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EPEVER MPPT Solar Charge Controller 40A 150V PV Solar Panel Controller Negative Ground W/ MT50 Remote Meter for LiFePO4 Battery [Tracer4215BN]

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$195.98

$ 96 .99 $96.99

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About this item

  • Negative Grounding MPPT Solar Charge Controller Tracer4215BN, The Advanced MPPT Control Algorithm makes this 40 Amp MPPT Controller Tracking Efficiency higher than 99.5%
  • 150V Max PV Input Allow this Charge Controller Handles More Solar Panels Wiring in Series to minimize PV current, 5 x 12V Solar Panel Connecting in Series will be applicable
  • Lithium batteries supported, LiFePO4(4S/8S), Li(NiCoMn)O2 (3S/6S/7S) and all Lead Acid Batteries, Sealed AGM GEL and Flooded Battery, and USER mode
  • New added feature: Battery-less mode, running the load without a battery but using a solar panel instead. RS-485 communication bus interface and Standard MODBUS interface are available.
  • This 40 amp MPPT Solar Panel Charger works with 600W Solar Panel on 12V Battery System and 1200W on 24V Battery. Max Solar Panel 1560W, multiple load mode allow you set the load on/off in different situation. A Solid State Relay is recommended if you are using a Power Inverter



Product Description

New Feature Added: Battery-less mode. Power the DC load without a battery, using a solar panel instead.

Prolong The Life Of Your Battery!

The smart battery protection system shields your device from overcharging, overloading, discharge, or overheating, reverses polarity, and provides efficient short-circuit protection. It can handle a 520W Solar Panel on a 12v battery system or a 1040W Solar Panel on a 24v battery system. It is equally great for home, industrial, or commercial use and is designed for optimum and safe charging performance.

Technical Data

40A MPPT Charge Controller Nominal System Voltage: 12V, 24V

Rated Charge Current: 40A

Rated Load Current: 20A

Max PV Open Circuit Voltage: 150V / 138V

Max PV Input Power: 520W (12v battery) / 1040W (24v battery)

Support Battery Types: Lithium, LiFePO4(4S/8S),Li(NiCoMn)O2 (3S/6S/7S), Lead-Acid, Sealed(default), Gel,Flooded

MT50/MT52 Remote Meter dimension:98×98 mm / 3.86×3.86 inch Frame dimension:114×114 mm / 4.49×4.49 inch Connector type: RJ45 Meter cable: Standard 2m, Max 50m Ambient Temperature: -20°C -- +70°C/-4°F -- 158°F

All our remote meters were upgraded to MT52 software.

Remote Temperature Sensor Acquisition of battery temperature for undertaking temperature compensation of control parameters Length: 3 M

USB to RS485 Converter Adapter This adapter monitors the mppt charge controller using Solar Station PC software

Tracer 4215BN Series MPPT Solar Charge Controller 150V PV
40A MPPT Solar Controller, Tracer4215BN

SolarEpic Tracer4215BN 40amp Solar Charge Controller Feature:

  1. Negative Grounding, 150V /138V PV Input
  2. Battery-less Mode equipped
  3. Support battery types: Lithium, LiFePO4(4S/8S),Li(NiCoMn)O2 (3S/6S/7S), Sealed, Gel, Flooded and User
  4. 4 Stage Charging
  5. The serial connection (string) of PV modules allows for the minimization of the charging current to save energy.
  6. Advanced Maximum Power Point Tracking (MPPT) technology, with an efficiency of no less than 99.5%
  7. Ultra-fast tracking speed and tracking efficiency
  8. Features Standard Modbus Interface with RS485 Port

MPPT Solar Charge Controller 40A Tracer4215BN Schematic Diagram

EPEVER MPPT Solar Charge Controller 40A 150V PV input Negative Ground Schematic Diagram

40A MPPT Solar Controller, Tracer 4215BN

SolarEpic 4215BN Solar Charge Controller 40A:

Built with advanced power tracking technology to optimize the working of your solar charger system. The controller features a smart tracking algorithm that maximizes the energy from the solar PV module(s) and charge the battery. It supports over four charging options: sealed, gel, flooded and user-defined. Battery parameters can be set using the attached MT50 remote meter.

MT50 Remote Meter SolarEpic

MT50/MT52 Remote Meter:

Wide LED screen displays the real time operational data and the working status in digital, graphic and textual forms. Basically used for monitoring and setting the controller, it automatically identifies the type, model and relevant parameter data of solar controllers.

Temperature Sensor & Monitoring Kit

Battery Temperature Sensor and PC Communication Cable:

It is used to monitor each controller on the network using Solar Station PC software and update the firmware. Measures 3m and works great for Tracer BN/A series MPPT charge controller. The connectors are well made to secure the connection.


