Fejemis battery control: Difference between revisions

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The battery system is 24V, but split into 2x11.1V Lip batteries.
The battery system is 24V, but split into 2x11.1V Lip batteries.
Each battery has a charger and a charge control board as shown in the schematic below:
 
Each battery has a charger and a charge control board as shown in the schematic below.
 
Another board combines the two batteries and has a number of XT60 plugs for power distribution as shown below.
 
==== Charger board ====
 
[[File:fejemis_power_switch.png | 800px]]
 
Battery charge board: The battery is connected (with an XT60) at top-center called 'BAT' with the balancing cable at the pins just below. The charger is connected to the left (again XT60 and balance plug), The charge is disconnected using a relay, when not in use. The relay is activated with a small 6V supply from 230V mains (RELAY_6V). The battery meter is connected when power is on using Q3 and Q1. The AD3-CHARGE (lower-right) is for the u-processor to detect that we are charging.
 
==== Power distribution board ====


[[File:fejemis_power_switch.png | 800px]]
[[File:fejemis_power_switch.png | 800px]]

Revision as of 12:32, 12 September 2022

Back to fejemis

Introduction

The battery system is 24V, but split into 2x11.1V Lip batteries.

Each battery has a charger and a charge control board as shown in the schematic below.

Another board combines the two batteries and has a number of XT60 plugs for power distribution as shown below.

Charger board

Battery charge board: The battery is connected (with an XT60) at top-center called 'BAT' with the balancing cable at the pins just below. The charger is connected to the left (again XT60 and balance plug), The charge is disconnected using a relay, when not in use. The relay is activated with a small 6V supply from 230V mains (RELAY_6V). The battery meter is connected when power is on using Q3 and Q1. The AD3-CHARGE (lower-right) is for the u-processor to detect that we are charging.

Power distribution board