[Music]
[Music]
[Applause]
thank you very much as well they presented me
my name in creixell I work as
professor of telematic engineering in the
technical university federico santa maría
a career that specializes in the
telecommunications integration
electronic and software and they will see my
presentation has a lot to do with that
and I’m also a researcher in the center
technological scientist to paradise a
center that is dedicated to research
in particle physics and part of
our job there is to integrate new
technologies and try to incorporate them into
society in the industry the
general partnership
they asked me the cell talks about
the city of tomorrow and it came first
feeling was like
because the city is where we live
very few issues where there are so many
transversality of concepts and things
happening in society
and the city of the city has grown with
humanity since the beginning of the
civilization together with technology
also therefore to focus
and what am I going to talk about in this presentation
I’m going to concentrate on three topics that is
energy transport and environment
what are three themes that are in the
city and if we can solve them in the
we can solve them in the world
and to start I would like to explain a
concept that is of the completion
normally when our area in the
technology area we make a prediction
of what is going to happen in the
future
we do not walk or near normally
we misjudged the predictions that say
it’s still a long time before this happens
happens before the predictions when
you say this happens very soon it does not happen
we can never see for example the case of
the movie go back to the future remember
that 2015 was the day of the year for the
movie about the good future not yet
we have cars that smell
for there are some things that do seem
in that prediction
then to be able to predict
what I want to do is actually
see processes that are happening and the
processes that are occurring are
processes that I want to call that many
you are familiar that are from
completion that is as in networks
social someone took a picture puts a
phrase of some famous politician
etcetera and people find it funny or
he finds it witty just shows
hates or whatever and shares it with
your friends and your friends to your friends and
that then goes around the world that’s
what the phenomenon completion
which is represented in the drawing there
and in this idea I want to talk to you
that that happens in technology has to
happen that first you have to contribute
a clear concrete value
because technology in and of itself is not
important
the important thing is the value that we
delivery technology
and in the case of the environment
I want to talk about a technology
that this is positive that is here
this device that is here costs
three dollars
in Chile
it costs three dollars I can connect it
sensors and if you notice
here is the antenna
that is, it can be communicated
wireless
has 4 megabytes of memory and in these
little eyes that is here
I can connect sensors
let’s think of quintero
think of puchuncaví
what could we do with this is to do
and quality measurement stations of
extremely cheap air that
it means cheap that we can
realize that we can put many and the
we can put monitoring in time
real
because what is the monitoring system
that we currently have and quintero
the number intoxicated in urgency
true
I come to the mountain technology this
it’s outrageous because we can do it
much better as a society
what do we do in the center of
investigation last year
with the s m that is the superintendency my
ambient
we develop 30 of these stations
to measure the air quality the
integrate the program the
we build and we pass them to the smg
to measure certain variables of the
air quality that was the material
particulate fine the temperature and the
humidity the people of the ‘week was
interested in measuring in testing four
cheap sensor brands and why
are interested in trying it because the
sensors one has to question
well this sensor is measuring well
exactly corresponds the reading of the
sensor to what is happening in the air
or is he lying to me then we put
these measuring stations near
the formal stations that you have in
santiago in each of the communes a
by commune one by commune
to be able to compare our development and
these sensors with the measurement
that we believe correct that is theirs
the result and I did this every five
minutes delivering information in time
Actual measurements
one of the brands of the sensors of
low price has worked very well
in the case returning to the case quintero
there would have to prove what kind of
sensors are the necessary ones because they are
gases seems more complicated but
Well we can do it for sure that
yes
that’s an example of how technology
bring value
it is useful and if it is cheap to be in
everywhere
I move to energy
the energy is super important as
to be able to develop the activity
economic to move to finally the
we use for everything
it is an extremely important concept
and that what is happening in the sector
energetic we have in Chile a
huge photovoltaic potential in the
north of chile we have understand the
better global conditions for
generation of solar energy either
photovoltaic or of another nature
and technology is allowing that
we can include these these panels
in our houses
the vehicles are changing
the new trend is that they are now
electrical or are going to be electrical several
brands are announcing volvo demente
that in a couple of years more is not going to
manufacture more combustion vehicles
internal to be just electric toyota
has made similar ads so no
it’s just tesla de usa that the tesla more
cheap until the last model was 80 thousand
Dollars
which means that I’m not going to have
never a tesla
maybe
that is not
the chair
but when nissan when toyota when
other brands that produce vehicles that
they are work vehicles and the normal thing is
that you may have that I can have
electrical is already an important change and
what does it mean then if we have
