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Future	
  city?	
  

CIR Smart Homes & Cleanpower 2013
www.hvm-uk.com 	
  
–	
  but	
  s.ll	
  the	
  same	
  old	
  pipes!	
  

London	
  Feb	
  	
  	
  2013	
  

Ohio	
  Jul	
  	
  	
  2013	
  

...
Connec.ng	
  the	
  water	
  industry	
  to	
  
an	
  Internet	
  of	
  Things?	
  
Integra.on	
  of	
  M2M	
  and	
  Whit...
st	
  big	
  data	
  app	
  in	
  water	
  
1854	
  –	
  the	
  1

•  John	
  Snow,	
  grandfather	
  of	
  
drinking	
  w...
New	
  technology	
  ||	
  New	
  possibili.es	
  

1851	
  
th	
  America’s	
  Cup	
  
34

2013	
  
The	
  world	
  is	
  changing	
  rapidly...	
  
SCADA	
  
-­‐  Hierarchical	
  
-­‐  Proprietary	
  
-­‐  Bespoke	
  
•  ...
Integra.ng	
  separate	
  data	
  resources	
  

SCADA	
  
Real-­‐.me	
  opera.onal	
  
control	
  and	
  automa.on	
  
Pi...
Standards	
  –	
  a	
  key	
  enabler	
  
8
7
6
5
4
3
2
1

	
  Global	
  Standards	
  
	
  Na.onal	
  
	
  
	
  Standards	...
 Applica.ons	
  Framework	
  
Performance	
  Metrics,	
  KPIs	
  

Customer	
  

Decision-­‐	
  support	
  systems	
  
Com...
Standard	
  	
  	
  Apps	
  

Powered	
  by	
  

SaaS	
  	
  -­‐	
  SCADA	
  as	
  a	
  service	
  
WaterWorX	
  IOT	
  Stack	
  
Apps	
  
SemanBc	
  
Interoperability	
  
Model	
  

SWIM	
  

SaaS	
  model	
  

WaterWorX	...
Apps:	
  	
  
• Pumping	
  energy	
  management	
  
Demand	
  curve	
  

• 3%	
  of	
  UK	
  energy	
  demand	
  
• Lowest...
Interoperability	
  
A	
  
Condi.on-­‐
based	
  
Maintenance	
  

Hydraulic	
  Model	
  

B	
  

L	
  

L	
  
Pump	
  cont...
Wireless	
  Communica.ons	
  networks	
  
•  GSM	
  

–  Requires	
  medium	
  power	
  
–  Designed	
  for	
  high	
  dat...
Why	
  IoT	
  in	
  water?	
  
• 
• 
• 
• 
• 
• 
• 

Improved	
  energy	
  efficiency	
  
Efficient	
  deployment	
  of	
  lab...
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Reynolds of Aquamatix at Smart Homes 2013 Cambridge

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Veröffentlicht am

http://www.hvm-uk.com/smarthomes
http://www.hvm-uk.com/smartgrids

Veröffentlicht in: Technologie, Business
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Reynolds of Aquamatix at Smart Homes 2013 Cambridge

  1. 1. Future  city?   CIR Smart Homes & Cleanpower 2013 www.hvm-uk.com  
  2. 2. –  but  s.ll  the  same  old  pipes!   London  Feb      2013   Ohio  Jul      2013   $3.6bn  of  $100bn  -­‐  $400bn   IFC;  SWAN  2012  
  3. 3. Connec.ng  the  water  industry  to   an  Internet  of  Things?   Integra.on  of  M2M  and  White  Space   to  create  smart  water  systems.  
  4. 4. st  big  data  app  in  water   1854  –  the  1 •  John  Snow,  grandfather  of   drinking  water   •  Broad  street  cholera   outbreak   •  Iden.fied  importance  of   primary  sanita.on  and   link  to  health.   •  Led  to  Sewerage  system   and  wastewater  networks  
  5. 5. New  technology  ||  New  possibili.es   1851   th  America’s  Cup   34 2013  
  6. 6. The  world  is  changing  rapidly...   SCADA   -­‐  Hierarchical   -­‐  Proprietary   -­‐  Bespoke   •  Distribu.on   networks   •  Supply-­‐chains   Networks   •  Specialist  Service   -­‐  Interconnected   providers   -­‐  Mul.-­‐vendor   •  Customers   -­‐  Standardised   6  
  7. 7. Integra.ng  separate  data  resources   SCADA   Real-­‐.me  opera.onal   control  and  automa.on   Pinsent  Masons:  Wet   Wednesday,  26  June  2013   Business  Systems   Enterprise  asset   management   Copyright  ©  2013  Aquama.x  Limited.  All   rights  reserved.   People   Unstructured  data   (knowledge  assets)   7  
  8. 8. Standards  –  a  key  enabler   8 7 6 5 4 3 2 1  Global  Standards    Na.onal      Standards    Company      Policy    Business  logic  Op.    Rules    Seman.cs  Meaning  of  data    Syntax      Unicode    Network    TCP,  XMPP,  MQTT    Connec.on    IP/Modbus   NIST  SGiP  
  9. 9.  Applica.ons  Framework   Performance  Metrics,  KPIs   Customer   Decision-­‐  support  systems   CommunicaBon  Protocols   Sensors   Models   S   Actuator   A   Real-­‐Bme  control   LEGACY   Enterprise  IntegraBon   VisualisaBon   GIS  
  10. 10. Standard      Apps   Powered  by   SaaS    -­‐  SCADA  as  a  service  
  11. 11. WaterWorX  IOT  Stack   Apps   SemanBc   Interoperability   Model   SWIM   SaaS  model   WaterWorX   TOOLS   WaterWorX   NoSQL   Graph    DB   WaterWorX   Copyright  ©  2013  Aquama.x  Limited.  All   rights  reserved.  
  12. 12. Apps:     • Pumping  energy  management   Demand  curve   • 3%  of  UK  energy  demand   • Lowest  cost/risk  scheduling                  System  Curve   • Performance  benchmarking    Energy  Tariff   Pump  schedule   • Demand  response   • Integrated                                                          tools   Pump  curve   Copyright  ©  2013  Aquama.x  Limited.  All   rights  reserved.   12  
  13. 13. Interoperability   A   Condi.on-­‐ based   Maintenance   Hydraulic  Model   B   L   L   Pump  controllers   D   L   C   L   I   Local   Variables   L   Interoperable   Variables   Copyright  ©  2013  Aquama.x  Limited.  All   rights  reserved.   Flow  &  pressure  sensors  
  14. 14. Wireless  Communica.ons  networks   •  GSM   –  Requires  medium  power   –  Designed  for  high  data-­‐rates   –  Too  costly  for  ubiquitous  sensors   –   High  frequency  =  poor  range/penetra.on   –  Congested  when  scaling   –  Asynchrounous   •  Whitespace  (Weightless)   –  Ultra-­‐low  power,  5yr  bakery   –  Low-­‐frequency  470mHz  =  2-­‐5km  range  +  good   penetra.on   –  Low-­‐cost,  1/20th  GSM  cost   –  Scalable  –  100,000  nodes  
  15. 15. Why  IoT  in  water?   •  •  •  •  •  •  •  Improved  energy  efficiency   Efficient  deployment  of  labour   Predic.ve  asset  health  &  condi.on  monitoring   Extend  asset  life  and  func.on   Fewer  failures  =  higher  availability  (measurable)   Improved  service  standards   Water  quality  monitoring  –  safety  &  security  

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