Smart Innovative Energy Systems: Reducing UAE's Ecological Footprint

This report investigates the role of smart and innovative energy systems in reducing the ecological footprint of the United Arab Emirates (UAE). With the UAE's rapid economic growth and increasing energy demands, the study emphasizes the importance of sustainable energy solutions to mitigate environmental degradation. The report reviews the UAE's ecological footprint initiatives, environmental impacts, current energy consumption patterns, and energy conservation policies. It highlights the potential of smart home energy management systems and the challenges of integrating renewable energy sources. A conceptual framework is presented, and a descriptive research design is employed, utilizing positivism to analyze data related to the energy crisis in the UAE. The report concludes by emphasizing the need for further research and development in smart energy technologies to promote sustainable development and reduce the UAE's ecological footprint, offering a detailed analysis of how the nation can balance economic growth with environmental responsibility.

Running head: SMART ENERGY SYSTEM
Smart Energy System
Name of the Student
Name of the University
Author Notes

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Abstract
The aim of the current research work is to focus upon the importance of smart energy efficiency
system that is implemented to deal with the challenges environmental degradation. In the context
of UAE, it is important to mention that it is one of the rapidly growing global economics. Hence,
it is essential to implement the techniques of smart and energy effective system that can help to
meet the demand of the rising energy needs of the UAE society.
The findings of the research are expected to highlight the main importance of the implementing
smart energy innovative systems in the context of the present situation.

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Table of Contents
Introduction......................................................................................................................................3
Background..................................................................................................................................3
Problem........................................................................................................................................3
Aim...............................................................................................................................................4
Objectives.....................................................................................................................................4
Literature Review............................................................................................................................5
UAE ecological footprint.............................................................................................................5
Environmental impact..................................................................................................................6
Current energy consumption........................................................................................................6
Energy Conservation....................................................................................................................7
Innovative system that helps the reduction..................................................................................8
Null Hypothesis............................................................................................................................8
Conceptual Framework................................................................................................................9
Methodology..................................................................................................................................10
Research Philosophy..................................................................................................................10
Research Design.........................................................................................................................10
Data Collection methods............................................................................................................11
Ethical Issues..............................................................................................................................11

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Interview Questions...................................................................................................................12
Main Findings and Interpretation..................................................................................................12
Discussion......................................................................................................................................14
Conclusion.....................................................................................................................................15
Reference.......................................................................................................................................17

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Smart innovative energy system and how it contributes to reducing the ecological footprint
of the United Arab Emirates
Introduction
Background
With the technological development occurring at a rapid rate, it is essential to have
advanced, smart and renewable sources of energy. The energy crisis is believed to be the
immediate impact of the same, which is one of the major cause of economic and environmental
crisis. Currently, the global society is mainly dependent on limited World’s resources for
production and supply of energy. The over-production of energy is also causing the issues of
environmental degradation (Sbia, Shahbaz & Hamdi, 2014). The introduction of the smart
innovation within the energy system is essential in the given context as it can produce cost
effective energy solutions. It is also possible to generate sustainable source of energy that are
needed to meet up with the energy crisis of the future generation.
The UAE is the third country in the globe after Japan and Switzerland to adopt innovative
smart energy techniques to deal with the issues of energy crisis and reduce the ecological
footprint of human activity.
Problem
The energy crisis and the environmental degradation are caused due to the over-
consumption of energy. This has resulted in the increase in the total amount of ecological
footprint. The global society in the modern day is mostly dependent upon the fossil fuel, which is
believed to be the root cause of all forms of energy crisis. In spite of that UAE is considered to

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have huge volume of natural resources, it is estimated that the same is not going to continue
forever. The oil resources of the nation are believed to deplete within next 40 to 50 years. This is
one of the biggest effects of rising ecological foot prints due to increased human activity.
The fast rate of UAE economic growth will help the nation to contribute for nearly half of
the total energy contribution all around the globe (Sbia, Shahbaz & Hamdi 2014). Nevertheless,
it is important to have alternate source of renewable energy. This is only possible by improving
the technological infrastructure of the nation and introducing the techniques of smart
innovations.
Aim
The aim of the study is to understand the importance of smart, innovative technology and
the ways it can help in reducing ecological footprints in UAE
Objectives
 To discuss the importance of smart innovative energy system
 To understand the importance of smart innovative energy system to reduce the ecological
footprint in UAE

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Literature Review
UAE ecological footprint
Being one of the top developing nations in the globe UAE has witnessed Rapid economic
growth in the last decades. This is automatically caused increased demand for energy and natural
resources that are needed to boost the manufacturing sector. In the year 2007 the Environment
ministry agency of UAE has initiated the idea of Ecological Footprint, which was done in
partnership with the Emirates Wildlife Society and WWF (UAE.Panda, 2018).
The main purpose of this parameter is to measure the Nation’s impact on the total volume
of natural resources that are being used by the country. It is done by calculating the rate of
natural resource consumption with that of the ability of a nation to renew the natural resources
(Taleb, 2014). The main purpose of measuring ecological footprint is to identify the scientific
cause of increasing environmental degradation and carbon footprint. It can also help in
developing scientific based policy. This process can be utilised in government affairs in dealing
with matters related to that of environmental policy.
According to the latest report, the ecological footprint of UAE dropped to 7.75 hectares
per person to that of 11.68 hectare in 2006 (UAE ecological footprint, 2018). Hence, the
initiative of ecological footprint has helped the nation by improving their sustainability factors.
In spite of rapid Urban Development, UAE has been able to control the environmental pollution.
After Switzerland and Japan, UAE is the third nation in the globe to initiate the concept of
ecological footprint.

