Hoppecke Battery Sun Power VR M 2V 2-1120AH Deep Cycle AGM
Sun Power VR M 2V. 2-1120AH High Energy Density AGM
Gel-ESS Technology
The construction principle of the HOPPECKE sun | power VR M batteries is based on the use of grid plates and ESS technology. Due to the high energy density, HOPPECKE sun | power VR M batteries have a very small space requirement and thus allow maximum use of the space.
Using 12 or 24 blocs in series a large energy storage bank is formed with the following capacities
C100: 24V = 27kWh
C100: 48V = 54kWh
Your benefits at a glance
- Maintenance-free due to refilling of water through innovative Absorbent Glass Mat technology (AGM technology)
- Optimized cycle stability due to optimized electrode design for efficiently charge current acceptance
- Higher short-circuit safety even during the installation – based on HOPPECKE system connectors
- Optimum operational safety – integrated backfire protection
Dimensions and Weight
182x391x310mm. Weight 64.2kg
Standards
- IEC 60896-21/22 and IEC 61427
- Flammability Class UL 94
Applications
- Solar home storage systems
- Street lighting
- Medical care facilities
- Signalling systems
- Leisure applications
Steel mounting rack for 24V / 48V configuration included when you buy 12 or 24 blocks:
Charge Capacities
Charging Rates | |
Sun Power VR M 2-1120 |
|
Nominal Voltage per cell | 2V |
C100 | 1124Ah |
C50 | 1159Ah |
C24 | 1134Ah |
C10 | 1070Ah |
Download the Rack 12/24 manual:
Technology: |
Valve regulated lead acid – AGM (Absorbent Glass Matt) |
Nominal voltage module: |
2V |
Capacity C10: |
411 – 1070 Ah |
Charge curve: |
IU-curve, Imax without limitation |
Float charge voltage: |
2,28 VpC +/-1% |
Float charge current: |
10 – 40 mA/100Ah |
Boost charge voltage: |
2,35 - 2,40 V/cell, time limited |
Charge current (recommended): |
5 – 20A/100Ah |
Design Life: |
6 – 9 years if HOPPECKE manuals are observed |
Cycle life time 80% DOD: |
1200 cycles (according to 61427, converted from the solar cycles) |
Temperature range: |
-20 to 45°C |
Temperature correction factor at float charge voltage: |
-3mV/cell per K |
Self-discharge rate: |
Approx. 2-3% per month |
Protection class: |
IP 25, according DIN 40050, touch protection according BGV A3 |
Positive and negative electrodes: |
Thin plate technology with high cycle ability and corrosion resistant flat plates |
Separators: |
High quality microporous glass matt separator with high absorption and stability |
Electrolyte: |
Diluted sulphuric acid with gel additives, fixed in AGM (Absorbent Glass Matt) |
Cell jar and lid: |
High stability polypropylene, flammability class UL 94 HB and ABS UL 94 V0 |
Terminal: |
Moulded plastic coated lead terminal |
Pole bushing: |
100% gas- and electrolyte-tight, compound pole welded to the lid |
Insertion: |
Screw terminal with non-ferrous insert (brass M8) |
Cell connectors: |
Block connector: Insulated, rubber moulded, solid copper Group connector: Flexible, insulated cable |
Terminal screw: |
Plastic coated terminal screw M8x22, WS 22, measuring point |