FIELD: construction.
SUBSTANCE: method for erection of ecologically clean energy saving buildings and constructions is that the rows of remaining formworks are manufactured and sealed from the formwork building tiles with fastening of "dovetail" type, the remaining formworks are filled with concrete of high strength, concrete is coated from above with layer, having strength lower than the strength of the concrete filler, besides mini batteries of exterior tiles of the coating are manufactured, for this purpose the tiles of outer coating are melted of crushed glass produced during the mechanical sorting of household wastes, in the form of boxes with two holes for lead out of positive and negative wires of solar mini battery of the outer coating tile, elastic contact elements for implementation of lead outs of positive and negative wires of solar mini battery of outer coating tile are manufactured, photo elements to create the solar mini-battery of the coating tile are assembled on stand and connected electrically by overall dimensions of the outer tile of the coating. Prior to filling each row of the remaining formworks with concrete into the holes for installation of contact elements at the top of grooves of their fastenings of "dovetail" type, the specified contact elements are installed so that when introducing the fastening projection of "dovetail" type of solar mini battery of the outer coating tile in the mentioned groove, the elastic contacts of the last mentioned will touch the corresponding fixed contacts of the outer tiles of the remaining formwork, contact elements of all exterior tiles of the remaining formwork are connected row by row prior to pouring concrete by tensile-stressed electrical connectors with formation finally of solar battery of the entire building or construction, which is attached to the controller and to the storage battery, if it is required to supply power to electrical receivers with voltage of 220 volts, power supply system is coupled through the inverter.
EFFECT: increase of energy efficiency due to the use of solar energy.
Authors
Dates
2015-05-20—Published
2014-04-15—Filed