Family House – Heating

Import 05/08/2014Zadáním bakalářské práce byl návrh vytápění dvojpodlažního rodinného domu kotlem spalujícím biomasu (peletky), stanovení potřeby teplé vody a návrh zásobníku teplé vody v kombinaci s fototermikou. Dále v bakalářské práci bylo řešeno technické posouzení navržených konstrukcí, výpočet tepelných ztrát (výkonu) rodinného domu, energetická bilance potřeby tepla, energetický štítek obálky budovy, navržení otopné soustavy a její následné vyvážení. Součástí bakalářské práce je vypracování technické zprávy a výkresové dokumentace podle potřeby pro prováděcí projekt.Specifications of the bachelor thesis was the design of two-floor family house heating by boilers burning biomass (pellets). Next aim was to determine needs for hot water and design of the hot water tank in combination with solar panels. Furthermore, the thesis were solving technical assessment of the proposed structures, thermal losses, the energy balance of the heat demands, energy label of the building casing, heating system design and its subsequent balance. Part of the thesis is to develop technical reports and drawings as required for implementing the project.Prezenční229 - Katedra prostředí staveb a TZBvýborn

Utilization of waste flue gas heat for hot water production

Import 02/11/2016Tématem diplomové práce je využití odpadního tepla spalin pro ohřev teplé užitkové vody. Dnes je odpadní teplo víceméně vypuštěno do ovzduší, aniž by se nějak využívalo. Přitom v sobě obsahuje velký energetický potenciál. Diplomová práce vznikala ve spolupráci se společností VÍTKOVICE MECHANIKA a.s., která provozuje řadu energetických zařízení. Využívání této energie jako druhotného energetického zdroje, které vzniká v závodě při výrobních procesech, vede ke snižování provozních nákladů a k efektivnosti samotné výroby. Výsledkem diplomové práce by měl být návrh výměníku tepla, který bude sloužit k ohřevu teplé užitkové vody, která bude následně ve společnosti zužitkována, například pro sprchování apod.The thesis deals with the use of waste heat for domestic hot water. Today, more or less waste heat released into the atmosphere without using it somehow. Yet it incorporates a large energy potential. The diploma thesis was created in cooperation with VÍTKOVICE MECHANICS Inc., which operates numerous power plants. Use of energy as a secondary energy source, which arises in plant production processes, leading to a reduction in operating costs and the efficiency of production itself. The result of the thesis proposal should be heat exchanger, which will be used for domestic hot water, which will then be re-utilized in the company, such as showering, etc.635 - Katedra tepelné technikyvýborn

Optimizing the total energy consumption and CO₂ emissions by distributing computational workload among worldwide dispersed data centers

Major internet service providers have built and are currently building the world's largest data centres (DCs), which has already resulted in significant global energy consumption. Energy saving measures, from chip to building level, have been introduced gradually in recent decades. However, there is further potential for savings by assessing the performance of different DCs on a wider scale and evaluating information technology (IT) workload distribution strategies among these DCs. This paper proposes a methodology to optimize the electricity consumption and CO2 emissions by distributing IT workload across multiple imaginary DCs. The DCs are modelled and controlled in a virtual test environment based on a building energy simulation (BES) tool (TRNSYS). A controller tool (Matlab) is used to support testing and tuning of the optimization algorithm. A case study, consisting of the distribution of IT workload across four different types of data centers in multiple locations with different climate conditions, is presented. The case study will illustrate.</p

Optimizing the total energy consumption and CO₂ emissions by distributing computational workload among worldwide dispersed data centers

Major internet service providers have built and are currently building the world's largest data centres (DCs), which has already resulted in significant global energy consumption. Energy saving measures, from chip to building level, have been introduced gradually in recent decades. However, there is further potential for savings by assessing the performance of different DCs on a wider scale and evaluating information technology (IT) workload distribution strategies among these DCs. This paper proposes a methodology to optimize the electricity consumption and CO2 emissions by distributing IT workload across multiple imaginary DCs. The DCs are modelled and controlled in a virtual test environment based on a building energy simulation (BES) tool (TRNSYS). A controller tool (Matlab) is used to support testing and tuning of the optimization algorithm. A case study, consisting of the distribution of IT workload across four different types of data centers in multiple locations with different climate conditions, is presented. The case study will illustrate.</p

Speedway fans in Poland

Práce předkládá kvalitativní výzkum fanoušků ploché dráhy v Polsku. Důraz je kladen na jejich klubovou identitu jako specifickou součást identity sociální. Identitární projevy zkoumám ve vztahu k vybraným sociodemografickým charakteristikám informátorů, zejména věku a genderu. Získané informace jsou z terénního výzkumu, který byl prováděn v polských městech Wrocław a Rybnik.Thesis deals with qualitative research about speedway fans in Poland. Main emphasis is put on club identity as a specific component social identity. I examine identitary manifestations in relation to selected socio-demographic characteristic informants, particularly age and gender. Obtained informations are from fieldwork which was conducted in Polish cities Wrocław and Rybnik.Katedra sociálních vě

Life of professional speedway riders

Práce je zaměřena na sport. Práce předkládá kvalitativní výzkum plochodrážních jezdců. Zabývá se vlivem ploché dráhy na jezdce. Cílem práce je zachytit a popsat prostředí ploché dráhy se všemi jeho znaky a vlastnostmi. Získané informace jsou z vlastního terénního výzkumu. Výzkum byl prováděn u jezdců nejen z České republiky.The thesis is focused on the sport. The thesis presents qualitative research of speedway riders. It deals with the influence of speedway to the riders. The aim of this paper is capture and describe the environment of speedway with all features and characteristics. The gathered information are from own field research. The research was conducted by riders not only from the Czech Republic.Katedra sociálních vědStudent představil své téma jako multi-sited, vícejazyčný a vícevrstvrstevnatý projekt. Podařilo se mu neuvíznout v pasti insiderství. Po delší diskusi se komise přiklonila k hodnocení "výborně"

1210 Experimental monitoring of autonomous curtain walling facade module

This paper introduces an innovative concept for active wall-curtain façade modules aiming at high level of energy autonomy. The façade module consists of two opaque panels and one transparent panel integrating building integrated photovoltaics supported by façade integrated battery Peltier air-conditioning unit, active shading, and LED lighting. The developed demo-protype was deployed at testing facility and subjected to long-term experimental monitoring to assess the energy performance in real environment. The complex monitoring system captured key power and thermal fluxes, temperatures, mass flows and other operational states of the active wall-curtain façade modules. These measurements were assessed in form of monthly overview depicting total electricity consumption, on-site energy production, heating and cooling delivery as well as self-sufficiency and self-consumption indicators

Holistické řízení datacenter: Metodika pro uvedení do provozu víceoborového řízení datacenter s použitím simulace budov

The world data center energy consumption has been growing rapidly and currently is estimated at 1,7–2,2% of the world-wide electricity consumption. Achieving sustainability in this sector calls for development new energy efficient strategies and measures. Current research deals with development of holistic operation i.e. operation, where all essential processes such as data processing, cooling and power delivery and supply (including renewable energy sources) are optimized a coordinated. Testing of modern operational strategies, which is necessary for development and commissioning, is not possible during the regular operation due to the risk of limitation of the services or outage of the data center operation. Any outage of the data center is related with financial and reputation losses. Therefore, the testing is extremely limited. Alternatively, building energy simulation may offer “safe” testing environment for advanced control algorithms and accelerate their implementation in practice. This paper describes a novel workflow for testing of modern control algorithm and new application of building energy simulation of data center