EPEVER 30A MPPT Solar Charge Controller 12V/24V Auto, Max PV 150V Input, 390W/780W Solar Panel Regulator for Sealed/AGM/Gel/Flooded/LiFePO4 Lithium Batteries - Perfect for RV, Marine, Off-Grid & Home Solar Systems

$65.99

$119.99

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EPEVER 30A MPPT Solar Charge Controller 12V/24V Auto, Max PV 150V Input, 390W/780W Solar Panel Regulator for Sealed/AGM/Gel/Flooded/LiFePO4 Lithium Batteries - Perfect for RV, Marine, Off-Grid & Home Solar Systems

$65.99

$119.99

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Description

EPEVER MPPT Solar Charge Controller 30Amp 12V/24V auto Max PV 150V solar panels Max input 390W / 780W Common negative grounding Suitable for Lead-acid and Lithium types battery Technical Data: Model: Triron3215N(Upgraded version)Rated charge and discharge current :30AmpNominal system voltage:12V/24V DC autoMax. PV input power: 390W charge for 12V battery system or 780W charge for 24V battery system Max. PV open circuit voltage:150V(at minimum operating environment temperature) ; 138V(at 25℃ environment temperature)Support Lead-acid battery types: Sealed, Gel(AGM), Flooded, UserSupport Lithium battery types: LiFePO4 (4s/12V; 8s/24V), Li(NiCoMn)O2 (3s/12V; 6s/24V), UserBattery input voltage range : 8～32VMPP voltage range:V(BAT+2V)～108VGrounding : Common negativeTracking efficiency : ≥99.5% , Max. conversion efficiency :98%Working environment temperature : -25℃～+55℃(100% input and output)Storage Temperature Range: -30°C -- +70°C/-4°F -- 158°FHumidity range :≤95%,(N.C); Enclosure: IP30Controller Terminals:#6 AWG(16mm2) Dimension:183*256.8*66.7mm ; Weight :1.85 KG Package List: 1 X MPPT Solar Charge Controller (Triron3215N(UCS + DS2))1 X Temperature sensor for controller（Model:RT-MF58R47K3.81A） 1 X Manual (English) 2024 upgraded version EPEVER Triron-N series mppt solar charge controller, new design module, Better functions and advanced technology Multiple LCD and LED display modules optional, Master-slave interface module design, simultaneously view the controller and inverter operating data RS485 communication port support MT50 , WiFi/Bluetooth adapter, PC software monitoring and settingCompatible with more battery types : Sealed, Gel(AGM), Flooded, LiFePO4, Li(NiCoMn)O2, UserDual USB design, supply DC power for electronic equipmentUltra Silent Design, More Safety Protection Replaceable Module Design The main unit (Power Module) is a solar controller which can be integrated with different display and interface modules to meet a variety of functional requirements.Display module DS2 ,Interface module UCSTRIRION controller can be widely used in RV, telecommunication base station, household system, field monitoring, etc. Display Modular (DS2) Indicators: PV & battery & load working status; three color color lights, always on or flashing to inform you of the working statusButtons: View or set parametersLCD: Display voltage/current /generated energy/Power Battery display voltage/current/temperature/capacity Interface Module (UCS) USB interface module: Dual USB 5V 2.2A USB output for electronic equipment, NOTE: USB interface is output when the load is ON.COM port-RS485 interface: Controller as slave, Connect to PC or phone.PC software & mobile APP ( Andriod/IOS System) can remotely monitor the controller status through this port. Heat Sink Back cooling plate, better heat dissipation effect, protect and extend the working life of the controller Our warehouse in Chicago, local team professional engineer supply solar system solutions and tech-support in time . Step: Connect solar system in the order of 1.battery--> 2. load--> 3.PV array ; and disconnect solar system in the reverse order 3. 2. 1. Battery must be connected first ! Never connect soalr panel array to controller Without/Before connect battery.DO NOT connect any inverter/wind/Alternator or Charger into the charge controller directly ! You should connect with battery and add fuse .If there is a long distance between PV array and controller or between controller and battery, larger wires can be used to reduce voltage drop and improve performance. (Recommended wire size only for reference.) How to program battery parameters more details？ Via remote meter MT50/MT52 Via phone APP(Android or IOS) (Accessories needed：EPEVER-BLE-RJ45-D or EPEVER-WiFi-2.4G-RJ45-D ) Via PC software (Accessories needed RS485 cable: CC-USB-RS485-150U), Software download website: EPever official website or read in manualWe have prepared Amazon listing video tutorials about how to use the controller and how to set parameters . More questions please feel free to ask vendor first EPEVER-BLE-RJ45-D Remote Meter MT50 Triron3215N Triron4210N Triron4215N EPEVER-WiFi-2.4G-RJ45-D Add to Cart Add to Cart Add to Cart Add to Cart Add to Cart Add to Cart Customer Reviews 4.1 out of 5 stars 434 4.4 out of 5 stars 84 4.3 out of 5 stars 75 4.3 out of 5 stars 75 4.3 out of 5 stars 75 4.1 out of 5 stars 434 Price $34.97$34.97 $31.89$31.89 $119.99$119.99 $119.99$119.99 $139.99$139.99 $35.97$35.97 Rated Charge Current For EPEVER Controllers For EPEVER Controllers 30 Amp 40 Amp 40 Amp For EPEVER Controllers Max PV Voltage no data no data 150V 100V 150V no data Max Array Solar Panel power no data no data 390W/12V; 780W/24V 520W/12V; 1040W/24V 520W/12V; 1040W/24V no data Battery Type no data no data Sealed / Gel(AGM) / Flooded;LiFePO4 / Li-NiCoMn / User Sealed / Gel(AGM) / Flooded;LiFePO4 / Li-NiCoMn / User Sealed / Gel(AGM) / Flooded;LiFePO4 / Li-NiCoMn / User no data Grounding no data no data Common Negative Common Negative Common Negative no data Controller Terminal RS485 RS485 6AWG(16mm2 ) 6AWG(16mm2 ) 6AWG(16mm2 ) RS485 Recommended Cable Size no data no data 8AWG(10mm2 ) 6AWG(16mm2 ) 6AWG(16mm2 ) no data

