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iCCS / INTELLIGENT CELL CONNECTION

Connect every cell.See risk earlier.

iCCS turns the cell connection layer into an active safety interface—combining precise acquisition, dedicated sensing circuits and system-level protection linkage.

Cell-level sensing network
Interactive engineering visualization
  • 4DMulti-dimensional sensing
  • ≥ 25 minSafety-valve early warning
  • 30 sProtection system linkage

Five signals. One active safety layer.

Move beyond passive connection. Select a signal to see how iCCS recognizes developing risk at cell level.

Catch heat before it becomes an event.

Cell and terminal temperatures are sampled together, exposing local heat accumulation and abnormal gradients.

  • Cell and terminal 2:1 monitoring
  • Acquisition accuracy ≤ ±1°C
LIVE CELL SIGNAL MAP
Reference cellsFocus cell
Observed historyRisk outlook
ACTIVE CONNECTION ARCHITECTURE

The connection layer becomes a safety layer.

iCCS integrates connection, acquisition and early-warning circuits in one assembly, reducing blind spots between the cell and the protection system.

ConnectionSensingEarly warningSystem action

iCCS · Active sensing

01Low-resistance busbar
02T · P · V · I
03Electrolyte + valve
04Graded protection linkage

Traditional CCS · Passive connection

01Basic busbar
02Temperature + voltage
03No direct visibility
04External expansion required

One continuous safety path

  1. 01Cell signal
  2. 02iCCS assessment
  3. 03BMS confirmation
  4. 04System action

Move cell safety from response to prediction.

Discuss iCCS integration and the LONGi 5S technology stack.

Discuss an iCCS project