DocumentCode
157163
Title
Dynamic telemetry network for remote photovoltaic stations
Author
Oudhini, Youssef ; Ghozzi, Fahmi ; Sbita, Lassaad
Author_Institution
Electr.-Autom. Genuis Dept., Nat. Eng. Sch. of Gabes, Tunisia
fYear
2014
fDate
25-27 March 2014
Firstpage
262
Lastpage
266
Abstract
Electricity generation from renewable energy, including Photovoltaic and concentrated solar power, can supply regional, national or local mini-grids. The gross inland energy consumption of renewable sources continues to grow despite the financial and economic crisis of recent years. Our target is to create and administrate a new dynamic telemetry network witch supervise a photovoltaic sets [1]. The configuration of PV (photovoltaic) stations depends on the density of habitants and the kind of concerned region. Every PV station will contain necessary sensors and detectors to supervise electric and solar parameters in order to give elementary digital flows. These flows will be directed to make terminal stream by using appropriate multiplexing step by step. The resulting transport stream TS must be sized according transmission artery operated in this level of our process routing. After, this transport stream TS will be broadcasted using specific support which constitutes our new idea proposed in this paper: Indeed, we propose to make process based on the TS and put it over subscriber available in FM multiplex spectrum as it will be detailed below.
Keywords
multiplexing; photovoltaic power systems; radiotelemetry; solar power stations; FM multiplex spectrum; concentrated solar power; dynamic telemetry network; electricity generation; elementary digital flows; gross inland energy consumption; multiplexing; remote photovoltaic stations; renewable energy sources; transport stream; Frequency modulation; Multiplexing; Photovoltaic systems; Radio frequency; Receivers; Telemetry; FM: Frequency Modulation; MODBUS; MX: Multiplexing; Master; PV: photovoltaic; RDS: Radio data system; Slave; Solar energy Data; TS: Transport Stream;
fLanguage
English
Publisher
ieee
Conference_Titel
Green Energy, 2014 International Conference on
Conference_Location
Sfax
Print_ISBN
978-1-4799-3601-4
Type
conf
DOI
10.1109/ICGE.2014.6835432
Filename
6835432
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