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In the deregulated Power markets it is necessary to have a appropriate Transmission Pricing methodology that also takes into account “Congestion and Reliability”, in order to ensure an economically viable, equitable, and congestion free power transfer capability, with high reliability and security. This thesis presents results of research conducted on the development of a Decision Making Framework (DMF) of concepts and data analytic and modelling methods for the Reliability benefits Reflective Optimal “cost evaluation for the calculation of Transmission Cost” for composite power systems, using probabilistic methods. The methodology within the DMF devised and reported in this thesis, utilises a full AC Newton-Raphson load flow and a Monte-Carlo approach to determine, Reliability Indices which are then used for the proposed Meta-Analytical Probabilistic Approach (MAPA) for the evaluation and calculation of the Reliability benefit Reflective Optimal Transmission Cost (ROTC), of a transmission system. This DMF includes methods for transmission line embedded cost allocation among transmission transactions, accounting for line capacity-use as well as congestion costing that can be used for pricing using application of Power Transfer Distribution Factor (PTDF) as well as Bialek’s method to determine a methodology which consists of a series of methods and procedures as explained in detail in the thesis for the proposed MAPA for ROTC. The MAPA utilises the Bus Data, Generator Data, Line Data, Reliability Data and Customer Damage Function (CDF) Data for the evaluation of Congestion, Transmission and Reliability costing studies using proposed application of PTDF and other established/proven methods which are then compared, analysed and selected according to the area/state requirements and then integrated to develop ROTC. Case studies involving standard 7-Bus, IEEE 30-Bus and 146-Bus Indian utility test systems are conducted and reported throughout in the relevant sections of the dissertation. There are close correlation between results obtained through proposed application of PTDF method with the Bialek’s and different MW-Mile methods. The novel contributions of this research work are: firstly the application of PTDF method developed for determination of Transmission and Congestion costing, which are further compared with other proved methods. The viability of developed method is explained in the methodology, discussion and conclusion chapters. Secondly the development of comprehensive DMF which helps the decision makers to analyse and decide the selection of a costing approaches according to their requirements. As in the DMF all the costing approaches have been integrated to achieve ROTC. Thirdly the composite methodology for calculating ROTC has been formed into suits of algorithms and MATLAB programs for each part of the DMF, which are further described in the methodology section. Finally the dissertation concludes with suggestions for Future work.

The Master Thesis is focused on potential consequences of toll implication for vehicles under 3,5 tonnes. The main goal of this paper is to evaluate these consequences and propose a recommendation to the government whether to imply the toll or not. Quantitative research methods in a form of questionnaire were used in order to estimate the potential consequences of 0,4 CZK per km toll for vehicles under 3,5 tonnes. Moreover, was analysed the publicly accessible data of transportation, car accidents and deaths on roads in case of the Czech Republic. Theoretical part is focused on the currently used system on highways, the history of highways, system used in European countries and aspects of cost-benefit analysis. Three frequently used highways were examined in the practical part of this paper. A numerous of calculations were used in order to quantify all possible costs of toll implication. Toll implication costs and additional costs that arise due to avoiding expensive highways by some drivers represented the main aim of these calculations. Conclusion of this paper sums up key points of this paper and points out possible negative consequences of toll implication.

This diploma work analytically examines data resources and conditions for the implementation of an electronic identifier for an insured person in the Czech Republic with relation to the Europian Union. It describes the concept of a single electronic identification method and the possibilities for the utilization of different technologies and extreme situations that may arise in connection with the deficiencies of the judicial code, that would clearly work manipulation with the personal data, its security and access to it. Here compared in this work are the merits and disadvantages of the implementation or adversely the non-implementation of the electronic identifier via a cost-benetfit analysis that gives an answer to the economic question about the implementation of the project, and also describes the benefits for each group of beneficiaries.

The goal of the diploma thesis Evaluation of the effectiveness of public projects Cost Benefit Analysis is an application of obtained theoretical knowledge from analysis of costs and benefits on specific public project the construction of water supply and sewerage system in the city Kamenice. The introduction of the theoretical part begins with the definition of public sector, public finance, public project and describes methods of evaluation of public projects. In the next chapter of the theoretical part is dedicated in detail process of Cost Benefit Analysis. The practical part of thesis is about applying Cost Benefit analysis on a specific project from area of environment Kamenice: Water supply and sewerage system. On this real project will be analyzed the costs and benefits and after this analyse it will be possible to say if applicant held a methodology of CBA and if project is beneficial for public. The methods used in developing the topic of this diploma thesis is a literary review, descriptions, analysis, interviews, results of empirical investigations and an imperical synthesis of learned facts.

