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Solar photoelectric electrodialysis desalinization plant

Savchenko, I.G. / Tarnizhevskii, B.V. / Kotina, T.M. / Lemasov, B.I.

The general form and the volt-ampere characteristic of a photogenerator are considered; its optimal electrical parameters are considered for a total energy illumination of 1000 W/m². The fundamental electric and hydraulic systems of the plant are given and described. The basic components of the plant are described: the electrodialysis unit and the photogenerator. A method is presented for carrying out regime and service-life tests of the plant. The energy and technological characteristics of the photogenerator-desalinization unit system are given. The photogenerator has a capacity of 200 W for an output of 9 liters/h. The specific consumption of electric power is 14 kWh/m³ drinking water or 0.9 kWh/kg of removed soluble salts are obtained.

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Solar photoelectric electrodialysis desalinization plant

Savchenko, I.G. / Tarnizhevskii, B.V. / Kotina, T.M. / Lemasov, B.I.

The general form and the volt-ampere characteristic of a photogenerator are considered; its optimal electrical parameters are considered for a total energy illumination of 1000 W/m². The fundamental electric and hydraulic systems of the plant are given and described. The basic components of the plant are described: the electrodialysis unit and the photogenerator. A method is presented for carrying out regime and service-life tests of the plant. The energy and technological characteristics of the photogenerator-desalinization unit system are given. The photogenerator has a capacity of 200 W for an output of 9 liters/h. The specific consumption of electric power is 14 kWh/m³ drinking water or 0.9 kWh/kg of removed soluble salts are obtained.

Solar photoelectric electrodialysis desalinization plant

Savchenko, I.G. / Tarnizhevskii, B.V. / Kotina, T.M. / Lemasov, B.I.

The general form and the volt-ampere characteristic of a photogenerator are considered; its optimal electrical parameters are considered for a total energy illumination of 1000 W/m². The fundamental electric and hydraulic systems of the plant are given and described. The basic components of the plant are described: the electrodialysis unit and the photogenerator. A method is presented for carrying out regime and service-life tests of the plant. The energy and technological characteristics of the photogenerator-desalinization unit system are given. The photogenerator has a capacity of 200 W for an output of 9 liters/h. The specific consumption of electric power is 14 kWh/m³ drinking water or 0.9 kWh/kg of removed soluble salts are obtained.

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Title:

Solar photoelectric electrodialysis desalinization plant

Additional title:

Solare photoelektrische Elektrodialyse-Entsalzungsanlage

Contributors:

Savchenko, I.G. (author) / Tarnizhevskii, B.V. (author) / Kotina, T.M. (author) / Lemasov, B.I. (author)

Published in:

Applied Solar Energy ; 14 ; 34-38

Publication date:

1978

Size:

5 Seiten, 10 Quellen

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

SONNENZELLE , OPTIMIERUNG , STROM-SPANNUNGS-KENNLINIE , BELEUCHTUNGSSTAERKE , PRUEFVERFAHREN , BETRIEBSZEIT , ENERGIEVERBRAUCH , ENTSALZUNG , ELEKTROSTATISCHER GENERATOR , ELEKTRISCHE EIGENSCHAFT , BETRIEBSPARAMETER , TRINKWASSER , WASSERAUFBEREITUNG , ELEKTRODIALYSE

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