94% battery · In sunlight
shadow per orbit: 34 min

More mission. Same battery.

Apsia reads your telemetry and tells you four things: how much energy each orbit brings, what fits without ageing the battery, how long it has left, and whether there is energy to come home.

Orbit to scale, 400 km. The battery curve is an illustration, not a forecast.

Scroll to fly into the shadow

Four questions. One answer sheet.

How much energy per orbit?

Shadow minutes, generation, consumption and margin for every orbit of the next month. With ranges.

What fits without ageing the battery?

Each task in your plan, priced in battery life and in euros. Feasible or not, and why.

How long has the battery left?

Health, fade and remaining life from your own telemetry. Panels checked one by one.

Is there energy to come home?

Battery and array projected to the FCC or ESA deadline against your disposal plan. Nobody else checks this.

This is what shadow does to a battery.

One pass of a CubeSat, from public flight data. Half an hour without sun, about 5,500 times a year.

Start with one file.

Drop a Yamcs, COSMOS, Grafana or CSV export and read the battery report. Free, no account. Connectors and alerts come with the pilot. Apsia never sends a command.