Amoovo Lab — yesterday, today, tomorrow

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2024 — 2025

Yesterday

  1. Immersion pack, cells submerged in dielectric fluid
    First immersion packsCells and electronics, fully submerged.    09 / 2024
  2. Immersion pack with fluid loop
    Fluid circulationHeat moves with the liquid, not the fan.    10 / 2024
  3. Victron control stack wired in the lab
    Cerbo controlOne system layer above BMS and inverters.    11 / 2024
  4. Battery with locked reserve capacity
    Unlock logicHalf the capacity, held in reserve.    12 / 2024
  5. 32 kWh OXOVOLT pack
    32 kWh packReady for the field.    02 / 2025
  6. 72 kWh immersion core in a rack
    72 kWh coreThe largest immersion core so far.    03 / 2025
  7. Pack mounted outdoors in snow
    Thermal stressFrom frost to heat, on purpose.    05 / 2025
  8. Lab bench with packs and wiring
    Built to scaleEngineered in Belgium.    12 / 2025
2026

Today

  1. LoopXCell LFK tower
    LoopXCell LFKInfrastructure, not a battery you replace.    2026
  2. Climate series towers in three colours
    Climate seriesGreyRock, GreenCore, BlueFrost, RedHot.    2026
  3. CerebroXMesh control unit
    CerebroXMeshOpen, auditable energy decisions.    2026
  4. 3D wireframe draft of a pack
    3D LabDrawn, printed, tested, drawn again.    2026
  5. Bernard Feron
    The crewFour people, one workshop in Verviers.    2026
  6. Inverter and protection cabinet
    MarineSalt, damp and vibration.    2026
2027 →

Tomorrow

  1. Row of identical wall units
    Structured systemsCore design, frozen and repeatable.    Phase 2
  2. Homes linked as a distributed reserve
    ELIA gridHomes as distributed reserve.    2028
  3. LoopXCell rack unit
    Scalable architecturesFrom lab to infrastructure.    Phase 3
  4. Transparent concept shell
    AerospaceStill in the lab.    Exploring