Integration of Small Wind Energy Source for Optimization of Energy Efficiency in Residential Building

Ingeli, Rastislav; Jankovichová, Eva; Tien, Minh Nguyen; Čekon, Miroslav

doi:10.4028/www.scientific.net/amr.1041.162

Cited by 4 publications

(2 citation statements)

References 3 publications

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“…One of the most important parameter is the average wind speed at a given nearby, the height of the proposed building, or a building in a built or unbuilt territory, and around the building are not above the higher buildings or whether it is not located in the protection zone and etc. In cooperation with the Slovak Hydrometeorological Institute was established a graph for the period 2010-2015 for this locality [6] It can be said that the wind speed is over the last three years stable and not changing. The average wind speed for this location is about 3.6 m/s.…”

Section: Wind Turbinesmentioning

confidence: 99%

Wind and Solar Energy as a Part of the Design of Construction Equipment

Tien¹,

Ščepka²

2017

CzeJCivEng

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Construction site equipment is still part of the construction of all civil structures. The trend in the reduction intensity of buildings. This principle of reducing intensity is also applicable in the actual construction of the construction site equipment. During the construction is the possibility of using alternative sources in the design of construction equipment, which may contribute to the overall efficiency of construction. While the construction site is an integral part of construction and an important role in overall efficiency in terms of realization time, cost, performance of workers and use of deployment mechanisms. Alternative sources are a cost- efficient means of contributing to sustainable development value. And provides added value for the possibility of successful allocation BREEAM.

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Section: Wind Turbinesmentioning

confidence: 99%

Wind and Solar Energy as a Part of the Design of Construction Equipment

Tien¹,

Ščepka²

2017

CzeJCivEng

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“…Among individual indicators, it is necessary to place emphasis on improving the thermal aspects of building envelopes. Furthermore, it is necessary to seek optimum solutions which will ensure a balance between the costs for materials used and progressive technical devices [3] [4] with the aim to reduce energy demand. One of the factors is also the configuration of envelopes, on which energy savings [5] depend to large extent.…”

Section: Introductionmentioning

confidence: 99%

Analysis of Energy Consumption in Building with NZEB Concept

Ingeli

Čekon

2016

AMM

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The trend in the components of residential buildings is low energy demand buildings in relation to the minimum costs spent by users for their operation. The main aim of their construction is to improve the energy economy of buildings, to reduce the environmental load in energy consumption, to improve the quality of the interior, to ensure the minimum cost level in the operation of buildings and their maintenance in the life cycle. The consequence of increased energy prices and the possible implementation of tax policies in the countries of Europe is more frequently designing and implementing energy self-contained buildings. This means that energy necessary for the general use of a building can be produced in it to certain extent. The concept of such buildings is not only in high quality heat insulating properties, but also in suitable installed devices utilizing alternative sources. The objective indicator of saving and proof of the required level of a building is an analysis of its real energy consumption. The paper analyzes the energy consumption in a specific house which, in the design phase, met the criteria for designing a nearly zero energy building. The analyzed building has a high thermal protection and uses photovoltaic energy as an alternative source. The main aim is to evaluate the concept of the designed nearly zero energy building and to assess it in relation to the really consumed energy.

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