photovoltaic generation in the house
wind can also be at home I think
for example the houses of him
on wide beach
always wide and the wind
I would have the energy at night
we will have generation in the house
but we would also have storage
where the car battery
in the battery of the buses
where the buses and that energy are stored
which is stored
I could use it to sell it when I do not
I need it
why not
this figure that is here shows the
example of how what I’m saying is
is finalizing
this is a study says a company in
USA that is dedicated to collecting data
related data related energy and
that was going to be big data with that with that
information highlights some
conclusions
this result here they took for 10
215 thousand homes and they started to take
a series of variables so that for
to be able to determine what is the probability
of that house
put solar panels and now you
they will ask why it is important
because that is pretty good
besides the image thing but because it is
important because for the company
electric that wants to distribute
you have to buy or you have to
deliver energy in a sense and from
the home subscriber has to
receive therefore my infrastructure
you have to be prepared to be able
receive energy and that means because
traditionally the voltage as you
I approach the client is going down and
that is designed like that but when I have
generation at the extreme point that’s not
It happens like that and many times I have to
lift the tension lines to
be able to drive the cultural sites
and that investment is expensive and there it is in this
study to know where what
found and interesting
based a bit on what I’m saying
and is that of all the
input variables that was the first
the income 1 to put solar panels on
the house you have to have a house be
mediando the neighborhood that can be expensive
certain level of income
the second factor was within the
variables was if there are near in my neighborhood
people with solar panels
and then there was a huge amount of
variables to be able to determine this that
they were for example have investment in
mutual funds have dogs do not have
dog like activity in air
free etcetera to try
characterize what kind of people there and
estimate the probability of if you are going to put
solar panels the result
is that the variable that most influences is not
entry
it’s not how much the person or the
family
the most important variable is if my
neighbor put
that is like a meme or 100 put because
I do not
and that and the second variable that
explains this in the income but pretty
below in the power of prediction
and if more times we were put this increases
therefore it is conducting a
exponential phenomenon
I brake exponentially
the signal is this week in a
presentation of smart grid
that we organize with chilquinta huawei
and apparently by the people of the
electrical companies what is saying
it was a little
and why not because the medium
you have the data does not have the
information, the information of the
conclusions can not make decisions
this the scenario is now that you see
that the government is promoting in the
social housing put solar panels
that many people say this is ridiculous if
they’re going to put them in mid water they’re going
put it costs 500 thousand pesos a team
the inverter pure costs a million
pesos
it may be that there is criticism
reasonable but on the other hand I think that
they are doing the right thing
the government is with that policy
proposing the innovation propitiating the
and it is putting in check the
electric companies in those sectors
then the middle class and the class will come
accommodated what do I know but let’s put
in this scenario where I have another
generation
our legislation only I
can I sell to the company that wii
I can not put a smart plug
I come technology and these things I
they thrill then where they frustrate
let’s say or irritate me, they do not outrage me
perhaps and whole
that I would like to do it we can have a
smart plug outside with a
apparatus like this that in addition to the
students who have the talent the
time and lohana match
I’m going to leave the photo is not worn
the students that will be out there
they know that I do not know if they are right
good
what is it that I would like to put faith
smart with an application and that the
application automatically negotiate
with someone from an electric car the
price
of the energy that I am going to sell you
and I do not have and no one gets in because a
question of private
currently it can only be done
I can not do that even though my energy
in my house in my chufi is the car of the
another person etcetera agrees
we agree for regulation
he says we do not have to do that
That’s when you start like this
to cry
let me heal
so
as well as the government on the one hand
can use public policies
to promote innovation for
propitiate the also you can kill it in
other conditions
there are several examples he was around the bush
in several examples where the
legislation in chile has been fine was
for example in neutrality the network was what
first in the world
and the two hundred maritime miles of
exclusive economic you knew that
those new Chilean proposals
you can be innovative even
legislating
what else is happening in our
university for example here to install
a mega watt of photovoltaic energy in
the ceilings because we have many ceilings
and that is an initiative that is a pioneer
in South America and a university have
such generating capacity therefore
those of us who are free clients, I mean
to organizations that have a lot
consumption we can choose who sells us
energy and we are not bound to the
company to distribute to a clinic a
hospital a factory of a university
you can catch who buys them with this
we are reducing the cost
even selling if we have to spare
and our say carbon footprint
much more reduced
this an example in the USA where 50 houses
50 houses are used according to auto
generation and they exchange energy
using block chain basically what
What does this platform do?
