FIELD: solar-to-electrical energy conversion.
SUBSTANCE: proposed high-power portable semiconductor photoelectric station designed for round-the-clock operation under various environmental conditions, including adverse ones, as well as in the field and in mountains, to feed various devices, lighting circuits, distant off-line power consumers, farms, cottages has one or more solar batteries 1, case 2 in the form of suitcase holding storage battery 3, battery charging and protecting controller 4, control panel 5 with type "cigarette lighter" connector 6 affording connection of portable photoelectric station to vehicle storage battery, and plug connector 7 for various pieces of equipment. Case 2 has compartment 12 accommodating solar batteries 1 in transit; it is folding design in the form of portable folding bag. Enhanced power output of station makes it possible to feed various loads with dc and ac power, including mobile radio equipment (small-size domestic appliances, medical instruments, and other apparatuses, among them being portable television sets, filters, pumps, and the like). Stand-by solar batteries provide for reducing repair and serviceability recovery periods.
EFFECT: enlarged functional capabilities, enhanced reliability, facilitated, servicing, repairs, and transportation.
6 cl, 5 dwg
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Authors
Dates
2005-07-20—Published
2003-07-25—Filed