For GEO and MEO fleets. Apsia reads the power telemetry you already archive and tells you how many years each array keeps covering its load on the worst day of the year, which string was lost and when, and whether there is energy for an extension or for the end.
When the array stops covering the payload, transponders go off. Know the year, with its range, before you sign an extension or order a replacement.
Which day of the year is tight and by how much: the Sun farthest, the wing most tilted, the longest eclipse to recharge.
An independent record of the power system: what is measured, what is projected and with which range. Time-stamped and verifiable by anyone.
Energy to re-orbit and passivate, with the evidence ESA's rules and the EU Space Act proposal ask for.
Eclipses a year for one battery. Each one is a discharge.
Power data only: never payload, commands or customer data.
Battery voltages, currents and temperatures, each array string's current and the shunt's, the bus load. As your control system exports it: CSV, XTCE or a SCOS-2000 MIB. Two eclipse seasons at least; its whole life is better.
The years each array keeps the load, the margin of every eclipse season, power-electronics events and the energy for the end of life. Run on your network or in our EU cloud.
One near the end of its design life, or one whose power you want to understand. A person answers within two working days.