Page 33 - European Energy Innovation - Winter 2015 publication
P. 33
Winter 2015 European Energy Innovation 33
COMMUNICATION
Connecting Smart City Objects
When many devices are deployed ZLUHOHVV0%XVSURWRFRO,WLVH[WUHPHO\
in the “Internet of Things” (IoT)
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applications, data must be gathered
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communication platform can enable the “many
billions” of smart objects in a future Smart Cities OHYHO6LQFHLWLVEDFNHGE\(76,LWLVZLGHO\
scenario and any sort of low power, wide coverage
M2M communication will be a core technology for DSSOLFDEOHDQGFDQEHXVHGE\H[LVWLQJ
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be the dominant access technologies? WHOHFRPRSHUDWRUV$/0$1$&SDUWQHU
Telecom Italia is now planning to roll out
The ALMANAC Project (Reliable Smart Secure capillary networks in four Italian cities: in
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Parma for gas, water and electricity in rural
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recent ALMANAC workshop, telecommunication
operators and regulators discussed the future access IRUJDVZDWHUSXEOLFOLJKWLQJDQGWHOH
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Workshop participants pointed out that today’s
cellular technologies have wide coverage but The integration of capillary networks Capillary network
JHQHUDOO\UHTXLUHWRRPXFKSRZHU&HOOXODU,R7 with Telcos’ access networks is a core concentrator/gateway
technologies are promising but are currently feature of the ALMANAC Smart City on a Telecom Italia’s asset
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wide selection of Radio Access Technologies (RAT), 3ODWIRUPDPXOWLVHUYLFHGHOLYHU\SODWIRUP
probably also covering IoT needs but this will not collecting, aggregating and analysing
KDSSHQXQWLO7KH,78:RUOG5DGLR&RQIHUHQFH real time data from hetereogeneous
PD\VHWWKHVWDJHIRU00WHUUHVWULDOVHUYLFHV UHVRXUFHVVXSSRUWLQJVHFXULW\DQGSULYDF\
features and considering interoperability,
ORZHQHUJ\DFFHVVOD\HUVLQWKH0+]VSHFWUXP dependability and scalability for a smart
Moreover, a large number of Low Power Wide Area
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see what will be the dominant technology and many
RIWKHPDUHSURYLGHGE\SURSULHWDU\QHWZRUNV The ALMANAC Project started on 1st September
2013 and is foreseen to conclude by 31st August
7KHSURMHFWōVFRQVRUWLXPLQFOXGHVVHYHQ
organisations from four different countries and is led
by the Italian research and innovation center, Istituto
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The ALMANAC project has developed a “lightweight” )RUPRUHLQIRUPDWLRQYLVLWZZZDOPDQDFSURMHFWHXRUFRQWDFW
implementation of the ETSI M2M standard platform 3URMHFW&RRUGLQDWRU'U0DXUL]LR6SLULWRVSLULWR#LVPELW
integrated with higher functional layers such as
VHPDQWLFGLVFRYHU\DQGGHOLYHU\FDSDELOLWLHV7KH
ALMANAC solution provides Smart City developers
with added value enablers that deliver applications
across a variety of “Capillary Networks”, connecting
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Networks use the 169MHz unlicensed spectrum with
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COMMUNICATION
Connecting Smart City Objects
When many devices are deployed ZLUHOHVV0%XVSURWRFRO,WLVH[WUHPHO\
in the “Internet of Things” (IoT)
network underpinning Smart City HQHUJ\HIƓFLHQWZLWKRQO\P:
applications, data must be gathered
DQGPDQDJHGLQDQHIƓFLHQWZD\2QO\DVWDQGDUG GD\#N%GDWDWUDQVPLVVLRQDWWKHGHYLFH
communication platform can enable the “many
billions” of smart objects in a future Smart Cities OHYHO6LQFHLWLVEDFNHGE\(76,LWLVZLGHO\
scenario and any sort of low power, wide coverage
M2M communication will be a core technology for DSSOLFDEOHDQGFDQEHXVHGE\H[LVWLQJ
WKHSURSHUIXQFWLRQLQJRI6PDUW&LWLHV%XWZKDWZLOO
be the dominant access technologies? WHOHFRPRSHUDWRUV$/0$1$&SDUWQHU
Telecom Italia is now planning to roll out
The ALMANAC Project (Reliable Smart Secure capillary networks in four Italian cities: in
,QWHUQHW2I7KLQJV)RU6PDUW&LWLHVZLOOVHHNWR *HQRDIRUJDVDQGZDWHULQXUEDQDUHDVLQ
Parma for gas, water and electricity in rural
FRQWULEXWHZLWKVROXWLRQVWRWKLVFKDOOHQJH$WD DUHDVLQ5HJJLR(PLOLDDQG6FDQGLDQR
recent ALMANAC workshop, telecommunication
operators and regulators discussed the future access IRUJDVZDWHUSXEOLFOLJKWLQJDQGWHOH
WHFKQRORJLHVIRU6PDUW&LW\HQHUJ\DSSOLFDWLRQV
KHDWLQJERWKLQXUEDQDQGUXUDODUHDV
Workshop participants pointed out that today’s
cellular technologies have wide coverage but The integration of capillary networks Capillary network
JHQHUDOO\UHTXLUHWRRPXFKSRZHU&HOOXODU,R7 with Telcos’ access networks is a core concentrator/gateway
technologies are promising but are currently feature of the ALMANAC Smart City on a Telecom Italia’s asset
EHLQJVWDQGDUGLVHG*QHWZRUNVZLOOIHDWXUHD
wide selection of Radio Access Technologies (RAT), 3ODWIRUPDPXOWLVHUYLFHGHOLYHU\SODWIRUP
probably also covering IoT needs but this will not collecting, aggregating and analysing
KDSSHQXQWLO7KH,78:RUOG5DGLR&RQIHUHQFH real time data from hetereogeneous
PD\VHWWKHVWDJHIRU00WHUUHVWULDOVHUYLFHV UHVRXUFHVVXSSRUWLQJVHFXULW\DQGSULYDF\
features and considering interoperability,
ORZHQHUJ\DFFHVVOD\HUVLQWKH0+]VSHFWUXP dependability and scalability for a smart
Moreover, a large number of Low Power Wide Area
/3:$1HWZRUNVDUHHPHUJLQJEXWLWLVGLIƓFXOWWR DQGVXVWDLQDEOHHQYLURQPHQW
see what will be the dominant technology and many
RIWKHPDUHSURYLGHGE\SURSULHWDU\QHWZRUNV The ALMANAC Project started on 1st September
2013 and is foreseen to conclude by 31st August
7KHSURMHFWōVFRQVRUWLXPLQFOXGHVVHYHQ
organisations from four different countries and is led
by the Italian research and innovation center, Istituto
6XSHULRUH0DULR%RHOODO
The ALMANAC project has developed a “lightweight” )RUPRUHLQIRUPDWLRQYLVLWZZZDOPDQDFSURMHFWHXRUFRQWDFW
implementation of the ETSI M2M standard platform 3URMHFW&RRUGLQDWRU'U0DXUL]LR6SLULWRVSLULWR#LVPELW
integrated with higher functional layers such as
VHPDQWLFGLVFRYHU\DQGGHOLYHU\FDSDELOLWLHV7KH
ALMANAC solution provides Smart City developers
with added value enablers that deliver applications
across a variety of “Capillary Networks”, connecting
GLVWULEXWHGREMHFWVLQWKH6PDUW&LW\7KH&DSLOODU\
Networks use the 169MHz unlicensed spectrum with
ZZZHXURSHDQHQHUJ\LQQRYDWLRQHX
