Many backup‑power‑project stakeholders hesitate between lead‑acid battery and LiFePO4 lithium‑iron‑phosphate battery. Although lead‑acid carries lower upfront unit price, LiFePO4 often delivers better total‑cost‑of‑ownership across full service‑life.
Cycle‑life: LiFePO4 achieves >6000 cycles, versus only 500‑1200 cycles for conventional lead‑acid.
Foot‑print: LiFePO4 occupies smaller physical volume for same energy‑capacity, saving site / computer‑room space.
Maintenance requirement: lead‑acid requires regular watering‑maintenance; LiFePO4 operates near maintenance‑free.
Lifecycle‑total‑investment: higher initial CAPEX for LiFePO4 is offset by longer usable‑life and reduced repeated‑replacement expense.
All SENJI energy‑storage products adopt LiFePO4 cells, widely replacing lead‑acid UPS batteries for data‑centers, C&I backup‑power and off‑grid micro‑grid scenarios. When evaluating projects, do not merely compare upfront purchase price; calculate full‑lifecycle TCO (total‑cost‑of‑ownership).