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Environmental impact
Charfeddine and Khediri (2016), have mentioned about the fact that uncontrolled is the
primary cause of negative environmental impact. The country has the seventh largest Oil natural
reserve in the world, which is the major cause of environmental loss in the form of wildlife
destruction. The nation also has to face the issue of Limited agricultural land, most of which has
been destroyed by the agricultural firms.
With the total increase in the number of industrial business organisations, the Nation has
to face the challenge of sustainability (Asif, 2016). Due to lack of planning in sustainable
development programmes, the socio ecological balance has hugely been affected within the
nation. According to Al-Mulali et al., (2015), the parameter of ecological footprint has been quite
effective to measure the overall environmental impact that is caused due to the over exploitation
of natural oil Reserves. The activities of oil mining had huge impact upon the natural resources
of UAE.
Current energy consumption
With the Rapid rise of population and economic growth in UAE, the demand for
electricity and another source of energy continues to grow. By the year 2021, it is estimated that
the average demand for annual energy demands will grow at a rate of 5.6% per annum. It is also
estimated that the share of power generation from gas will reduce from 98% to 76% by 2021 due
to the increasing popularity of smart innovative energy solutions (Government.ae, 2018).
It is important to note that the energy industry plays a major role in shaping up the
economy of UAE. In the global market, the nation plays an important role in deciding upon the

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price of oil and petroleum products. This is mainly due to the fact that UAE is the fifth largest
Oil producing nation in the globe.
With the help of effective leadership and government policies it is possible for the
country to have high diversity in energy mix. This is also possible due to the sustainable
development measures that are being included in government planning. Government is also
investing in improving the existing Technology for resource conservation and renewable energy
development. This is believed to be one of the effective policies that aim to deal with the
challenge of rising energy consumption (Mancini et al., 2016).
Energy Conservation
According to Allcott and Rogers (2014), as the rate of energy consumption is rapidly
increasing due to over exploitation of natural resources, conservation policies are highly essential
in order to implement sustainable development for future generations. In general the aim of
energy consumption policy is to reduce the energy consumption with per capita demand level.
Nejat et al., (2015), have added that with lower rate of energy consumption it is possible to
reduce the cost of energy production. It can also help to reduce the ecological footprint that he is
causing environmental degradation problems for the society.
As the average rate of energy consumption is increasing in UAE every year, the policies
of energy conservation have been one of the major challenges. The introduction of smart and
effective energy producing policy is believed to be a major part of energy consumption planning.
According to Han et al., (2014), the implementation of Smart Home Energy Management
System is believed to the key for popularizing the techniques of sustainable energy consumption.
It can therefore help to improve the popularity of the renewable energy producing techniques.

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Khare, Nema and Baredar, (2016), have mentioned that integration of renewable energy system
in domestic and commercial purpose is highly challenging due to the unpredictable nature of its
efficiency rate. For example with solar energy producing technique that is one of the easiest
ways to produce renewable energy, there are high levels of uncertainty that includes natural
forces of sun and wind speed. The higher cost of maintenance in storing solar energy in the form
of electricity is also one of the major challenges that prevent its popularization.
Innovative system that helps the reduction
In order to improve the efficiency rate of renewable energy sources, it is essential to
invest more in research and development work of smart innovation techniques. One of the major
drawbacks of current form of energy producing technique is the loss that is caused due to
transportation of energy through long distances. Hence, Mathiesen et al., (2015) have suggested
that in order to implement smart energy solution it is highly essential to set up energy producing
plants near the urban areas, where it will be possible to reduce loss of electricity or energy that is
caused due to transportation.
It is also essential to design the commercial and domestic equipment that can help in less
volume of energy consumption. This can be implemented by introducing energy efficient
electronic gadgets and automobiles.
Null Hypothesis
H1: Smart energy solutions are responsible for reducing ecological foot print in the society of
UAE
H0: Smart energy solutions have no effects in reducing the ecological foot print in UAE

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Conceptual Framework
Figure: Conceptual Framework
Source: Author
UAE ecological footprint
Energy Conservation
Environmental impact
Innovative system that helps the
reduction
Current energy consumption

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Methodology
The research methodology chapter provides the overall framework of research designs
and techniques that will be used to collect data. This data will be analyzed effectively to draw
conclusions upon the research subject.
Research Philosophy
Positivism and interpretivism are the two main type of research philosophy that is
implemented in most investigation works. The positivism philosophy deals with real facts related
to the research problem. On the other hand, the interpretivism is dependent upon people's
perception of the given area of research. In other words, interpretivism is dependent upon the
opinion provided by the people about the research problem (Saunders et al., 2015).
For the given research work, the positivism philosophy will be used in order to use real
facts related to energy crisis in UAE. It can also help them to make logical conclusion about the
solutions that can be implemented to draw proper conclusion.
Research Design
The three main kinds of Research Design include explanatory, exploratory and
descriptive. The type of Research Design is selected based upon the am and research problem.
Psychological aspects of the research problem give prior importance in exploratory methods. In
case of explanatory method, the investigator aims to describe the data without understanding
their positive and negative outcome (Lewis, 2015).