Runner-RS series
MPPT solar charge controller
System voltage: 12V/24V/36V/48V (AUTO)
Charge current: 40A;50A;60A;80A;100A
Max PV input: 150V/200V
Maximum solar panel power: 520W-5200W
Lithium battery automatic activation function
Support parallel charging
Support remote control&monitor (PC software and APP)
RS485 communication
Suitable for wall mounted, pole mounted
OEM/ODM available, all functions and specifications can be customized.
Runner -RS Reries | RS48L40 | RS48L50 | RS48L60 | RS48L80 | RS48L100 | |
MPPT efficiency | ≥99.5% | |||||
Lead-acid battery system | 12V System:9VDC~15VDC 24V System:18VDC~30VDC 36V System:32VDC~40VDC 48V System:42VDC~60VDC | |||||
Max.PV input voltage(Voc) | 150VDC | |||||
Battery type (default setting gel-sealed lead-acid battery) | Sealed(SEL),Gel(GEL),Flooded(FLD),User-defined(USER),Li-ion(LIT) | |||||
Rated charge current | 40A | 50A | 60A | 80A | 100A | |
Rated load current | 30A | 50A | ||||
IP(Ingress protection) | IP21 |
The tracking efficiency is as high as 99.5%.
The built-in lithium battery activates the wake-up function.
Exclusive cooling channel design, more stable operation.
Dual RJ45 interface, more convenient for parallel, integrated management and secondary development.
Household
Energy storage system
Solar Monitoring System
Base station
Household
The household photovoltaic power generation system can meet the electricity demand in areas without electricity or unstable electricity, and its power level generally ranges from several hundred watts to several kilowatts.
Energy storage system
It is suitable for applications that require high power grid continuity, such as areas without electricity and isolated islands.
Solar Monitoring System
The solar monitoring system is generally used for road monitoring of urban and rural roads. The intelligent solar charging system can realize the intelligent remote monitoring and management of monitoring equipment and reduce the operation and maintenance cost of the system.
Base station
The use of solar energy systems for base stations and communication stations can not only reduce the overall cost of the system, but also improve the power supply guarantee rate of the system. It can also be applied to the centralized power supply of villages, islands and communication base stations to meet the power demand of the load.
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