html`

${sub.row["Model year"]} ${sub.row["Vehicle model"]}

Drive mode

${sub.row["Driving mode used"]}

12V battery type

${sub.row["12V battery type"]}

ICCU part number

${sub.row["ICCU part number"]}

Headlight setting

${sub.row["Headlight setting"]}

Interior humidity

${ (() => { const { min, max } = sub.data.rollup({ min: aq.op.min('[HVAC] Humidity sensor for automatic defogger (%)'), max: aq.op.max('[HVAC] Humidity sensor for automatic defogger (%)'), }).object(); return min + '% - ' + max + '%'; })()}

HV SoC

${ (() => { const socArray = sub.data.array('[VCMS] HV Battery SoC (%)').filter(s => s !== null); return socArray[0] + '% → ' + socArray[socArray.length - 1] + '%'; })()}

Operating time (h)

${sub.data.rollup({m: aq.op.mean('[BMS] Operating Time (Hours)')}).object().m.toFixed(2)}

Aux. battery SoC

${ (() => { const socArray = sub.data.array('[ICCU] Aux. Battery State of Charge (%)').filter(s => s !== null); return socArray[0] + '% → ' + socArray[socArray.length - 1] + '%'; })()}

Outdoor temperature

${ (() => { const socArray = sub.data.array('[HVAC] Outdoor Temperature (℃)').filter(s => s !== null); return socArray[0].toFixed(0) + ' ℃ → ' + socArray[socArray.length - 1].toFixed(0) + ' ℃'; })()}

Distance traveled

${ (() => { const socArray = sub.data.array('Distance travelled (km)').filter(s => s !== null); return socArray[socArray.length - 1].toFixed(2) + ' km'; })()}

${sub.row.Annotations}