can trade energy to auction
energy who buys who sells
automatic and safe way
and everyone can and transparent things as
what’s going on
that’s happening in a building can
happen that for example
put a building normally has a
major and remarcadores and the internal line
It is private and our regulation
fortunately, you can not get in there and
what energy but I can sell it
I have storage
valparaiso
to our country
the third problem of realization a
little negative and subject transportation
in chile had a million cars on
2000
we passed to 7 million
at present
last year they bought 390 thousand and
something new cars if I put them
Bumper with bumper arrived more
beyond quique
only with new cars without counting what
we have
that is, having a car is not the solution for
the cities of tomorrow
the solution of public transport
the green public transport solution
electric public transport with the
same vision of the porteños 150 years ago
years where we had 32
to electric sensors trolleybuses the
electric train
and now
we are going back to that
perhaps the solution is not in the future
but to look at the past and in the vision
of the old porteñas
[Music]
[Music]
[Applause]
thank you very much as well they presented me
my name in creixell I work as
professor of telematic engineering in the
technical university federico santa maría
a career that specializes in the
telecommunications integration
electronic and software and they will see my
presentation has a lot to do with that
and I’m also a researcher in the center
technological scientist to paradise a
center that is dedicated to research
in particle physics and part of
our job there is to integrate new
technologies and try to incorporate them into
society in the industry the
general partnership
they asked me the cell talks about
the city of tomorrow and it came first
feeling was like
because the city is where we live
very few issues where there are so many
transversality of concepts and things
happening in society
and the city of the city has grown with
humanity since the beginning of the
civilization together with technology
also therefore to focus
and what am I going to talk about in this presentation
I’m going to concentrate on three topics that is
energy transport and environment
what are three themes that are in the
city and if we can solve them in the
we can solve them in the world
and to start I would like to explain a
concept that is of the completion
normally when our area in the
technology area we make a prediction
of what is going to happen in the
future
we do not walk or near normally
we misjudged the predictions that say
it’s still a long time before this happens
happens before the predictions when
you say this happens very soon it does not happen
we can never see for example the case of
the movie go back to the future remember
that 2015 was the day of the year for the
movie about the good future not yet
we have cars that smell
for there are some things that do seem
in that prediction
then to be able to predict
what I want to do is actually
see processes that are happening and the
processes that are occurring are
processes that I want to call that many
you are familiar that are from
completion that is as in networks
social someone took a picture puts a
phrase of some famous politician
etcetera and people find it funny or
he finds it witty just shows
hates or whatever and shares it with
your friends and your friends to your friends and
that then goes around the world that’s
what the phenomenon completion
which is represented in the drawing there
and in this idea I want to talk to you
that that happens in technology has to
happen that first you have to contribute
a clear concrete value
because technology in and of itself is not
important
the important thing is the value that we
delivery technology
and in the case of the environment
I want to talk about a technology
that this is positive that is here
this device that is here costs
three dollars
in Chile
it costs three dollars I can connect it
sensors and if you notice
here is the antenna
that is, it can be communicated
wireless
has 4 megabytes of memory and in these
little eyes that is here
I can connect sensors
let’s think of quintero
think of puchuncaví
what could we do with this is to do
and quality measurement stations of
extremely cheap air that
it means cheap that we can
realize that we can put many and the
we can put monitoring in time
real
because what is the monitoring system
that we currently have and quintero
the number intoxicated in urgency
true
I come to the mountain technology this
it’s outrageous because we can do it
much better as a society
what do we do in the center of
investigation last year
with the s m that is the superintendency my
ambient
we develop 30 of these stations
to measure the air quality the
