MP-Series MPPT Solar Charge Controller Efficiency 99% Solar Power
JET-MP Series MPPT Solar Charge Controller
Taking the Maximum Power Point Tracking technology (MPPT)
Common negative design
LCD displaying running status
Artistic, economical and practical.
With the adaptive three-stage charging mode based on a digital
control circuit, The controllers can effectively prolong the
life-cycle of batteries, significantly improve the system
performance and support all-around electronic protection functions,
including overcharging and over discharging protection to minimize
damages to components of the system caused by incorrect
installation or system failure at the utmost, and effectively
ensure safer and more reliable operation of the solar power supply
system for a longer service time. This modular solar controller can
be widely used for different applications, e.g., Communication base
stations, household systems, and field monitoring, etc.
- Smart MPPT control algorithm to minimize the lost.
- High-efficacy DSP control CS built-in, no less than 99% guaranteed.
- Automatic identification the battery voltage,
- Real time energy statistics function.
- RS485 communication interface.
- Reverse connection for both battery and PV.
- Intelligent battery management technology.
- 3-stage charging.
|Work Voltage||12V System||18~80VDC|
|Max PV Voltage||12/24/36/48/96V||200VDC|
|Max PV Power||12V System||280W||420W||570W||700W||900W||1140W||1400W||1800W|
|Connected Battery Type||12/24/36/48/96V||VRLA/AGM/GEL|
|Max Charge Current||22A||32A||42A||52A||62A||82A||102A||122A|
|Max Efficiency||≥ 99%|
|Charging Mode||3-stage: Constance Current (MPPT), Uniform, Float|
|High Temperature Protection||90℃|
|LCD Display||PV Voltage, Charge Current, Battery Voltage, Realtime Power
Generation, Daily Power Generation, Total Power Generation|
|LED Indication||Charge Light, DC Output Light|
|Communication Port||RS485 (optional)|
|Working Environment||< 90%RH Non-condensate, working at -20~60℃, storing at -20~60℃,
|Net Weight (kgs)||2.2||3.2||3.4||10.5|
Minimize the maximum power point loss rate and loss time, quickly
track the maximum power point of the PV array and obtain the
maximum energy from solar modules under any conditions; and can
increase the ratio of energy utilization in the solar system by
10%-30% compared with a PWM charging method. The limitation
function of the charging power and current and reducing charging
power function automatic improve the stability which works even
connecting oversize PV modules and in high temperature, and
increase the professional protection chip for the communication
port, further improving the reliability and meeting the different