2/12/2021
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`Network remote powering using packet energy transfer - IEEE Conference Publication
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`Conferences > lntelec2012 9
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`Network remote powering using packet energy transfer
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`Publisher:
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`Stephen S. Eaves
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`AbStraCt
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`Document Sections
`I.
`INTRODUCTION
`
`II. ELECTRICAL
`SAFETY
`III. PACKET
`
`ENERGY
`TRANSFER
`OPERATION
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`IV'
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`rPCli’Efizi'filDI-N
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`VI CONCLUSION
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`Abstract:Network remote power feeding prOVIdes energy to telecommunicatlons
`.
`.
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`.
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`equrpment over eXIstIng conductors normally used to transport data. EXIstIng and
`emerging applications View more
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`Metadata
`Abstract:
`Network remote power feeding provides energy to telecommunications equipment over
`existing conductors normally used to transport data. Existing and emerging applications
`for remote powering are discussed along with the safety aspects, standards and
`limitations of using signal lines at elevated voltages. Finally the added capabilities of a
`new “digital” power distribution technology known as “Packet Energy Transfer’ will be
`discussed.
`
`Published in: Intelec 2012
`
`Date of Conference: 30 Sept—4 Oct. 2012 INSPEC Accession Number: 13172004
`
`Date Added to IEEE Xplore: 06 December DOI: 10.1109/INTLEC.2012.6374488
`2012
`
`Publisher:
`
`IEEE
`
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`ISBN Information:
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`Conference Location: Scottsdale, AZ,
`USA
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`Network remote powering using packet energy transfer - IEEE Conference Publication
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`55 Contents
`
`I. INTRODUCTION
`
`Network remote power feeding provides energy to telecommunications
`equipment over existing conductors used to transport data; such as
`twisted pair or coaxial cable. A common implementation is the powering
`
`of Digital Subscriber Line Access Multiplexers (DSLAMs) over twisted
`pair signal lines from —
`-
`-nt|y, a rapidly
`
`expanding Compact
`assgramsnetyanfitaaqndfizfifl'gS)
`arket for 3G
`
`and 4G wireless ne
`------------ ,
`~
`--
`ods to minimize
`
`the capital equipment and maintenance costs for power conversion and
`energy storage components in small cabinets. Figure 1 exemplifies a
`pole mounted CBTS, sometimes referred to as a “microcell”, that would
`serve one or two city blocks. The unit draws approximately 300 Watts.
`Nearly a million CBTS installations are expected to be deployed over the
`next several yearsi~ ii. Figure 1. Pole Mounted Microcell
`
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`2/12/2021
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`Network remote powering using packet energy transfer - IEEE Conference Publication
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