Architectural Science

Abstract

Various kinds of heating and ventilation concepts in the assessment is always taken into account the building, alternative building technology solutions for the building and operation and maintenance interactions. Well-insulated residential insulation, in turn, is a natural fit massive for fireplaces with heat transfer- intensity corresponding to a heating demand. The detailed results are shown hereinafter. Ventilation and the use of the fireplace may cause problems in practical implementations. We believe that the development of energy-saving technologies and renewable energy, recycling, and other relevant departments of the government should be supporting and promoting.

Abstractii

Introduction1

Discussion1

Coordination of ventilation systems with heat2

Radiator Heating2

Two Horizontal Tandem Riser Radiator Heating3

The Traditional Single-Pipe Heating Radiator4

Low Temperature Hot Water Radiant Floor Heating5

Heating Equipment6

Ventilation equipment7

MVHR VENTILATION8

HVAC System11

Energy Saving Design13

Conclusion15

References16

Architectural Science

Introduction

One of the general level objectives of the project was to find new and persistent heating concepts in a variety of applications, as well as shows the results of the R & D equipment and the criteria to effective solutions. Various kinds of heating and ventilation concepts in the assessment is always taken into account the building, alternative building technology solutions for the building and operation and maintenance interactions. For example, the entire building and structural characteristics interact with the operation and maintenance with a very central to the types of building services equipment to best suit (Simone, Olesen, 2010).

Discussion

As a general observation, project the analysis is based over the heating system and, in particular, the massiveness of the structures is the central effect of thermal conditions under control.  Since the combustion of the instantaneous input heating power of the most intense phase of the fire will reach the fireplace, depending on the type of from 1 - 4 kW, is the interim period cannot be the whole of the fireplace warming potential take advantage of a sufficiently massive structures without which the instantaneous heating. Massiveness of a lightweight fireplace for example, is well suited to recreational buildings, where high heating power is required. Well-insulated residential insulation, in turn, is a natural fit massive for fireplaces with heat transfer- intensity corresponding to a heating demand. The detailed results are shown hereinafter. Ventilation and the use of the fireplace may cause problems in practical implementations. For example, if a building is merely mechanical removal ventilation, may be expected to occur in the fireplace draft problems (Kobes, Helsloot, 2010). This is because the mechanical removal will result in creation of a vacuum, and the cold chimney function in the desired manner.

Coordination of ventilation systems with heat

The ventilation system has a major impact on the building's energy consumption that the pressure levels under control. To ensure the energy efficiency of air- replacements shall at all times are as well-managed and exhaust air heat recovery should be taken whenever it is appropriate. The preferred option is the use of point of view, mechanical supply and exhaust ventilation system. These measures will help power the ventilation needs at a reasonable level, thus helping to promote alternative (for example, renewable) energy sources and to improve the building's energy ...