, respectively. In addition, the LCC of T-5 fluorescent lamps with electronic ballast are less than the LCC of T-8 fluorescent lamps with standard ballast, the LCC of T-8 fluorescent lamps with low-loss ballast, and the LCC of T-8 fluorescent lamps with electronic ballast by 20%, 15% and 9% for small general service customer. According to the information from department of demand side management, EGAT (Electricity Generation Authority of Thailand), 200 million of T-5 fluorescent lamps with electronic ballast can decrease the peak demand up to 2,000 MW and 5 million tons of CO2 emission. Finally, the sensitivity analysis shows that the most influent factors for LCC is the electricity tariff rate, following by the cost of light bulbs and accessories, and the reverse life time of equipment respectively. Keywords -Life Cycle cost, T-5 fluorescent lamp, electronic ballast, demand side management, CO2 reduction 1.

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“…The factors significantly influencing the design, construction and operation of these lines are right of way (RoW), weather conditions, conductor material and configuration, insulator design, tower geometry and designs, foundations and environmental considerations [4]. LCC method provides various costs occurring in different phases of the project and helps in quantitative assessment of the costs effectively over a range of available technical solutions [5].…”

Section: Projectmentioning

confidence: 99%

Economic Analysis of Power Transmission Lines using Interval Mathematics

Kishore¹,

Singal²

2015

Journal of Electrical Engineering and Technology

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-A major portion of the capital costs in the present day power transmission systems are due to the cost of equipment and construction process. Transmission utilities in the recent years are drawing greater attention towards performing life cycle costing studies for cost management and decision making. However, the data involved in these studies are highly uncertain and the effect of these uncertainties cannot be directly included in the study process, resulting in inaccurate solutions. Interval mathematics provides a method for including these uncertainties throughout the cost analysis and provides final solution range in the form of intervals. In this regard, it is essential and extremely important that significant research has to be carried out in understanding the principles of life cycle costing methodology and its applicability to cost analysis of transmission lines along with uncertainties involved in the cost assessment process. In this paper, economic analysis of power transmission lines using interval mathematics has been studied. Life cycle costing studies are performed using net present value analysis on a range transmission lines used in India and the results are analyzed. A cost break even analysis considering right of way costs was carried out to determine the point of economy indifference.

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Life cycle cost analysis of transmission and distribution systems

Cited by 15 publications

References 0 publications

Cost Calculation Algorithm for Photovoltaic Systems

Cost Calculation Algorithm for Photovoltaic Systems

Life Cycle Cost of lighting system in various groups of end user in Thailand

Economic Analysis of Power Transmission Lines using Interval Mathematics

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