OpzV solidum-statu ducunt gravida
OpzV solidum-statu plumbum altilium est novum altilium technology fundatur in traditional plumbum-acidum altilium, quod est melius per technology investigationis et progressionem et innumerabilia exercitia. OpzV utitur Gas-phase Nano Silica ut electrolytici reponere sulphuric acidum electrolytici traditum ducunt, acidum altilium ad formam colloidal medium et solidatur. Non solum ensures optimum conductivity, sed etiam omnino excludit ad leakage et volatilizationis electrolytici, ita ut prolongetur servitium vitae altilium et redigendum ad victum sumptus.
Commoda OpzV solidum-statu ducunt, acidum altilium in industria repono application
Salus
Nano Gas-phase silica solidum-statu electrolytici, C% solidum-statu;
Material salus: positivum et negativum electrodes, separatoribus, electrolytes et aliis materiae sunt ignis et explosion-probationem;
EMS intelligentes Imperium Management: ut temperatus ortum est altilium non excedunt XL ℃ et non scelerisque fugitivorum.
Environmental tutela et redivivus
Non fluxum aquarum deserta Gas perditio residuum etc. per vestibulum;
De perditio altilium potest esse C% REDIVIVUS.
Maximum efficientiam et bonum profitability
Minimum sumptus de Kilowatt Hour Electricity, cum diu consilio vita XXV annis;
Et crimen missionem efficientiam plus XCIV%.
Late application range
Energy repono ventus et solaris generatio generatio apicem et frequency ordinacionem virtutis eget, virtual potentia plantae, apicem valley price differentiam et potestatem
Energy securitatem pro rusticus areas, præcipiens acervum + industria repono, ups + industria repono, scelerisque potentia plant + industria repono, exantlaretur industria repono + solidum-state industria repono, etc.
Multiple layer constructione
Potest et reclinant in multa layers, in industria repono density per unitas regio potest esse C% altior quam aliis gravida.
Exemplar | Voltage nominis | Facultas | Dimensio | Pondus | Terminalis | ||||||||
C10 / 1.80VPC (ah) | Longitudo | Latitudo | Altitudo | Summa altitudo | (KG) | (Lbs) | |||||||
(V) | mm | inch | mm | inch | mm | inch | mm | inch | |||||
6 | CC | CCCXXII | 12.68 | 177,5 | 6.99 | CCXXVI | 8,90 | CCXXXI | 9.09 | 28.0 | 61,73 | F16 (M8) / F14 (M8) | |
12 | 60 | CCLX | 10,24 | CLXIX | 6.65 | CCXI | 8,31 | CCXVI | 8,50 | 23.0 | 50.71 | F11 (M6) | |
12 | 80 | CCCXXVIII | 12.91 | CLXXII | 6,77 | CCXV | 8,46 | CCXX | 8,66 | 30.0 | 66.14 | F12 (M8) | |
12 | C | CDVII | 16.02 | CLXXVII | 6,97 | CCXXV | 8,86 | CCXXV | 8,86 | 34,5 | 76.06 | F12 (M8) | |
12 | CXX | CDLXXXIII | 19.02 | CLXX | 6.69 | CCXLI | 9.49 | CCXLI | 9.49 | 44,6 | 98.32 | F12 (M8) | |
12 | CXL | DXXXII | 20.94 | CCVII | 8,15 | CCXIV | 8,43 | CCXIX | 8.62 | 52.8 | 116,40 | F12 (M8) | |
12 | CLX | DXXXII | 20.94 | CCVII | 8,15 | CCXIV | 8,43 | CCXIX | 8.62 | 57.0 | 125.66 | F12 (M8) | |
12 | CLXXX | DXXII | 20.55 | CCXL | 9.45 | CCXIX | 8.62 | CCXXIV | 8,82 | 65.0 | 143.30 | F10 (M8) | |
12 | CC | DXXI | 20.51 | CCLXVIII | 10.55 | CCXX | 8,66 | CCXXV | 8,86 | 69.5 | 153,22 | F14 (M8) | |
2 | CC | CIII | 4.06 | CCVI | 8,11 | CCCLV | 13.98 | CCCXC | 15.35 | 16.0 | 35.27 | F10 (M8) | |
2 | CCL | CXXIV | 4.88 | CCVI | 8,11 | CCCLV | 13.98 | CCCXC | 15.35 | 19.5 | 42,99 | F10 (M8) | |
2 | CCC | CXLV | 5.71 | CCVI | 8,11 | CCCLV | 13.98 | CCCXC | 15.35 | 23.5 | 51.81 | F10 (M8) | |
2 | CCCL | CXXIV | 4.88 | CCVI | 8,11 | CDLXX | 18.50 | DV | 19.88 | 27.0 | 59.52 | F10 (M8) | |
2 | CDXX | CXLV | 5.71 | CCVI | 8,11 | CDLXX | 18.50 | DV | 19.88 | 32,5 | 71,65 | F10 (M8) | |
2 | CDXC | CLXVI | 6.54 | CCVI | 8,11 | CDLXX | 18.50 | DV | 19.88 | 38.0 | 83,77 | F10 (M8) | |
2 | DCCLXX | CCX | 8,27 | CCLIV | 10.00 | CDLXX | 18.50 | DV | 19.88 | 55.0 | 121.25 | F10 (M8) | |
2 | DC | CXLV | 5.71 | CCVI | 8,11 | DCXLV | 25.39 | DCLXXX | 26.77 | 45.0 | 99.21 | F10 (M8) | |
2 | DCCC | CXCI | 7.52 | CCX | 8,27 | DCXLV | 25.39 | DCLXXX | 26.77 | 60.5 | 133.38 | F10 (M8) | |
2 | M | CCXXXIII | 9.17 | CCX | 8,27 | DCXLV | 25.39 | DCLXXX | 26.77 | 73.5 | 162,04 | F10 (M8) | |
2 | MCC | CCLXXVI | 10.87 | CCX | 8,27 | DCXLV | 25.39 | DCLXXX | 26.77 | 88.5 | 195.11 | F10 (M8) | |
2 | MD | CCLXXV | 10.83 | CCX | 8,27 | DCCXCV | 31.30 | DCCCXXX | 32.68 | 104.5 | 230.38 | F10 (M8) | |
2 | MM | CCCXCIX | 15.71 | CCXIV | 8,43 | DCCLXX | 30.31 | DCCCV | 31.69 | 142,5 | 314.15 | F10 (M8) | |
2 | MMD | CDLXXXVII | 19.17 | CCXII | 8,35 | DCCLXX | 30.31 | DCCCV | 31.69 | 180.5 | 397,93 | F10 (M8) | |
2 | MMM MMM | DLXXVI | 22.68 | CCXII | 8,35 | DCCLXX | 30.31 | DCCCV | 31.69 | 214.0 | 471,78 | F10 (M8) | |
2 | CD | CXLV | 5.71 | CCVI | 8,11 | CDLXX | 18.50 | DV | 19.88 | 32,5 | 71,65 | F10 (M8) |