integrate the program the
we build and we pass them to the smg
to measure certain variables of the
air quality that was the material
particulate fine the temperature and the
humidity the people of the ‘week was
interested in measuring in testing four
cheap sensor brands and why
are interested in trying it because the
sensors one has to question
well this sensor is measuring well
exactly corresponds the reading of the
sensor to what is happening in the air
or is he lying to me then we put
these measuring stations near
the formal stations that you have in
santiago in each of the communes a
by commune one by commune
to be able to compare our development and
these sensors with the measurement
that we believe correct that is theirs
the result and I did this every five
minutes delivering information in time
Actual measurements
one of the brands of the sensors of
low price has worked very well
in the case returning to the case quintero
there would have to prove what kind of
sensors are the necessary ones because they are
gases seems more complicated but
Well we can do it for sure that
yes
that’s an example of how technology
bring value
it is useful and if it is cheap to be in
everywhere
I move to energy
the energy is super important as
to be able to develop the activity
economic to move to finally the
we use for everything
it is an extremely important concept
and that what is happening in the sector
energetic we have in Chile a
huge photovoltaic potential in the
north of chile we have understand the
better global conditions for
generation of solar energy either
photovoltaic or of another nature
and technology is allowing that
we can include these these panels
in our houses
the vehicles are changing
the new trend is that they are now
electrical or are going to be electrical several
brands are announcing volvo demente
that in a couple of years more is not going to
manufacture more combustion vehicles
internal to be just electric toyota
has made similar ads so no
it’s just tesla de usa that the tesla more
cheap until the last model was 80 thousand
Dollars
which means that I’m not going to have
never a tesla
maybe
that is not
the chair
but when nissan when toyota when
other brands that produce vehicles that
they are work vehicles and the normal thing is
that you may have that I can have
electrical is already an important change and
what does it mean then if we have
photovoltaic generation in the house
wind can also be at home I think
for example the houses of him
on wide beach
always wide and the wind
I would have the energy at night
we will have generation in the house
but we would also have storage
where the car battery
in the battery of the buses
where the buses and that energy are stored
which is stored
I could use it to sell it when I do not
I need it
why not
this figure that is here shows the
example of how what I’m saying is
is finalizing
this is a study says a company in
USA that is dedicated to collecting data
related data related energy and
that was going to be big data with that with that
information highlights some
conclusions
this result here they took for 10
215 thousand homes and they started to take
a series of variables so that for
to be able to determine what is the probability
of that house
put solar panels and now you
they will ask why it is important
because that is pretty good
besides the image thing but because it is
important because for the company
electric that wants to distribute
you have to buy or you have to
deliver energy in a sense and from
the home subscriber has to
receive therefore my infrastructure
you have to be prepared to be able
receive energy and that means because
traditionally the voltage as you
I approach the client is going down and
that is designed like that but when I have
generation at the extreme point that’s not
It happens like that and many times I have to
lift the tension lines to
be able to drive the cultural sites
and that investment is expensive and there it is in this
study to know where what
found and interesting
based a bit on what I’m saying
and is that of all the
input variables that was the first
the income 1 to put solar panels on
the house you have to have a house be
mediando the neighborhood that can be expensive
certain level of income
the second factor was within the
variables was if there are near in my neighborhood
people with solar panels
and then there was a huge amount of
variables to be able to determine this that
they were for example have investment in
mutual funds have dogs do not have
dog like activity in air
free etcetera to try
characterize what kind of people there and
estimate the probability of if you are going to put
solar panels the result
is that the variable that most influences is not
entry
it’s not how much the person or the
family
the most important variable is if my