Melinda Finn
Reviewed in the United States on February 6, 2025
Add purchase two of these this one is working as it should The other one likes to bounce back into 12 volt mode even though it's in 48 volt configuration.
Larry Glaser
Reviewed in the United States on February 2, 2025
I love it! No complaints about quality or performance
BGS
Reviewed in Canada on September 29, 2024
We installed our solar power system at our camp a couple weeks ago. The SolarEpic/Epever charge controller is controlling power from a 440 watt bifacial panel going into 3 100ah lifepo4 batteries.Not being familiar with all this gear, it took a while to understand what MPPT meant and what it does. Simply put, it is an algorithm built into the controller that converts excess voltage into amps which increases amperage to the batteries. Where as PWM controllers cut off the voltage at maximum allowable levels and any excess voltage is wasted energy. That's what make MPPT desirable. The unit does indeed boost available power, especially under less than ideal conditions. In addition to the bifacial panel, the controller manages to get very good current to the batteries.The controller is programmed with the included MT50 remote display/programmer. It come with standard setting for various lead/acid battery types. It's not particularly friendly for auto settings for lifepo4 batteries. However, it does provide a very flexible "User" setting option that can be tailored to suit any lifepo4 battery. It's a little confusing at first, but if you have the technical data for batteries and solar panel, the setting can be dialled in very accurately. This is a very popular controller and there's lots of Youtube info on how to use the SolarEpic/Epever charge controller. Do your homework first then it will be much easier to program the controller.
Bob
Reviewed in Canada on February 13, 2024
nice having the monitor to see what's going on with charging at different times of the day month or year, know exactly how much power I'm producing , casing is heavy duty
Michel Villeneuve
Reviewed in Canada on October 18, 2024
Pas teste encore au delà de 100 vdc à l' entree. Seulement le printemps prochain
Sandra T.
Reviewed in the United States on July 19, 2023
Knocked off a star because temperature sensor went bad in a few months. Purchased this controller in April based on reviews and came highly recommended by Will Prowse. Three months in the temperature sensor went bad. At 94° it said my battery temp was -1C (30°) and shut down my solar to protect the battery. I contacted the seller and they were quick to respond which was a plus. The problem though is that apparently they have no replacement parts. They messaged they would send a replacement temperature sensor but that it comes from the manufacturer and would take awhile. I don't know what awhile is in actual time and I'm hoping it's before cold weather but will update on seller follow through. The charge controller itself is solid and does its job well.UpdateNew sensor arrived. We're using this controller with 400watts of solar in series and a 300amp hour battery to keep our 12 volt compressor fridge going in triple digit heat. It does the job and it does it really well. Big thank you to the seller for follow through and getting us a new sensor. Added fifth star even though there was an issue because sometimes things just happen and the seller was on the ball and made it right. Would purchase again.
Manuel Darosa
Reviewed in Canada on February 26, 2021
Very good product would recommend.
HClarkx
Reviewed in the United States on August 29, 2020
I have three of these. A total of 8 years of operation. They are robust and as efficient as any including a blue popular one that has "up to 98% efficiency" that in reality only occurs at one operating point and then only with 24 volt batteries and is rounded up in any event. The Epever manual provides efficiency curves for 12V and 24V battery charging. This is far more information than any other solar controller manual that I've looked at. They have more robust terminals, larger heat sinks (which never get more than slightly warm to the touch). Heavier than most but that's part of being robust. These are sold in 120 countries and are built for inhospitable environments. Yes, I'm very fussy about my solar controllers.There are ONLY two downsides to this Epever solar controller; both occur if you are using LiFePo4 "lithium" batteries. One is that you must enter your own LiFePo4 charging settings. The other is one LiFePo4 setting that is a critical one and is not identified or discussed in the otherwise extensive manual. This is the voltage the battery must drop to for the solar controller to enter its three stage charging regime each morning instead of going directly into float mode (wherein any needed charging is very slow). Since LiFePo4 batteries rest at 13.3V fully charged and don't let the voltage drop much, this setting has to be 13.4V or higher to ensure proper solar charging occurs each morning when the sun comes up. In RV use, one wants a full charge each day so as to be best prepared for inclement weather.
Customer
Reviewed in Australia on March 22, 2020
User setup straight forward, see what is happening at a glance.
Iam Free
Reviewed in the United States on July 22, 2018
This is a good MPPT charger. I can set my own battery parameters using the MT50 monitor.Other off grid folks notice the same problem I used to have with my old chargers...a lot of times my old charger would go in float and shut my solar array off and I would be running things off my battery bank during sunlight hours!!! I have a large battery bank and have set absorb to 3 hours and would have set it for more hours because my batteries can be in absorbtion or boost charge for 12 hrs. I set my float charge up to 14.5 volts. I want my batteries charging as long as the panels can gather energy and I definitely do not want to be running off batteries before it is night time. I could not figure out what my earlier chargers were doing in float but they allowed my batteries to drain a little in afternoon and then kick back into charge mode when a preset low volt level was reached in float mode. This usually occurred right about the time the sun was setting so my batteries would not be at the maximum charge and surface charge as I headed to night time. Check your settings on your charger if you are off grid and your battery bank voltage at night. It took me a summer to figure out was going on and made me mad to find the sun was shining and I was running my home off the batteries instead of the panels!!! I love all my free daytime solar power..crank my freezer up full blast and charge up all my tools, phones, computers, run tools etc. After my batteries are full all the surplus electricity is free!! This Solar Epic has a 20 amp load outlet and shows the battery being charged and the load powered by your panels. Love the Solar Epic and have extra current and panels ( not over 130 volts) hooked to it so the charger is always getting max power to it. You can have more than 40 amps going into it but do not go over 130 volts. READ THE OWNERS MANUAL!UPDATE...unit is working great!!! The tracking seems to react quickly to passing clouds etc that some reviewers had complained was slow. I may buy another unit in the future.