When you query the internal parameters of the IPace with the JLR API (with jlrpy or other), there is some interesting findings
| BRAZIL_EVENT_MODE | "UNKNOWN" | No idea what it is |
| EV_RANGE_ECOx10 | "391.9" | range in Eco |
| EV_RANGE_GET_ME_HOMEx10 | "399.7" | Apparently there is a 'get me home' mode ?, better than ECO |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD1 | "178" | Seems to be a normalized graph for different speeds |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD2 | "160" | May be used to predict range, based on speed |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD3 | "124" | Best consumption at speed SPD3. Could be nice to know |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD4 | "190" | what those Speed are. |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD5 | "298" | |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD6 | "400" | |
| EV_RANGE_VSC_HV_BATTERY_CONSUMPTION_SPD7 | "652" | I guess SPD7 is max speed, 208km/h |
| EV_RANGE_VSC_HV_ENERGY_ASCENTx10 | "7.0" | Correcting factor for range with ascending road ? |
| EV_RANGE_VSC_HV_ENERGY_DESCENTx10 | "5.0" | |
| EV_RANGE_VSC_HV_ENERGY_TIME_PENx100 | "0.45" | No idea what it is |
| EV_RANGE_VSC_INITIAL_HV_BATT_ENERGYx100 | "102.35" | No idea what it is |
| EV_RANGE_VSC_RANGE_MAP_REFACTR_COMF | "98" | Correcting factor for range with comfort mode ? |
| EV_RANGE_VSC_RANGE_MAP_REFACTR_ECO | "100" | |
| EV_RANGE_VSC_RANGE_MAP_REFACTR_GMH | "102" | |
| EV_RANGE_VSC_REGEN_ENERGY_AVAILABLEx100 | "2.55" | Available kwh in battery for Regen ? |
| EV_RANGE_VSC_VEH_ACCEL_FACTOR | "410" | No idea what it is |
| IS_CRASH_SITUATION | "FALSE" | Collision detection ? |
| TU_STATUS_CRASH_INPUT | "FUNCTIONING" | |
| TU_STATUS_DAYS_SINCE_GNSS_FIX | "3" | No idea what it is. GNSS is Nav Sat System. |
