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Hoppecke OPzV solar.power battery
Hoppecke
More info
Opzv batteries are based on tubular plate technology with gel electrolyte fixation. These batteries are maintenance-free thanks to their sealed construction. Tubular plates offer a very high life expectancy to these batteries.
The opzv product range
is optimal for application in sectors with a high number of discharges such as solar systems as well as for long discharge operations for example in it / telecom. or security lighting applications.
benefits
- Optimal space utilization - by horizontal and vertical adjustment
- Maintenance-free when it comes to water filling - by innovative gel technology
- Very good cycle stability during use in PSoC1 - by the tubular design of the plates allows an efficient charging current
- Maximum compatibility - measures that comply with DIN 40742
- Enhanced short-circuit safety from the moment of assembly - by the use of HOPPECKE system connectors
Applications
- On-grid and off-grid energy use
- Drinking water treatment system
- Medical treatment equipment
- Signage, lighting
- Mobile radio stations
- Stations BTS
- Off-grid/grid energy treatment systems
Cycling
Life expectancy up to 1500 cycles at 80% depth of discharge.
Cycle retention life depending on the capacity taken
Technical specifications
| Battery type | C100/1.85V ah | C50/1.85V | C24/1.83V ah | C10/1.80V ah | C5/1.77V ah | Max weight* Kg | Length L max.* mm | Width l max.*mm | Height H max.* mm | fig. |
| 4 OPzV solar.power 250 | 286,9 | 263,5 | 243,0 | 204,1 | 188,7 | 18,3 | 105 | 208 | 420 | a |
| 5 OPzV solar.power 310 | 358,6 | 329,3 | 303,8 | 255,1 | 235,8 | 22,3 | 126 | 208 | 420 | a |
| 6 OPzV solar.power 370 | 430,3 | 395,2 | 364,6 | 306,1 | 283,0 | 26,5 | 147 | 208 | 420 | a |
| 5 OPzV solar.power 420 | 478,2 | 452,9 | 427,8 | 391,4 | 346,1 | 29,9 | 126 | 208 | 535 | a |
| 6 OPzV solar.power 520 | 573,9 | 543,4 | 513,4 | 469,7 | 415,3 | 35,1 | 147 | 208 | 535 | a |
| 7 OPzV solar.power 620 | 669,5 | 634,0 | 599,0 | 548,0 | 484,5 | 42,1 | 168 | 208 | 535 | a |
| 6 OPzV solar.power 750 | 847,3 | 802,2 | 762,1 | 682,0 | 595,0 | 48,7 | 147 | 208 | 710 | a |
| 8 OPzV solar.power 1000 | 1129,8 | 1069,6 | 1016,2 | 909,3 | 793,3 | 65,9 | 215 | 193 | 710 | B |
| 10 OPzV solar.power 1250 | 1412,2 | 1337,0 | 1270,2 | 1136,7 | 991,7 | 80,5 | 215 | 235 | 710 | B |
| 12 OPzV solar.power 1500 | 1694,7 | 1604,4 | 1524,2 | 1364,0 | 1190,0 | 94,6 | 215 | 277 | 710 | B |
| 10 OPzV solar.power 1700 | 1955,0 | 1870,0 | 1784,9 | 1544,6 | 1371,9 | 110,0 | 215 | 277 | 855 | B |
| 16 OPzV solar.power 2300 | 2606,7 | 2493,3 | 2379,8 | 2059,5 | 1829,2 | 152,9 | 215 | 400 | 815 | c |
| 20 OPzV solar.power 2900 | 3258,3 | 3116,7 | 2974,8 | 2574,3 | 2286,5 | 186,5 | 215 | 490 | 815 | D |
| 24 OPzV solar.power 3500 | 3910,0 | 3740,0 | 3569,8 | 3089,2 | 2743,8 | 222,3 | 215 | 580 | 815 | D |
C100, C50, C24, C10 and C5 = load capacity in 100, 50, 24, 10 and 5 hours
* in accordance with DIN 40742 these data are to be understood as the maximum values
Data sheets and documentation
Specifications
| OPzV |
