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Epever DR3210N-DDS - Battery Charging Stages; Bulk Charging Process

Epever DR3210N-DDS
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4
The temperature compensation is ONLY designed for the lead-acid battery.
For lithium batteries, there is no temperature compensation.
For DR1106/2106/3106N models, AES port (outputs 12V/200mA) and RS485
port(outputs 5V/200mA) are independent. The 12V output voltage is the
battery voltage.
For DR1206/2206/3206/2210/3210N models, the AES port and RS485 port
share the power of 5VDC/Max. 200mA.
The AES signal port is designed for car refrigerators supporting the AES
signal. It is built into a power switching device.
1.4 Battery charging stage
Note: The following instructions for the battery charging stage are suitable for
the main battery (BATT1). Charging instructions for the starter battery (BATT2)
refer to chapter 1.5.
The controller has a three-stage battery charging algorithm, including Bulk Charging,
Constant Charging, and Float Charging. The system can extend the battery's lifespan
through the three-stage charging method.
Figure 1-4 Battery charging stage curve
a) Bulk Charging
The battery voltage has not yet reached the constant voltage (Equalize or Boost
Charging Voltage). The controller operates in constant current mode, delivering its

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