Liquid Desiccant air conditioner for solar Application

Abstract

Energy administration of heating, ventilating and air-conditioning ( HVAC) systems is a prime anxiety in construction projects, since the power utilisation in electrical energy has the largest percentage in HVAC among all building services installations and electric powered powered appliances. Without forfeit of thermal comfort, to reset the apt operating parameters, such as the chilled water warmth and provide air warmth, would have power keeping with immediate effect. For the typical financial building tasks, it is not difficult to acquire the quotation backgrounds for effective operation. However, for some special tasks, due to the specific design and control of the HVAC system, accepted settings may not be inevitably energy-efficient in daily operation. In this paper, the simulation-optimization approach was suggested for the productive power administration of HVAC system. Due to the perplexing interrelationship of the entire HVAC system, which routinely encompasses the water edge and air edge schemes, it is necessary to propose optimum settings for different procedures in answer to the dynamic cooling burdens and changing climate situation all through a year.

Plan

Plan has to be appropriate, realistic and achievable. Swetnam has written a general guide for any extended project or research is to plan to use only 75% of the supposed time available, which should be tentatively allocated as follows: -

Introduction5%

Literature review35%

Research methods10%

Data collection20%

Analysis15%

Conclusions and recommendations10%

Bibliography and appendices5%

Swetnam believes that this general balance holds good for a wide range of research types. However, scientific and experimental work may have the data collection part extended, particularly in higher degrees. The boundaries are not set and reading literature should be throughout the research. To do my research project I should allow approximately 30 weeks from start to finish. This timetable is going to be used as a rough guide as to when certain aspects of the project should start and finish.

CYCLE ONE

WEEK

TO DO

1 - 3

Construct research proposal

Draw up questionnaires

Permission

4 - 5

Submit proposal to school headmaster and governors

Interviews

6

Timetable interviews

7 - 9

Begin interviews, observations, focus groups and hand out questionnaires

Findings

10 - 15

Analysis and redefine problem(s)

15 - 17

Implement findings from cycle 1

CYCLE 2

17 - 20

Prepare draft report

Data Analysis

21 - 26

Begin full data analysis

Complete Dissertation

27 - 30

Write 12,000 word dissertation

Acknowledgements

I would take this opportunity to thank my research supervisor, family and friends for their support and guidance without which this research would not have been possible.

Table of contents

ABSTRACT2

PLAN3

ACKNOWLEDGEMENTS5

CHAPTER 1. INTRODUCTION7

CHAPTER 2. LITERATURE SEARCH/REVIEW/STATE OF THE ART9

Component-based plant simulation form of whole HVAC system9

Non-linearity and highly guarded environment of HVAC system12

Development of optimization methodologies for HVAC problems13

CHAPTER 3. EXPERIMENTAL/DESIGN CONCEPTS/ METHODOLOGY/ANALYSIS15

Methodology15

Research Method15

Literature Selection Criteria15

Search Technique16

Theoretical Framework16

CHAPTER 4. RESULTS/DESIGN (EMBODIMENT)/MODEL17

CHAPTER 5: CONCLUSIONS19

REFERENCES20

Liquid Desiccant air conditioner for solar Application

Chapter 1. Introduction

Introduction            Inadequate ventilation is a important difficulty affiliated with poor inside air value (IAQ). Ventilation is the method of conveying new clean air into the construction and tiring stale inside air out of the building. This is often finished by a heating scheme, ventilation, and air-conditioning scheme called a heating scheme, ventilating and air-conditioning (HVAC) ...