Plan power around the way you use it

A transparent one-day battery and solar budget for an eight-hour remote workday with Starlink Mini, a laptop and local network equipment.

• Starlink Mini planned at the top of its official 25–40W average range
• Laptop uses a 65W working average for eight hours
• Local router or network gear averages 15W for twelve hours
• All three average loads may overlap

Solar target: 350 W at 4 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

A two-day camping energy budget for a compressor fridge, camp lighting and three hours of laptop use each day.

• The fridge’s 45W compressor is represented by a 50% daily duty cycle
• Camp lights total 25W for six hours
• Laptop averages 65W for three hours
• Solar planning uses a 75% yield rather than panel nameplate output

Solar target: 300 W at 4.5 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

An eight-hour AirSense 11 planning example with phone charging, 30% extra energy margin and explicit medical-device cautions.

• AirSense 11 uses its official 56.1W typical figure for eight hours
• The entered 73.2W peak is checked separately
• Phone charging adds 30Wh
• A larger 30% extra energy margin is used because this is a critical load

Solar target: 250 W at 3 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

A conservative 24-hour planning budget combining a cycling fridge, router, lights and four hours of laptop use.

• Fridge averages 30W across the day and has a 200W start event
• Router and modem average 18W continuously
• LED lights total 30W for six hours
• Laptop averages 65W for four hours

Solar target: 650 W at 3.5 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

A ten-hour Starlink Mini power budget with phone charging and task lighting, including battery-only and daily-solar checks.

• Starlink Mini is planned at 40W for ten hours
• One phone receives two hours at a 15W charging average
• Task lighting adds 15W for five hours
• The Starlink Mini peak remains a separate output check

Solar target: 200 W at 4 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

A two-day 12V compressor-fridge setup with lighting and two phones, using an explicit 50% compressor duty-cycle assumption.

• A 45W compressor runs 50% of the day
• LED lighting uses 100Wh per day
• Two phones each receive 30Wh per day
• The fridge uses its native DC path where supported

Solar target: 250 W at 4.5 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.

A transparent one-day energy and output budget for intermittent grinding, cordless-tool charging and task lighting away from a fixed outlet.

• The angle grinder averages 1,200W for 30 minutes of actual trigger-on time
• One battery charger averages 150W for two hours
• Task lights draw 25W for four hours
• The planner conservatively allows the charger and lights to remain on when the grinder starts

Solar target: 350 W at 4 peak sun hours and 75% yield. This is a separate estimate; the battery target above is calculated without recharging.