{{ daysWithoutCharge.toFixed(2) }}
Days until empty
If you don't charge at all, this is how long your battery will last with your selected accessories and planned use. We recommend 2+ days of battery without charging. This allows for cloudy weather which affects how fast you can charge from solar power.
To increase this number, you can:
  • reduce the amount of accessories
  • use them fewer hours per day!
  • Increase your storage capacity
 mdi-chevron-down
I'm a thing. But, like most politicians, he promised more than he could deliver. You won't have time for sleeping, soldier, not with all the bed making you'll be doing. Then we'll go with that data file! Hey, you add a one and two zeros to that or we walk! You're going to do his laundry? I've got to find a way to escape.
${{ totalPrice.toFixed(2) }}
Total price Cost breakdown {{ accessory.name }} | ${{ accessory.price }} | URL: {{ accessory.link }}
{{ hoursUntilFullyCharged.toFixed(2) }}
Hours until fully charged
With the solar panel you have chosen in full sunlight it will take {{ hoursUntilFullyCharged.toFixed(2) }} hours for {{this.selectedInput ? this.selectedInput.output : ""}} Watts to charge a {{this.selectedStorage ? this.selectedStorage.capacity : ""}} Wh battery from 0 to 100%.
mdi-chevron-down

1) Charge time is affected first and foremost by the type of battery.

2) Lithium batteries can "pull" much more charge and much faster than lead-acid or AGM batteries. For example, if you hook up a lead-acid battery to a 600 watt charging source, the lead-acid battery would absorb about 10-20% of that power. Meanwhile, a lithium battery hooked to the same power source would absorb 100% of that power.

3) When charging from a solar panel you have to take into account that the sun isn't always at an optimal angle. This heavily affects how effective a solar panel is.

4) Lithium batteries cannot charge below 0 degrees celcius
{{ estimatedDailyUsagePercentage.toFixed(1) }}%
Daily usage as % of your capacity

This means every day with your expected load, you will use {{ estimatedDailyUsagePercentage.toFixed(1) }}% of your total battery capacity.

Based on your {{this.selectedInput ? this.selectedInput.output : ""}} Watt input, it will take {{ (hoursUntilFullyCharged * (estimatedDailyUsagePercentage.toFixed(1) / 100)).toFixed(1) }} hours to replenish your daily use.
{{ totalWeight.toFixed(2) }} kg
Total weight