In the operation of telecom infrastructure in remote areas, the reliability of the power system is the core of ensuring communication continuity. However, many operators face severe challenges of frequent battery replacements and high on-site maintenance costs. This article will analyze from a technical perspective how the OPzS2-100 tubular flooded battery solves O&M pain points in remote conditions through its unique design standards.
| Key Parameter | Specification | Economic Benefit |
| Self-discharge | Approx.4%/Month @ 20°C | Reducing energy loss during long-term storage or intermittent charging and discharging |
| Internal Resistance | Approx. 0.9 mOhm | Reduce thermal loss during charging and discharging to improve system efficiency |
| C100 Capacity | 135 Ah @ 1.85Vpc | Providing higher energy redundancy in solar long-duration discharge scenarios |
The Levelized Cost of Energy (LCOE) depends not only on the purchase price but also on maintenance frequency and actual capacity performance.
3. Transparent O&M: Reducing Manual Intervention Costs
Base stations in remote areas often face high travel and labor costs. The OPzS2-100 fully considers this in its structural design:
Conclusion and Recommendations
By adopting the OPzS2-100 series, telecom operators can extend equipment replacement cycles from the traditional 5-8 years to approximately 20 years. This combination of long life and high environmental tolerance makes it the optimal technical path for reducing the operational costs of remote base stations.
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