Ritar OPzV12-180 Solid-State Lead Battery – 12V 180Ah
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Model No.
OPzV12-180 Solid-State OPzV Battery
Ritar Solid-State OPzV Battery
OPzV12-180 is an industrial tubular-plate OPzV battery engineered for long-duration renewable-energy storage, telecommunications, data centers, UPS systems and utility backup. The nano-silica solid-state electrolyte is designed to prevent free-liquid leakage while supporting deep-cycle operation and long float life.
Key Advantages
- Solid-state nano-silica electrolyte with no free liquid under normal service conditions
- Tubular positive plates designed to reduce active-material shedding
- High deep-cycle capability and recovery after deep discharge
- Wide operating-temperature range for harsh and remote environments
- Maintenance-free valve-regulated construction
- Suitable for modular battery banks and long-duration energy storage
Technical Specifications
| Model | OPzV12-180 |
|---|---|
| Battery Technology | Valve-regulated tubular-plate solid-state OPzV lead battery |
| Rated Voltage | 12 V |
| Rated Capacity (C10) | 180 Ah |
| Dimensions (L × W × H) | 522 × 240 × 219 mm; total height 224 mm |
| Terminal Option | F10 (M8) |
| Terminal Position | E |
| Electrolyte | Nano gas-phase silica solid-state electrolyte |
| Design Life at 25°C | 20–25 years in float service |
| Cycle Life | Up to 2,200 cycles at 80% DOD for the block series |
| Self-Discharge Rate | ≤2% per month |
| Operating Temperature | -40°C to +60°C |
Typical Applications
- Solar and wind energy storage
- Telecommunications and remote base stations
- Data centers and UPS backup
- Utility power and grid support
- Railway, industrial and critical-infrastructure backup
Final charging parameters, system configuration, performance guarantees and compliance documents are confirmed against the project duty cycle, ambient conditions and applicable standards.
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FAQ
The OPzV series uses a nano gas-phase silica electrolyte immobilized in a solid-state gel structure together with tubular positive plates and valve-regulated construction.
Please provide the load profile, required autonomy, DC bus voltage, maximum charge and discharge current, ambient temperature, depth-of-discharge target, installation location and required service life.
Yes. Battery quantity, racks, inter-cell connectors, protection, monitoring and integration scope can be configured for the project after the system duty is reviewed.
Final charging voltage, temperature compensation, commissioning settings and guaranteed performance are confirmed against the selected model, application profile and applicable standards in the project quotation.
