Sony LIP1359 DualShock 3 Replacement Battery 3.7V 570mAh

Sony DualShock 3 — 3.7V Li-ion Replacement Battery (LIP1359)

The LIP1359 is the internal cell that powers Sony's DualShock 3 wireless controller. This replacement fits the CECHZC2E, CECHZC2H, and the full DualShock 3 Wireless Controller lineup. It runs at 3.7V with 570mAh (2.11Wh) capacity — matching the original Sony specification.

• CECHZC2 series compatibility: Every CECHZC2 variant shares the same PCB layout, connector pinout, and charge IC handshake. The LIP1359 slots directly into that platform without a BMS mismatch — the charge controller sees the same cell signature it expects.
• Bench tested on actual hardware: We cycled this cell through the PS3's onboard charge IC under simultaneous wireless and rumble load. The BMS held the 4.2V charge ceiling cleanly with no premature cutoff or thermal flag.
• Fuel gauge reset after install: After fitting a new cell, run one full wireless play session to automatic controller shutdown — don't plug in early. The PS3 fuel gauge IC calibrates its empty reference point against that first complete discharge cycle. Skipping it leaves the capacity readout inaccurate for weeks.

Why the DualShock 3 drops connection before the battery indicator hits empty

The DualShock 3 transmits Bluetooth and drives rumble motors simultaneously. That combined draw spikes current demand in short bursts. When the cell is aged or a new cell hasn't completed its first conditioning cycle, internal resistance rises enough that voltage sags below the Bluetooth radio's operating floor — the radio cuts out before the fuel gauge registers low. The fix is completing three to five full charge-discharge cycles, which lowers internal resistance and stabilises voltage under load.

Battery indicator jumping between bars after a cell swap

The PS3's fuel gauge IC tracks capacity using a stored discharge curve from the previous cell. After a swap, that curve no longer matches the new cell's characteristics, so the readout jumps erratically. This is a software calibration issue, not a cell defect. Let the controller discharge to automatic shutdown, then charge uninterrupted to full — the IC re-anchors both the empty and full reference points. After one complete cycle the bar display stabilises.