MPPT solar controller EPever 150VDC/100A 10415AN - 12/24/48V

MPPT solar controller EPEVER Tracer 10415AN - new generation of powerful solar controllers brings high quality and maximum equipment for PV systems.

The Tracer AN series is characterized by its high charging capacity, making it suitable for larger island and hybrid systems.

A multifunction display is integrated directly in the MPPT controller for easy system monitoring and possible adjustment of operating parameters, including control LEDs.

The controller functions as an inverter, meaning that it can process higher input voltage and lower current to lower voltage and higher current, and do so with high efficiency.

So we can use virtually any solar panel.

The controller is compatible with lead-acid and lithium-ion batteries.

Technology:

The Tracer AN series regulator is based on Multi-Stage Synchronous Rectification Technology (MSRT) and the advanced MPPT control algorithm, with a dual-core processor architecture and a common minus pole.

MSRT can guarantee very high conversion efficiency in any charging power, which clearly improves the energy efficiency of the solar system.

The advanced MPPT control algorithm minimizes power loss and loss time, ensuring tracking efficiency as well as high conversion efficiency at high or low power, so in any situation, Tracer AN products can quickly track the maximum operating voltage of the PV system to extract maximum energy from the panel.

Maximum solar panel power in Wp

The maximum charging power to the battery of this model is 100A which corresponds to a panel power of 1250Wp if you have a 12V battery, 2500Wp if you have a 24V battery, or 5000Wp if you have a 48V battery. If the panel delivers more power, the controller will only limit it to its nominal max power. However, the output of the PV panels must not be more than 1.5 times the nominal output of the controller, otherwise the controller may be permanently damaged!

Maximum input voltage of solar panels

You can connect solar panels in series, but their total output voltage at empty, referred to as Voc (careful not to confuse this with the panel voltage at load, referred to as Vmpp), must never exceed the Voc 150V empty voltage - exceeding this value will permanently damage the controller. Here it must be taken into account that the solar panel voltage increases as the ambient temperature decreases and the Voc value given in the solar panel parameters is the value for 25℃. Therefore, we do not recommend that the value of the stated Voc exceeds 138V at 25℃ (load voltage Vmpp maximum 108V)! Please refer to the manual for the maximum allowed amount of PV panels connected in series for each type according to the 12/24/48V battery.

If you are unsure about the appropriate controller and ideal solar panel wiring, please feel free to contact us.

Monitoring and setup

Setting the controller parameters (mainly the type of battery used) is done using the built-in LCD or the external MT50 display - not included in the controller. Three basic battery types are available: sealed, gel, flooded. The fourth option is a user-adjustable battery - here it is possible to set any parameters.

Parameter setting and monitoring can also be done on your PC, you will only need an EPsolar USB communication cable and software, which you can download for free on the USB cable tab. You can also monitor and setup using your mobile phone or tablet. For this you will need the Bluetooth module BLE-01.

Controller description:

1. LED charging indicator

2. SELECT button

3. Fuse

4. Ground terminal

5. Cover screw holes M4

6. FV reverse polarity alarm indicator

7. Generator and load relay active

8. RTS port - external temperature sensor

9. RS485 port (5 V DC/200 mA)

10. Function/generator relay on

11. Port RBVS - voltage sensor

12. Controlled load delay

13. Distribution network/generator relay off

14. Clamps for photovoltaic panels

15. Battery terminals

16. ENTER ("ENTER") button

17. LCD

18. LED fault indicator

Load relays or automatic generator control make it easy to create a hybrid power system. Comprehensive electronic protections, including over-charge, over-discharge and PV polarity reversal protection, effectively ensure safer and more reliable operation of the solar system over extended periods of time. The isolated RS485 interface with standard MODBUS communication protocol and 5V power supply makes it easy for the consumer to expand the device, supports the operation of up to 8 controllers in series to expand the system, and meets various monitoring requirements, so it can be used in different facilities, such as solar RV, home systems, field monitoring, etc.

Wiring diagram:

Basic features:

CE certification (LVD EN/IEC62109,EMC EN61000-6-1/3)

High quality, low failure components from ST and Infineon to ensure the longest possible product life

Advanced MPPT technology and very high tracking speed up to 99.5%

Maximum DC/DC transfer efficiency, up to 98.7%

Advanced MPPT control algorithm minimizes MPP losses and loss time

Accuracy of detection and tracking at the highest point of multiple MPP peaks

Wide MPP operating voltage range

Automatic control system to limit charging power and current exceeding the rated value

Support for four battery types: hermetically sealed, gel, flooded and user-adjustable

Battery temperature compensation function

Real-time energy logging and statistical function

Automatic power reduction function when temperature exceeds

One hundred percent full load operation over the range of operating temperatures within the charge and discharge range

Support for up to 8 units in series for system expansion

External load switch signal controlling load relay to implement diversified workload modes

First and second load control disconnect, includes two relay contacts

Automatic function control and generator relay design

Automatically controlled relay withgenerator to facilitate the creation of a hybrid power system

Remote temperature and voltage sensor option to collect accurate temperature and battery voltage data

Isolated RS-485 port with 5V DC/200 mA output for MODBUS-enabled electrical devices without their own power supply

Monitor and set parameters using mobile apps or PC software.

Dimensions: 394×242×143 mm

Weight: 7.4 kg

Detailed technical information can be found in the enclosed manual.