PhD PROPOSAL
TECHNOLOGY TO SOLVE THE
PROBLEMS
GREEN TECHNOLOGY - SOLAR
ENERGY IN SMALL SCALE (INDIVIDUAL)
Ir. SHUHAILI BIN CHE KOB
(P.ENG, MIEM, MBA)
Keywords: Technology, Solar, Small Scale, Green Technology, Problems, Individual,
alternative energy, global warming, photovoltaic cells, electricity, CO2
emission, green house,
CONTENTS
RESEARCH AIMS AND OBJECTIVES
LITERATURE REVIEW
Background
Rationale
Questions
METHOD
Philosophical Context
Methodical Content
Methodical Clusters
(Research strategy)
Data Collection Techniques
Data Analysis Technique
Research Contribution
ETHICAL REQUIREMENTS
TIMELINE
REFERENCES
RESEARCH AIMS AND OBJECTIVES
The aim of the proposed research is to
examine how technology in this case Green technology especially using Solar
Energy to solve the problem in daily life. With the threat of global warming,
and the gradual depletion of petroleum suppliers, it is natural to ask “why we
don't use more solar energy?"
LITERATURE REVIEW
The review will be in the three parts.
First, a brief background using solar energy research, second, some rationale
to the gaps being investigated, third, questions that will be explored.
Background
What is Green Technology?
The term "Green Technology" has
been adopted over a few years to identify a group of industries and industrial
applications which exploit the commercial value of technologies that benefit
the environment; particularly as it impacts the human condition. Green
Technology is almost entirely materials science based. Solar energy panels and
pollution-free recyclable automobiles rely on advances in material science for
their success. Much of the coming green revolution also relies on the
availability of “Alternative Energy" sources to both eliminate the
emission of green house gases that cause global warming and to make the limited
resources we have on the planet perpetually "sustainable".
Alternative energy is defined as both energy sources other than mined
hydrocarbons (e.g. Solar energy in replacement of oil and natural gas) as well
as alternative methods to process mined hydrocarbons that are more efficient
than current means (e.g. Use of fuel cells in replacement of combustion
engines).
How are Green Technologies used today?
The vast number of “Green Technologies”
falls into one of broad categories. These are:
1. Those
intended to deal with global warming by either reducing green house gas
emissions or in the alternative its potential harmful effects on the planet
2. Those
technologies associated with establishing economic '"sustainable
growth" with includes recycling, resource reduction and many aspects of
the biosciences.
Rationale
The research will explore the using of
alternative energy, Green Technology or Clean energy that is solar energy. We
use the technology we have now that very cheap. As technologies to produce
free, clean electricity become cheaper and more efficient, we just replace the
older technology with the newer technology.
When oil is no longer used to power vehicles,
there will be so much supply that it will start being used for houses,
buildings, and other structures that need to be made inexpensive, low
maintenance, look good and last as long as possible. Environmentalist is always
saying that plastic is not biodegradable and stays in the environment forever.
That is bad when used for throwaway products, but it is a very good thing when
it comes to people's houses and buildings, because the longer they last and the
easier to maintain, the better. We want structures to last and not need costly
maintenance. Termites do not eat plastic, and it does not rust like steel.
Houses made of plastic would not be hurt in floods or earthquakes, and they
will be so light that they would be easy to move. We can mold whole walls with
the spaces for windows and doors molded in any color and texture. It will never
need paint.
It will stop global warming, because it will
trap the carbon dioxide in plastic, it incentives to make it profitable for
them to do what we want them to do. It also will not pollute the air.
Questions
The proposed research will contribute at
both the theoretical and empirical levels to the enhanced understanding of the
using solar energy as an alternative energy for the future.
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