Groundbreaking evolution towards
ZERO ENERGY BUILDINGS
New technologies for building power distribution
Hi everyone,
I’m Elio Burguera (@ecburguera)
and I would like to share with you some
information about new green building technologies,
mainly focusing on the future of Zero Energy Buildings
Cities are growing faster
and buildings are getting taller
Construction output worldwide
will grow more than 70%, to
$15 trillion by 2025
U.S. Department of Energy
buildings account for
more than 40 %
of total energy usage
U.S. Department of Energy
and
nearly 70 %
of total electricity generated
In this way, Net Zero Energy Buildings
represent a great solution for
a sustainable energy future
National Renewable Energy Laboratory of the U.S. Department of Energy Office
are residential or commercial buildings
with greatly reduced energy needs
through efficiency gains, such that the
balance of energy needs can be supplied
with renewable technologies within
Net Zero Energy Buildings
We address this challenge …
20302025202020152010
Net Zero grid usage
Increasing Renewables
But also…
20302025202020152010
Net Zero grid usage
Increasing Renewables
Increasing efficiency
• The lack of new technologies
for architects and engineers
• Increased construction cost
for developers and owners
It looks simple, but
Zero Energy Buildings still have strong
barriers to grow, mainly because of:
There is an unmet need for more
competitive technologies to allow every
building to become a Net Zero Energy
Building…
without any over cost
for developers and owners
To sum up
Some of the most important cost
elements are:
• Renewable energy sources
• High efficient Lighting
• Energy management systems
• Intelligent metering
• High efficient A/C and other
mechanical equipment
• Efficient thermal insulations
All of them represent high construction
costs, but currently there are large
investments in research looking to
increase the efficiency and reduce cost
on all these fields.
However, there is one
that has gone unnoticed:
Building
Power Distribution
Building Power Distribution is
an essential element of
cost and time delivery
in construction
…for more than a Century
cables and pipes have been
commonly used to distribute power in buildings,
…a complex, labor intensive
and expensive job
but it has been and is
This is a picture of the brand new expansion of the second biggest airport in the US
a simpler and greener alternative ?
but, is there
Yes, there is…
has proven to be the simplest and most
efficient system for power distribution.
Busway systems
…and it requires
70% less time and
labor to be installed
the busway technologies, that are currently
in use, were designed more than 50 years
ago and were meant to be used in large
industries, not in buildings.
That’s good news, but…
Therefore, the market is still urging for
more efficient and competitive
technologies
specifically
designed for buildings
recently,
something has come:
Shielded Paired Phase
busway technology
Let’s take a look at this technology
US Patent 7,786,382 B2
Electbus’ Shielded Paired Phase
Busway Technology
By shielding the pairs,
the electromagnetic fields are canceled
T1S1
T2 R2 S2
R1
Improving transmission efficiency
by nearly 25%
and reducing cost
by over 20%
and developed with plenty of details
specifically tailored for buildings
simple,
more efficient and
very competitive technology
a breakthrough in
building power distribution
more than a great product,
it really is…
a groundbreaking
concept on engineering
C
C
C
Integrated Power Backbone
It’s called
• Simple on engineering
• Simple on installation
• Simple on maintenance
TM
Power and control through the same bus
Proper power distribution can be
the best insurance for users in a building
But also
safer and more reliable.
With an amazing market
based on clean energies
on construction
Oxford Economics, Fredonia, Navigant Research and other sources
US & Canada $14.75 billion
Latin American $4.93 billion
Other markets $109.97 billion
$130 billion by 2018
Integrated Power Backbone
global market, will reach
TM
Let’s take a look at the future
Let’s take a look
at the future
Power distribution systems have had
little improvement since the original
patents of Thomas Edison and Nicola
Tesla…
developed at the beginning
of the 20th century
Do you think
this will remain the same
during this century ?
Of course not.
The complex and costly power network
will be gradually replaced by a simpler
and more efficient system to guarantee
a clean energy future
It will be simple,
efficient and reliable
Jeremy Rifkin
Using Internet technology to transform the
power grid of every continent into an
”energy-sharing inter-grid” that acts just like
the Internet where millions of buildings are
generating small amounts of energy locally,
on-site.
dc distribution
is making a come back
Once a micro-grid generates its own
power, AC high voltage transmission
makes no sense, because there are no
long distances to overcome
dc distribution
is making a come back
Once a micro-grid generates its own
power, high voltage transmission
makes no sense, because there are no
long distances to overcomeIt’s not a revolution, it is evolution
…more precisely
a groundbreaking
evolution
Simple but powerful technologies for
building power distribution
www.buildingpowerdistribution.com

A groundbreaking evolution towards - ZERO ENERGY BUILDINGS

  • 1.
    Groundbreaking evolution towards ZEROENERGY BUILDINGS New technologies for building power distribution
  • 2.
