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Digital planet: How smart technologies can help us solve our climate and infrastructure challenges

Digital planet: How smart technologies can help us solve our climate and infrastructure challenges GM9OQ
When we think about innovation we often think about grand inventions, such as space ships to colonise other galaxies, or indeed, mobile phone apps. But too often we forget to notice innovation where it impacts us directly and tremendously: in the simple things of our everyday lives. Such as the way we pay for stuff, or what we also call “digital finance”. Digital finance refers to the way digital technologies, such as smart phones, online platforms, bitcoins and blockchain, can be used to manage, save, distribute and spend money. Over the past years, new technologies and software have emerged making it easier for people to make payments (think PayPal), or to raise crowd-fund money for projects (think GoFundMe). Great. But, what does this have to do with sustainability, you may be thinking? At the heart of sustainability lies the question of infrastructure and related investments. Infrastructure covers everything from roads and rail to power grids, water supply and phone antennas. All together it is responsible for 60% of global greenhouse gas emissions. That’s a colossal amount, and given the long-life spans of most infrastructure assets, many of these emissions won’t go away soon. Yet, infrastructure investments have been historically low for years, and with the rapid growth of both emerging and developing economies, there is a huge investment gap that calls to be filled. If the right decisions are taken, this gap could be addressed smartly and cleanly, especially, if new technologies, such as digital finance, are brought into play. Digital finance and digitilisation are already driving forward climate action, through the emergence of new business models, for example ‘pay-as-you-go’ for using decentralised solar devices in rural communities. They have unlocked new sources of finance, such as matching for investors and project owners. They are offering a wider range of sustainable choices and options for consumers, such as saving energy thanks to smart meters and real-time pricing for instance. This can give real hope to sustainability projects, which traditional banks had tended to avoid because of high costs and long payback periods. But now the technology has improved, as has the potential of clean infrastructure to meet people’s demands. Take, for example, institutional investors, such as banks, insurers and pension funds that hold trillions of dollars in infrastructure assets under management. Many of them are willing to fund more climate projects, and the money is there. But too often, because of the fragmented nature of the sector, these investors do not have enough information on existing projects that would meet their environmental criteria. This is a huge missed opportunity, which some are trying to address through digital tools that provide environmental evaluations of infrastructure assets. For example, GRESB Infrastructure is an initiative that develops environmental, social and governance scorecards and benchmark reports on infrastructure assets. It uses sophisticated IT tools to crunch data set indicators, such as energy consumption, GHG emissions, water consumption and waste. It currently brings together 75 investors that represent over US$18 trillion in institutional capital, and its activities to address material issues affecting sustainability projects, continue to grow. This is also not a standalone example, and many other efforts are underway to provide better data to financiers, to enhance project transparency and accountability, and to help shift those trillions of dollars towards low-emission infrastructure investments.
When we
think
about innovation we
often
think
about grand inventions, such as space ships to
colonise
other galaxies, or
indeed
, mobile phone apps.
But
too
often
we forget to notice innovation where it impacts us
directly
and
tremendously
: in the simple things of our everyday
lives
. Such as the way we pay for stuff, or what we
also
call “digital finance”.

Digital
finance
refers to the way digital
technologies
, such as smart phones, online platforms, bitcoins and blockchain, can be
used
to manage, save, distribute and spend money. Over the past years,
new
technologies
and software have emerged making it easier for
people
to
make
payments (
think
PayPal), or to raise crowd-fund money for
projects
(
think
GoFundMe).

Great.
But
, what does this
have to
do with sustainability, you may be thinking?

At the heart of sustainability lies the question of
infrastructure
and related
investments
.
Infrastructure
covers everything from roads and rail to power grids, water supply and phone antennas. All together it is responsible for 60% of global greenhouse gas emissions. That’s a colossal amount, and
given
the long-life spans of most
infrastructure
assets,
many
of these emissions won’t go away
soon
.

Yet
,
infrastructure
investments
have been
historically
low for years, and with the rapid growth of both emerging and developing economies, there is a huge
investment
gap that calls to
be filled
.

If the right decisions
are taken
, this gap could
be addressed
smartly
and
cleanly
,
especially
, if
new
technologies
, such as digital
finance
,
are brought
into play. Digital
finance
and
digitilisation
are already driving forward climate action, through the emergence of
new
business models, for
example
‘pay-as-you-go’ for using
decentralised
solar devices in rural communities. They have unlocked
new
sources of
finance
, such as matching for
investors
and
project
owners. They are offering a wider range of sustainable choices and options for consumers, such as saving energy thanks to smart meters and real-time pricing
for instance
. This can give real hope to sustainability
projects
, which traditional banks had tended to avoid
because
of high costs and long payback periods.
But
now
the
technology
has
improved
, as has the potential of clean
infrastructure
to
meet
people
’s demands.

Take, for
example
, institutional
investors
, such as banks, insurers and pension funds that hold trillions of dollars in
infrastructure
assets under management.
Many
of them are willing to fund more climate
projects
, and the money is there.
But
too
often
,
because
of the fragmented nature of the sector, these
investors
do not have
enough
information on existing
projects
that would
meet
their environmental criteria. This is a
huge missed
opportunity, which
some
are trying to address through digital tools that provide environmental evaluations of
infrastructure
assets. For
example
,
GRESB
Infrastructure
is an initiative that develops environmental, social and governance scorecards and benchmark reports on
infrastructure
assets. It
uses
sophisticated IT tools to crunch data set indicators, such as energy consumption,
GHG
emissions, water consumption and waste. It
currently
brings together 75
investors
that represent over US$18 trillion in institutional capital, and its activities to address material issues affecting sustainability
projects
, continue to grow. This is
also
not a standalone
example
, and
many
other efforts are underway to provide better data to financiers, to enhance
project
transparency and accountability, and to
help
shift those trillions of dollars towards low-emission
infrastructure
investments
.
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IELTS essay Digital planet: How smart technologies can help us solve our climate and infrastructure challenges

Essay
  American English
7 paragraphs
549 words
6.0
Overall Band Score
Coherence and Cohesion: 5.5
  • Structure your answers in logical paragraphs
  • ?
    One main idea per paragraph
  • Include an introduction and conclusion
  • Support main points with an explanation and then an example
  • Use cohesive linking words accurately and appropriately
  • Vary your linking phrases using synonyms
Lexical Resource: 5.0
  • Try to vary your vocabulary using accurate synonyms
  • Use less common question specific words that accurately convey meaning
  • Check your work for spelling and word formation mistakes
Grammatical Range: 6.5
  • Use a variety of complex and simple sentences
  • Check your writing for errors
Task Achievement: 6.0
  • Answer all parts of the question
  • ?
    Present relevant ideas
  • Fully explain these ideas
  • Support ideas with relevant, specific examples
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    Currently is not available
  • Meet the criteria
  • Doesn't meet the criteria
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