The subject of this diploma thesis is the elaboration of a plan for streamlining business operations by providing recreational benefits, which is a form of non-financial remuneration of employees enshrined in the collective agreement of the company. The plan is based on an analysis of the current situation together with a survey of employee demand for recreational centers of the company, on the basis of which individual proposals for future benefit management are made. These suggestions show the company a direction it should take to revive its current form and achieve the desired satisfaction of a larger proportion of employees, while at the same time streamlining the complex internal process associated with it. The resulting plan will serve as a basis for the decision of the company management in cooperation with the trade union to implement the proposed measures.

This thesis focuses on the dilemma of self-employment. It tries to explore the relationship between self-employed people and public finances in general. The goal itself is an analysis of the relationship between public budgets and payments of the self-employed. But for more the thesis adds calculations of two hypothetic models of regulation and deregulation. Secondary goal is an evaluation of a self- employment status as solution for unemployment. Rational choice theory and prospect theory are also used along the way. As methods of research, the cost-benefit analysis and questionnaire survey was used. According to the outcomes of calculations etc. the result seems to be negative in economic way for current setup of payments with dominant loss of potential financial resources in retirement funds. Nevertheless, a number of savings also takes place. But even mentioned savings can't cover the discrepancy between potential incomes and real ones.

Includes bibliographical references / This dissertation intends to shed light on open-membership medical scheme benefit design in South Africa. This will be done by analysing the benefit design of 118 benefit options, so as to provide an overview of the structure and nature of the benefit offerings available in the market in 2014. In addition, affordability of these benefit options was analysed in order to identify whether or not there exist connections between the benefits on offer and the price of cover. This paper will argue that at present, the large number of benefit options available in the market, the lack of standardisation between benefit options, together with the mosaic of confusing terminology employed in scheme brochures, creates a highly complex environment that hampers consumer decision making. However, this implicit complexity was found to be necessary owing to the incomplete regulatory environment surrounding medical schemes. The findings of this investigation show that benefit design requires significant attention in order to facilitate equitable access to cover in South Africa.

