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Page 1 Osman Ahmed/ Building Technologies Copyright © Siemens I-BT 2009. All rights reserved. Green Building Integration Lessons from Green Human Osman Ahmed [email protected] November 09, 2010 New York

Green Building Integration - AERTC

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Page 1: Green Building Integration - AERTC

Page 1 Osman Ahmed/ Building Technologies

Copyright © Siemens I-BT 2009. All rights reserved.

Green Building Integration

Lessons from Green Human

Osman Ahmed [email protected]

November 09, 2010

New York

Page 2: Green Building Integration - AERTC

© Siemens Building Technologies, Inc., All Rights Reserved

P.2

Green Resources Management (GRM)

(e.g. Water, Energy)

Characteristics: •Reduce •Renew •Reuse •Efficient

Products Characteristics:

•Materials •Packaging •Design

Sustainability

Axes of a green building

Indoor Environment (IEQ)

Characteristics: •Applications •Personalized environment •Healthfulness

Green Building Scope:

Page 3: Green Building Integration - AERTC

© Siemens Building Technologies, Inc., All Rights Reserved

P.3

Green Building Integration- Macro view:

3rd Party

•Solar •PV

3rd Party

•Geo-thermal HX •Geo-thermal heat pump

3rd Party

•Façade control

3rd Party

•---------

•Drives •Power management

A&D •Fuel cell •Wind turbine •Combined cycle Power Plant •Bio-fuel power plant

PG

PTD

•DS for solar, wind

Water technology

•Water filtration •Water conservation •Pollution prevention

OSRAM Lighting

•Adv. lighting •Lighting control •Conservation

Physical Integration

Siemens Eco-

Intelligence

•Building Automation •Life safety •Security

BT

Siemens Business Units

Page 4: Green Building Integration - AERTC

Page 4 Osman Ahmed/ Building Technologies

Copyright © Siemens I-BT 2009. All rights reserved.

Green Building Integration- Granular View:

Page 5: Green Building Integration - AERTC

Page 5 Osman Ahmed/ Building Technologies

Copyright © Siemens I-BT 2009. All rights reserved.

Fuel cell/Cogeneration

Geo-thermal

Micro- wind turbine

Solar heating Solar PV

Façade

Integration of Green Resources:

Page 6: Green Building Integration - AERTC

Page 6 Osman Ahmed/ Building Technologies

Copyright © Siemens I-BT 2009. All rights reserved.

Green Building Integration:

Current features and requirements: •Multi-faceted •Multi-levels- City, campus, buildings, floors, rooms, systems------ •Value proposition: Create new solutions and applications •Cost-effectiveness •Plug-n-play •Seamless •Adaptability and flexibility

Current solutions: •Interoperability •open protocol, standard communication language •Create drivers for systems & sub-systems levels integration

Page 7: Green Building Integration - AERTC

Human body Integration

Page 8: Green Building Integration - AERTC

• Similar to building control systems

• SMS connects to brain via spinal cord

• Responsible for:

– Body movement & sensing external stimuli

• Covers all neurons:

– Muscles, skin, & sense organs

• Sensing includes:

– Light, vibration, pressure, pain, T etc., • E-signal from receptor flows to the brain

through fibers

Receptor

Somatic Nervous System:

Page 9: Green Building Integration - AERTC

SNS- Process:

Sensory or receptor neurons

Ganglion Junction/Relay

Coordinator for processor inputs

and outputs

Core Information Conduit

Distribution channel (with local intelligence) that connects Spinal Cord and Sensory neurons and motors/actuators

Main processing unit

Reflex Arc. Local rapid action

between sensor and motor

Page 10: Green Building Integration - AERTC

Spinal cord:

C: Neck, arms T: Trunk, abdomen

L&S: Legs, bladder, bowel, & sex organs

•Dedicated location specific channels •Segmentation for both inputs and outputs

Page 11: Green Building Integration - AERTC

Spinal cord- X Section:

Segmented location specific input-output channels carrying electrical signals

Page 12: Green Building Integration - AERTC

Brain Organization

Brain Function

Brain- Main processor:

•Location Specific Processing •Supervisory learning using multi-dimensional interconnected processors or neurons

Page 13: Green Building Integration - AERTC

Proposed Building Nervous Systems:

Distributed junction/controllers with

local intelligence

Sensor signal

Actuator signal

Bundled input and output electrical signals

Output Input

Control and communication trunk

Location/System specific dedicated

processors w/ bundled sensor and actuators

specific input and output signals

Applications specific processing using I/O

signals

Sensor Actuator

Page 14: Green Building Integration - AERTC

Yet to Explore!

Yet to be explored!

Summary of human nervous systems:

Key features: •Free of language and protocol •Integration at sensor level •Point-to-point integration between sensing and processing •Distributed communication with built-in intelligence •Dedicated communication channels for specific locations •Sensor & Actuator specific bundled signals within channels •Distributed relays with built-in intelligence for handling local controls •Can be wired or wireless

Suggested Websites: 1. Wikipedia 2. Gray’s Anatomy 3. NIH 4. Howard Hughes Medical Institute

Key words search: Somatic Nervous System. Spinal Cord. Brain Sensory Information

Page 15: Green Building Integration - AERTC