grid | Xtreme VR
The HOPPECKE grid | Xtreme VR with high-performance pure lead technology (HPPL) serves both current and future market trends, including the need for ever shorter bridging times with high-current discharges and use at high ambient temperatures.
During the development of the HOPPECKE grid | Xtreme VR, the focus was intentionally put on the optimisation of all components to fully exploit the performance gain offered by HPPL technology. This redefined the standard for maintenance-free, sealed (VRLA) batteries.
Technical data
- Power plants
- Emergency power supply (UPS)
- Safety lighting
- Control technology
- Switchgear
Product data:
| Construction | sealed |
|---|---|
| Series | AGM |
| Technology | Lead-acid |
| Performance | X |
| Product group | cells-blocks-modules |
Norms and standards
- IEC-60896-21
- IEC-60896-22
Your advantages
- High power and energy density
- Less cycle life costs (energy efficiency, maintenance, space costs)
- The high process stability and constant quality the number of the parallel strings can be increased
- Application at higher temperature is possible and the following costs for the climate infrastructure can be decreased
Application
Product portfolio
Downloads
Technical documentation
| Language | Filename | Size | Download |
|---|---|---|---|
|
|
vrl_manual_en.pdf |
2.9 MB | pdf-file
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|
vrl_manual_de.pdf |
3 MB | pdf-file
|
Brochure
| Language | Filename | Size | Download |
|---|---|---|---|
|
|
grid_xtreme_vr_brochure_de.pdf |
1.5 MB | pdf-file
|
|
|
|
grid_xtreme_vr_brochure_en.pdf |
1.5 MB | pdf-file
|
Data sheet
| Language | Filename | Size | Download |
|---|---|---|---|
|
|
grid_xtreme_vr_data_sheet_de.pdf |
0.8 MB | pdf-file
|
|
|
|
grid_xtreme_vr_data_sheet_en.pdf |
0.8 MB | pdf-file
|
|
|
|
grid_xtreme_vr_data_sheet_us.pdf |
0.8 MB | pdf-file
|