About this replacement
HP Pro Tablet 10 EE G1 — 3.7V Li-Polymer Replacement Battery (802833-001)
This 3.7V, 7600mAh (28.12Wh) Li-Polymer battery replaces the original 802833-001 / SQU-1410 cell in the HP Pro Tablet 10 EE G1. It covers the H9X71EA, L3Z82UT, L5P68PA, M5G31UTR variants and over 98 additional configurations in the same series. Same connector, same BMS handshake, direct swap.
- EE G1 variant compatibility: Every Pro Tablet 10 EE G1 configuration shares the same 3.7V power rail, the same 802833-001 connector layout, and the same BMS communication protocol — that's why one part number covers the full model range without hardware modification.
- Bench tested on actual hardware: We ran this cell through charge and discharge cycles on an EE G1 unit and confirmed the BMS negotiated correctly at each charge stage — no false full-charge flags, no premature low-voltage cutoff events.
- Post-swap fuel gauge reset: After installation, run the tablet down to automatic shutoff, then charge uninterrupted to 100%. This gives the fuel gauge IC a full reference sweep against the new cell and clears the inaccurate percentage readings that almost always appear immediately after a battery swap.
Why the Pro Tablet 10 EE G1 shuts down at 15–25% remaining
When the display backlight and WiFi radio draw simultaneously, the combined load pulls the cell voltage down faster than the fuel gauge IC can track. The BMS sees the voltage drop cross its cutoff threshold and shuts the tablet down — even though the reported percentage still looks safe. This is especially common on the EE G1 because it runs an Intel Atom SoC that ramps CPU frequency in bursts, adding a third draw spike on top of display and wireless. Fitting a fresh 7600mAh cell raises the voltage floor and reduces the sag depth under that combined load, pushing the actual cutoff point lower than the fuel gauge threshold.
Battery percentage frozen or jumping after replacement
The fuel gauge IC on the EE G1 stores calibration data tied to the old cell's impedance and capacity curve. A new cell has a different internal resistance profile, so the IC's stored reference points no longer match reality — percentages freeze, jump, or read 100% while the tablet is still discharging. The fix is one complete recalibration cycle: discharge fully to automatic shutoff, then charge uninterrupted to 100% without using the tablet mid-charge. After that single cycle, the IC recalculates against the new cell and percentage display stabilises. If the reading still drifts after two full cycles, check that the battery connector is fully seated — an intermittent contact causes identical symptoms.