neighbor put
that is like a meme or 100 put because
I do not
and that and the second variable that
explains this in the income but pretty
below in the power of prediction
and if more times we were put this increases
therefore it is conducting a
exponential phenomenon
I brake exponentially
the signal is this week in a
presentation of smart grid
that we organize with chilquinta huawei
and apparently by the people of the
electrical companies what is saying
it was a little
and why not because the medium
you have the data does not have the
information, the information of the
conclusions can not make decisions
this the scenario is now that you see
that the government is promoting in the
social housing put solar panels
that many people say this is ridiculous if
they’re going to put them in mid water they’re going
put it costs 500 thousand pesos a team
the inverter pure costs a million
pesos
it may be that there is criticism
reasonable but on the other hand I think that
they are doing the right thing
the government is with that policy
proposing the innovation propitiating the
and it is putting in check the
electric companies in those sectors
then the middle class and the class will come
accommodated what do I know but let’s put
in this scenario where I have another
generation
our legislation only I
can I sell to the company that wii
I can not put a smart plug
I come technology and these things I
they thrill then where they frustrate
let’s say or irritate me, they do not outrage me
perhaps and whole
that I would like to do it we can have a
smart plug outside with a
apparatus like this that in addition to the
students who have the talent the
time and lohana match
I’m going to leave the photo is not worn
the students that will be out there
they know that I do not know if they are right
good
what is it that I would like to put faith
smart with an application and that the
application automatically negotiate
with someone from an electric car the
price
of the energy that I am going to sell you
and I do not have and no one gets in because a
question of private
currently it can only be done
I can not do that even though my energy
in my house in my chufi is the car of the
another person etcetera agrees
we agree for regulation
he says we do not have to do that
That’s when you start like this
to cry
let me heal
so
as well as the government on the one hand
can use public policies
to promote innovation for
propitiate the also you can kill it in
other conditions
there are several examples he was around the bush
in several examples where the
legislation in chile has been fine was
for example in neutrality the network was what
first in the world
and the two hundred maritime miles of
exclusive economic you knew that
those new Chilean proposals
you can be innovative even
legislating
what else is happening in our
university for example here to install
a mega watt of photovoltaic energy in
the ceilings because we have many ceilings
and that is an initiative that is a pioneer
in South America and a university have
such generating capacity therefore
those of us who are free clients, I mean
to organizations that have a lot
consumption we can choose who sells us
energy and we are not bound to the
company to distribute to a clinic a
hospital a factory of a university
you can catch who buys them with this
we are reducing the cost
even selling if we have to spare
and our say carbon footprint
much more reduced
this an example in the USA where 50 houses
50 houses are used according to auto
generation and they exchange energy
using block chain basically what
What does this platform do?
can trade energy to auction
energy who buys who sells
automatic and safe way
and everyone can and transparent things as
what’s going on
that’s happening in a building can
happen that for example
put a building normally has a
major and remarcadores and the internal line
It is private and our regulation
fortunately, you can not get in there and
what energy but I can sell it
I have storage
valparaiso
to our country
the third problem of realization a
little negative and subject transportation
in chile had a million cars on
2000
we passed to 7 million
at present
last year they bought 390 thousand and
something new cars if I put them
Bumper with bumper arrived more
beyond quique
only with new cars without counting what
we have
that is, having a car is not the solution for
the cities of tomorrow
the solution of public transport
the green public transport solution
electric public transport with the
same vision of the porteños 150 years ago
years where we had 32
to electric sensors trolleybuses the
electric train
and now
we are going back to that
perhaps the solution is not in the future
but to look at the past and in the vision
of the old porteñas
[Music]
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