MT2015
20A MPPT solar charge controller
MPPT, 20A, 24V/48V auto,
500/1000W max input power, 150V@-20℃；138V@25℃ max solar voltage,
LCD display, common negative, RS485
Bluetooth optional
- 12/24/36/48V automalic recognition
- Optional APP version for Bluetooth communication
- Real-lime energy slatistics funclion
- Perfect EMC & thermal design
- A combination of multiple tracking algorithms enables tracking the maximum power point quickly and accurately
- Innovative Max Power Point Tracking(MPPT) technology, tracking efficiency >99.9%
- Full digilal technology, high charge conversion efficiency up to 98%
- LCD display design, read operating data and working condition easily
- Flexible System baltery selection: Liquid, Gel, AGM and Lithium
- Exlends baltery life through accurale remote temperature sensor
- The Controller is prolecled against over-temperature due to built-in power reduction function
- Four slages ballery charging process: MPPT, boost, equalization, float
- Dual automatic protection to avoid exceeding the raled charging power and current
- Multiple load control modes: Aiways on, Street lamp, User-defind Mode
- Two USB interfaces(only -EU model)
- lOT Wireless communication or Bluetooth communication functions optional
- With the wireless communicalion function of the lOT , the controller can be connected remotely through loT'GPRS
- Monthly charging data can be calculated and displayed by grouping and graphs
- Based RS-485 standard Modbus protocol with R.11 interface lo maximize the communication needs of different occasions.
- Full automatic electronic protect funclion for increased charge controller availability
| Item | MT2015 | MT4015 | |||||||||||||
| Max Charging Current | 20A | 40A | |||||||||||||
| System Voltage | 24V/48V automatical recognization | ||||||||||||||
| Battery Type | Gel, AGM, Liquid, Lithium（default: Gel) | ||||||||||||||
| Max volt on Bat. Terminal | 65V | ||||||||||||||
| Gel, AGM, Liquid | MPPT Charging Voltage | before boost or equalization charging stage | |||||||||||||
| Boost Voltage | 28.0~29.6V/56.0~59.2V @25℃（default:29.0/58.0V） | ||||||||||||||
| Equalization Voltage | 28.0~30.0V/56.0~60.0V @25℃（default:29.6/59.2V） | ||||||||||||||
| Float Voltage | 26.0~29.0V /52.0~58.0V@25℃（default:27.4/54.8V） | ||||||||||||||
| Low voltage disconnect | 21.6~23.6V/43.2~47.2V,SOC1~5(default: 22.4/44.8V) | ||||||||||||||
| Low voltage reconnect | 22.8~25.6V/45.6~51.2V（default: 24.0/48.0V) | ||||||||||||||
| Overcharge Protect | 31.3/62.3V | ||||||||||||||
| Temp. Compensation | -4.17mV/K per cell (Boost, Equalization)， -3.33mV/K per cell (Float) | ||||||||||||||
| Lithium | Charging target voltage | 20.0~64.0V (Lithium, default: 29.4V) | |||||||||||||
| Charging recovery voltage | 18.2~63.8V (Lithium, default: 28.7V) | ||||||||||||||
| Low voltage disconnect | 18.0~60.0V (Lithium, default: 21.0V) | ||||||||||||||
| Low voltage reconnect | 18.6~62.0V (Lithium, default: 22.4V) | ||||||||||||||
| Max volt on PV terminal *1 | 150V@-20℃；138V@25℃ | ||||||||||||||
| Max input power | 500/1000W | 1000/2000W | |||||||||||||
| Day/Night threshold | 6.0~40.0V（default: 16.0/32.0V) | ||||||||||||||
| Day/Night delay time | 0~30min(default: 0min) | ||||||||||||||
| MPPT tracking range *2 | （Battery Voltage + 2.0V）~Voc*0.9 | ||||||||||||||
| Output Current | 20A | 30A | |||||||||||||
| Load mode | Always on, Street lamp, User-defind Mode | ||||||||||||||
| Max tracking efficiency | >99.9% | ||||||||||||||
| Max charge conversion | 97.0% | ||||||||||||||
| Dimensions | 255*187.5*63mm | 255*187.5*89mm | |||||||||||||
| Weight | 1.41Kg | 2.5Kg | |||||||||||||
| Self consumption | ≤8mA | ||||||||||||||
| Communication | RS485(RJ11 interface) | ||||||||||||||
| Optional | IoT, Cyber-BT(Internal / External) | ||||||||||||||
| Grounding | Common Negative | ||||||||||||||
| Power terminals | 6AWG(16mm²) | ||||||||||||||
| Ambient temperature | -20℃~+45℃ | ||||||||||||||
| Storage temperature | -25℃~+70℃ | ||||||||||||||
| Ambient humidity | ≤95%RH，No condensation | ||||||||||||||
| Protection degree | IP32 | ||||||||||||||
Application scenariosMORE >