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Features

EPEVER MPPT solar charge controller 30A 12V/24V auto, Max PV 150V solar panels Max input 390W charge for 12V battery or 780W charge for 24V battery system, Common negative grouding. Upgraded version add Lithium battery types, can be integrated with different display and interface modules to meet a variety of functional requirements, better electronic protection features

(Upgraded version) compatible with multiple battery types Sealed, Gel(AGM), Flooded; LiFePO4, Li(NiCoMn)O2 and User-defined. Five Buttons set battery type and browse system's parameters in more simpler way; View/Modify more details parameters need EPEVER accessories (Optional) MT50/MT52, WiFi/BLE adapter via APP, eLOG01, PC software via RS485 interface.

Ultra-fast MPPT tracking speed and high tracking efficiency ≥99.5%, Peak conversion efficiency of 98%. Four stages of charging(bulk, absorption, float, Equalization) and electronic protections prolong the lifecycle of batteries. Three color LED Indicators show your PV/Battery/Load working Status more Intuitive, Dual 5VDC USB output interface can charge your DC electronic devices directly.

Real-Time energy statistic function, Protection Built-in Against Reverse Polarity, Overcharging, Over-discharging, Overload, Short-circuiting, and Reverse current. It Protect the Battery from being Over-charged by the Solar Modules and Over-discharged by the Loads.

MPPT solar charge controller 30Amp Triron3215N(DS2+UCS)can be widely used for different applications such as communication base stations, household systems, street lighting systems and field monitoring, RV solar system etc. Our US engineer team in Chicago could help you about off-grid solar system questions.

Reviews

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Verified Buyer

I recently installed this solar charge controller in our off-grid cabin. I originally installed the EPEVER Triron 4210N, which is also a very nice 40A charge controller, and it worked well. However, two factors lead me to return that one and install the XTRA4415N instead - Voltage limit for the solar array (100V vs 150V) and battery compatibility (12/24V vs 12/24/48V). While I do still currently plan to use a 24V battery bank, battery prices are changing all the time, so maybe 48V will become a better choice in the future. We are sun-challenged for much of the year, and our available array location has a fair bit of shading, regardless, so I have discovered that it's important to have as many volts coming from the panels as possible. Using 250W panels, the XTRA4415N will allows to use three panels in series, whereas the 4210N would only allow two. Given the huge voltage lack on cloudy days, that could be the difference between charging the batteries and not charging at all.This unit has an enormous amount of configurable parameters, the majority of which I probably won't use, but it's nice that they're available. It's fairly uncommon to get 150V max PV input on a SCC in this price range, and also not that common to have 48V battery support. Another feature, which I didn't know about until I read the manual, is that you can 'overpanel' the SCC by roughly 50%. This is a huge bonus for our 6+ months of cloudiness. If you're not familiar, 'overpaneling' is using a PV array size larger than would normally be expected based on the rated current of the SCC. In this case, it's 40A, so for example, if you were using a 24V battery, 40A x 24V = 960W. However, this unit allows you up to 1560W solar array power for a 24V battery, which is exceptional. 12V and 48V systems likewise get a proportional boost. You DO have to stay under the maximum voltage input limit (150V maximum, 138V at 25C) and the 40A current limit, but that's easy to do in both cases. Other controllers allow similar overpaneling, but almost always at a much higher price (and some much more expensive ones don't allow it at all). This SCC supports up to 3120W at 48V, which is huge for the price point. Now keep in mind that the unit will still only charge your battery with at most the rated current (40A) times your battery bank voltage, regardless of how much PV is actually available. So are still limited in that regard. But in cloudy climates like ours, it means you can size your array more properly for cloudy weather, and not have to worry about disconnecting half the panels in the summer.The only really issues I have with this controller are minor. I wish the display showed more information all at once, vs rotating through the various PV/Battery/Load parameters. You can adjust the rotation speed, though, which is nice. I also found some of the setup procedures in the manual to work not as described. For example, it says push a certain button to enter the parameter adjustment menu, except it actually only works by pressing a different button. Once you're into the adjustment menus, it's fairly intuitive. This is using the controls on the main unit - I haven't yet tried making adjustments with the MT-50 remote display - maybe it's easier.Note, this unit comes with a temperature sensor (at least my purchase did), but not the wire for the sensor. You can plug it into the bottom of the SCC, but if you need to monitor the temperature of your actual battery bank, say in a different location or sealed box, you'll need to buy the wire.All in all, I find this a very flexible and expandable SCC for the money, and it seems solidly built, with a large heatsink on the back and good heft.

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