w presentation may2009

7/24/2019 W Presentation MAY2009

http://slidepdf.com/reader/full/w-presentation-may2009 1/27

Welcome to Hybrid Buildings Welcome to Hybrid Buildings

an

u ura

us a na yan

u ura

us a na y

Green tip#1

Holistic approachHolistic approach

5



6



Integration

AIR LOOP

. .

CONNECTION TO

H.C.DIFFUSERCONCRETEPLUG/INSERTPOWER/LIGHTINGTELEP

HONE/DATA

34

s ar s w an eng neere p an



Energy Lab - 24/7

7



How to implement local storage in a Hybrid Building

How energy is stored in the Hybrid building

How Hybrid building can take on variable power sources like:

•SOLAR

8

•

•WAVE

•GEOTHERMAL



w erma s orage

10



IntegrationIntegration

Integrated Air, Electrical & Data Systems are

15



INTEGRATION AS A VALUE FACTORINTEGRATION AS A VALUE FACTOR

Integrated Radiant & Thermal Storage Systems are

16



Sheridan High Technology College Sheridan High Technology College

This building was built on a very modest budget. They

key objective was to introduce technology that reflects the

need to conserve energy not just for current fuel costs, but

those in 15 and 20 years. Michael Leckman, Principal,Diamond and Schmitt Architects Inc.

19



FIRE & EMERGENCY SERVICES TRAINING FIRE & EMERGENCY SERVICES TRAINING

,

, Mississauga, Ont., Canada

“The main building couldn’t haveachieved the large energySolar WallSolar Wall

technology. Hollow core slabs are

cost effective industry standardproducts that are well known todesigners and were easy toada t to rovide the re uired

thermal mass.” Carol Kleinfeldt,Carol Kleinfeldt,

Kleinfeldt Mychajlowycz ArchitectsKleinfeldt Mychajlowycz ArchitectsAIA 2007 Award winner

20



Brock university, Plaza 2006Brock university, Plaza 2006St.Catherins, Ontario

We anticipate significantenergy savings over that ofa more conventionally

improved occupant comfort.

Initial results are favorable.”

Scott Walker, Manager Campus

Planning, Design and Construction

Ph sical Plant Brock Universit .

Green Tip #1. Night Pre-cooling

21



BROCK UNIVERSITY BROCK UNIVERSITY

“

high marks for versatility,innovative and energyefficient systems that

could be called culturalsus a na y.

Pamela Youn

CFM&D, July 2008

22



Humber College, 90.000 Humber College, 90.000 sq.ftsq.ft. .

nc

ampusnc

ampus

Humber goes hybrid.23



TYPICAL DUCT CONNECTION TYPICAL DUCT CONNECTION

39



Simple and Flexible supply air distribution 40



SMART FLOORSSMART FLOORS

Thermal inertia of building materials is, .

46



Value Factor #2 Value Factor #2 ‐‐MindsetMindset

EDUCATIONEDUCATION helps to

scover ow super-c argeconcrete can be a source of:

– energy efficiency,

–

– lower carbon foot print.

= com ellin ro ect economics.= com ellin ro ect economics.

48



Value Factor # 3Value Factor # 3

Ice Storage orExhausted FORMAT

hermal Storage.termobuild.com

49CO2CO2 DetoxDetox + peak

load

shifting+

peak

load

shifting



VALUE FACTOR # 5VALUE FACTOR # 5

SimplicitySimplicity

inflexible and wasteful routines51



BUILDING SHAPES BUILDING SHAPES ‐‐ A A

57



BUILDING SHAPES BUILDING SHAPES ‐‐ B B

58



BUILDING SHAPES BUILDING SHAPES ‐‐ C C

59



Car ets

and

heated

floorsCar ets

and

heated

floorsCar ets

and

heated

floorsCar ets

and

heated

floors

Carpets suitable for radiant floors

offer good comfort.

62



DIFFUSERSDIFFUSERS

63



ELECTRICAL

84



HAWTHORNE PUBLIC SCHOOLHAWTHORNE PUBLIC SCHOOL

•Hollow core roof slabs

Construction stage:

•Insulated/solid wall panels•Fast installation.•No waste

86



PUBLIC SCHOOL PROJECTPUBLIC SCHOOL PROJECT

Bearing walls are precast concrete with insulated exterior walls. .

87

w presentation may2009

Documents