    Hi everyone, I’m ElioBurguera (@ecburguera) and I would like to share with you some information about new green building technologies, mainly focusing on the future of Zero Energy Buildings
  • 3.
    Cities are growingfaster and buildings are getting taller
  • 4.
    Construction output worldwide willgrow more than 70%, to $15 trillion by 2025
  • 5.
    U.S. Department ofEnergy buildings account for more than 40 % of total energy usage
  • 6.
    U.S. Department ofEnergy and nearly 70 % of total electricity generated
  • 7.
    In this way,Net Zero Energy Buildings represent a great solution for a sustainable energy future
  • 8.
    National Renewable EnergyLaboratory of the U.S. Department of Energy Office are residential or commercial buildings with greatly reduced energy needs through efficiency gains, such that the balance of energy needs can be supplied with renewable technologies within Net Zero Energy Buildings
  • 9.
    We address thischallenge … 20302025202020152010 Net Zero grid usage Increasing Renewables
  • 10.
    But also… 20302025202020152010 Net Zerogrid usage Increasing Renewables Increasing efficiency
  • 11.
    • The lackof new technologies for architects and engineers • Increased construction cost for developers and owners It looks simple, but Zero Energy Buildings still have strong barriers to grow, mainly because of:
  • 12.
    There is anunmet need for more competitive technologies to allow every building to become a Net Zero Energy Building… without any over cost for developers and owners To sum up
  • 13.
    Some of themost important cost elements are: • Renewable energy sources • High efficient Lighting • Energy management systems • Intelligent metering • High efficient A/C and other mechanical equipment • Efficient thermal insulations
  • 14.
    All of themrepresent high construction costs, but currently there are large investments in research looking to increase the efficiency and reduce cost on all these fields.
  • 15.
    However, there isone that has gone unnoticed: Building Power Distribution
  • 16.
    Building Power Distributionis an essential element of cost and time delivery in construction
  • 17.
    …for more thana Century cables and pipes have been commonly used to distribute power in buildings,
  • 18.
    …a complex, laborintensive and expensive job but it has been and is
  • 19.
    This is apicture of the brand new expansion of the second biggest airport in the US
  • 20.
    a simpler andgreener alternative ? but, is there
  • 21.
  • 22.
    has proven tobe the simplest and most efficient system for power distribution. Busway systems
  • 23.
    …and it requires 70%less time and labor to be installed
  • 24.
    the busway technologies,that are currently in use, were designed more than 50 years ago and were meant to be used in large industries, not in buildings. That’s good news, but…
  • 25.
    Therefore, the marketis still urging for more efficient and competitive technologies specifically designed for buildings
  • 26.
    recently, something has come: ShieldedPaired Phase busway technology
  • 27.
    Let’s take alook at this technology
  • 28.
    US Patent 7,786,382B2 Electbus’ Shielded Paired Phase Busway Technology By shielding the pairs, the electromagnetic fields are canceled T1S1 T2 R2 S2 R1
  • 29.
    Improving transmission efficiency bynearly 25% and reducing cost by over 20%
  • 30.
    and developed withplenty of details specifically tailored for buildings simple, more efficient and very competitive technology a breakthrough in building power distribution
  • 31.
    more than agreat product, it really is… a groundbreaking concept on engineering
  • 32.
    C C C Integrated Power Backbone It’scalled • Simple on engineering • Simple on installation • Simple on maintenance TM Power and control through the same bus
  • 33.
    Proper power distributioncan be the best insurance for users in a building But also safer and more reliable.
  • 34.
    With an amazingmarket based on clean energies on construction Oxford Economics, Fredonia, Navigant Research and other sources US & Canada $14.75 billion Latin American $4.93 billion Other markets $109.97 billion $130 billion by 2018 Integrated Power Backbone global market, will reach TM
  • 35.
    Let’s take alook at the future
  • 36.
    Let’s take alook at the future Power distribution systems have had little improvement since the original patents of Thomas Edison and Nicola Tesla… developed at the beginning of the 20th century
  • 37.
    Do you think thiswill remain the same during this century ?
  • 38.
    Of course not. Thecomplex and costly power network will be gradually replaced by a simpler and more efficient system to guarantee a clean energy future
  • 39.
    It will besimple, efficient and reliable Jeremy Rifkin Using Internet technology to transform the power grid of every continent into an ”energy-sharing inter-grid” that acts just like the Internet where millions of buildings are generating small amounts of energy locally, on-site.
  • 40.
    dc distribution is makinga come back Once a micro-grid generates its own power, AC high voltage transmission makes no sense, because there are no long distances to overcome
  • 41.
    dc distribution is makinga come back Once a micro-grid generates its own power, high voltage transmission makes no sense, because there are no long distances to overcomeIt’s not a revolution, it is evolution
  • 42.
  • 43.
    Simple but powerfultechnologies for building power distribution www.buildingpowerdistribution.com