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Att sträva mot en hållbar utveckling, inom alla dess aspekter, är i dagsläget högst aktuellt. Särskilt då medvetenheten ökat kring de negativa effekter som exempelvis utsläpp, föroreningar och buller ger upphov till. Dessa effekter finns alla närvarande när man utvecklar en av samhällets allra mest vitala funktioner, nämligen transportinfrastruktur. Transportsystemen är, och har länge varit, ohållbara då bilar och andra motorfordon, som har stor miljöpåverkan, har prioriterats. För att minska utsläppen från transporter har Europeiska kommissionen uttryckt att andra typer av transportmedel, som kollektivtrafik, gång och cykling, bör ges högre prioritet. Flera stora städer i Europa har infört cykelvisioner och planer för att förbättra möjligheterna för att just cykla. Stockholm är en av dessa städer och en handfull projekt har därför införts för att rusta upp stadens cykelnät. Trots dessa cykelsatsningar görs dock få hållbarhetsanalyser av cykelinfrastrukturprojekt, vilket kan vara problematiskt då beslutsfattare ofta saknar adekvat underlag för att motivera investeringar. Arbetet har undersökt den sociala, ekonomiska och ekologiska hållbarheten hos ett cykelinfrastrukturprojekt genom att jämföra projektets investeringskostnad mot dess samhällsvinster via kostnads- och nyttoanalys (CBA). Projektet som har undersökts innefattar en byggnation av en 400 m lång gång- och cykelbana längs Skärholmsvägen i sydvästra Stockholm. Tidigare har vägen kantats av cykelfält på vardera sida och ingen gångväg har funnits längs sträckan. Projektet väntas vara klart under 2015 och beräknas kosta 4,16-5 miljoner kronor. Vid CBA utreds inledningsvis vilka effekter, som projektet ger upphov till, som ska beaktas i analysen. I detta arbete har hälsovinst, tidsvinst, bekvämlighetsvinst, olycksriskskillnad och miljövinst analyserats. Efter att effekterna kvantifierats omvandlas dessa kvantiteter till monetära termer för att kunna jämföras med projektets budget. Värdet för hälsovinster ges av minskad dödsrisk och värdet av ett statistiskt liv (VSL), tidsvinsten fås av ökad medelhastighet, bekvämlighetsvinsten beräknas genom att cyklisterna separeras från biltrafik, olycksriskskillnaden ges av förändringar i cyklisternas trafiksituation och miljövinsten fås av den andel nytillkomna cyklister som tidigare pendlade via bil. Projektet kommer, enligt utförda beräkningar, resultera i en samhällsnytta på mellan 1,05 miljoner kronor och 2,88 miljoner kronor beroende på mängden genomförda antaganden. Den effekt som bidrog mest till denna nytta är hälsoeffekter med ett bidrag på mellan 919 000 kr och 2,76 miljoner kr. Den effekt som bidrog med minst nytta är miljövinst med ett bidrag på mellan 168 kr och 630 kr. Nyttan kan sedan jämföras med projektets budget vilken förmodas minst uppgå till 4.16 miljoner kronor. Den planerade kostnaden för projektet uppgår dock till 5 miljoner kronor. Projektet kommer alltså slutligen ge upphov till en samhällskostnad på mellan 1,28 miljoner kr och 3,95 miljoner kr enligt genomförda beräkningar. Projektet kan möjligtvis anses vara samhällsekonomiskt gångbart om den procentuella bredden av gångbanan även motsvarar dess procentuella kostnad. Sedan miljöeffekten för projektet blev försumbar jämfört med övriga effekter kan ytterligare analysverktyg dock behövas för att vidare bedöma projektets miljöpåverkan. Detta är en indikation på att CBA är ett ofullständigt analysverktyg för att bedöma hållbarhet vad gäller cykelinfrastrukturprojekt. / Striving towards sustainable development, in all of its aspects, is currently exceedingly relevant. Particularly since the awareness of the negative side effects caused by emissions, pollution and noise have increased. These effects are all present while developing one of society’s most vital functions, namely transport infrastructure. The transport system is, and has long been, unsustainable as cars and other motor vehicles, having a large environmental impact, have been prioritized. To reduce transport emissions the European Commission has stated that other modes of transportation, such as commuting, walking and cycling, should be given higher priority. Several major European cities have implemented visions and plans to improve the possibility to bicycle. Stockholm is one of these cities and a handful of projects have thus been implemented to renovate the city’s cycling network. Despite these bicycle investments few sustainability analyses are made for bicycle infrastructure projects, which can be problematic since decision makers often lack proper support to justify investments. This work has examined the social, economic and ecological sustainability of a bicycle infrastructure project by comparing the investment costs of the project against its social benefits in a cost-benefit analysis (CBA). These benefits include health, time, comfort, accident risk and environment, which have been calculated through a cost benefit analysis (CBA). The examined project consists of a roughly 440 yard path for pedestrians and bicyclists located along Skärholmsvägen, southwest of the Stockholm city centre. Previously the road was lined with two bicycle fields on either side of the road with no path for pedestrians existing prior to the renovation. The project is planned to end during 2015 and the estimated cost amounts to 4,16-5 million SEK. In a CBA the effects which the project generates are initially investigated to assess which of the effects to consider in the analysis. In this work, health benefits, time benefits, comfort benefits, traffic accidents and environmental benefits have been analyzed. After the effects have been quantified these quantities are converted into monetary values to enable a comparison between the effects and the budget of the project. The value for health benefit is determined through decreased mortality risk and the value of a statistical life (VSL), the time benefit is calculated through an increased average velocity, the comfort benefit is determined through separating cyclists from car traffic, accident risk is estimated through the change in the bicyclists traffic conditions and the environmental benefit is calculated through the share of new cyclists who previously commuted by car. The project will, according to performed calculations, result in a societal benefit of in between 1.05 million SEK and 2.88 million SEK depending on the amount of performed assumptions. The effect which contributed the most to this benefit is the health benefit with a contribution of in between 919,000 SEK and 2.76 million SEK. The effect which contributed the least to the societal benefit is the environmental benefit with a contribution of in between 168 SEK and 630 SEK. The benefit can then be compared with the budget of the project which is estimated to amount to at least 4.16 million SEK. However the planned cost for the project amounts to 5 million SEK. The project will thus eventually yield a societal cost of in between 1.28 million SEK and 3.95 million SEK according to the calculations performed. The project can possibly be considered sustainable if the percentage of the width of the path corresponds to the percentage of its cost. Since the environmental effect could be neglected in this project compared to the other effects additional tools would thus be required to assess the environmental aspects of the project. This is an indication of CBA being an incomplete analysis tool to assess sustainability.