The main purpose of solar modules of the Solar series is the supply of autonomous telemetry and telemechanics complexes of line and site structures of oil and gas and chemical industry objects, such as process information collection controllers, gas metering units equipped with information transfer to the control panel of the dispatcher.
The use of solar models for feeding such complexes imposes on them the requirements for limiting the operating time at full power and low power consumption in the "sleep mode".  This also applies to energy supply projects for autonomous lighting and safety systems, in which case the work periods can be selected close to the examples given.

 

Example of selection of a solar module for an remote terminal unit (RTU) at latitude St. Petersburg (59 ° N), Moscow (55 ° N) and Krasnodar (45 ° N).

 

RTU mode: full consumption 20W, 1W in the "sleep" mode.

 

In Table. 1,2,3 shows examples of the complete sets, with the help of the SOLAR line, autonomous power supply units suitable for different modes of AC usage at different latitudes (total hours worked per day). For example, if the RTU will operate at full power for 5 minutes, during each hour, then the total value for the day will be 2h.

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Табл.1. Санкт-Петербург:  наклон  79°

Режим потребления

работа/сон

Требуемая мощность модуля

Кол-во и  модель

24ч

669

4хСОЛАР-200

12ч /12 ч

346

2хСОЛАР-200

8ч  / 16ч

253

2хСОЛАР-150

4ч  / 20ч

128

1хСОЛАР-150

2ч  / 22ч

82

1хСОЛАР-100

1ч  / 23ч.

53

1хСОЛАР-75

 

Табл.2.  Москва:  наклон 75°

Режим потребления

работа/сон

Требуемая мощность модуля

Кол-во и  модель

24ч

394

2хСОЛАР-200

12ч /12 ч

200

1хСОЛАР-200

8ч  / 16ч

144

1хСОЛАР-150

4ч  / 20ч

81

1хСОЛАР-100

2ч  / 22ч

50

1хСОЛАР-75

1ч  / 23ч.

40

1хСОЛАР- 40

 

Табл.3.  Краснодар: наклон 60°

 

Режим потребления

работа/сон

Требуемая мощность модуля

Кол-во и  модель

24ч

220

2хСОЛАР-150

12ч /12 ч

120

1хСОЛАР-150

8ч  / 16ч

81

1хСОЛАР-100

4ч  / 20ч

45

1хСОЛАР-75

2ч  / 22ч

29

1хСОЛАР- 40

1ч  / 23ч.

21

1хСОЛАР-