joined to cellular module 1 at an opening 6 in solid skin 5 gasar scs with parallel cellular module 1 is shown in fig4 this scs has solid skin 5 one collector 3 one stop module 4 made of thin rubber membrane each gas cell 2 has cylindrical shape and different sectional size gasar scs with spherical radial cellular module 1 is shown in fig5 this scs has solid skin 5 one collector 3 one stop module 4 made of thin rubber tube with one open end each gas cell 2 has conical shape there is a refueling module 7 which is joined to the cellular module 1 at extra opening 8 the extra opening 8 has no stop module stop module 4 represents fig6 a special design element which we have named u201c smart u201d rubber it is a thin about 1 mm thick rubber film or tube which covers the internal gas cells 39 apertures in a case where outer wall 5 destruction causes gas to escape from one or several cells 2 this u201c smart u201d rubber 4 will nestle tightly into these open ended apertures and block release of gas from the undamaged cells gasar scs with spherical radial cellular module 1 is shown in fig7 this scs has solid skin 5 two collectors 3 one stop module 4 made of thin rubber tube each gas cell 2 has conical shape there is a refueling module 7 which is joined to the cellular module 1 at extra opening 8 the extra opening.