50wp Mppt charge controller – Ideal for Solar Street Lights
The Scc-1b50-M charge controller is utilized to charge a battery from a Solar Pv force source.
The Maximum Power Point Tracking (Mppt) calculation is utilized within propelled solar charge controllers to track the crest power conveyed by a solar panel and boost the vigor reaped by the panels.
Mppt differs the electrical working purpose of the modules and empowers them to convey greatest accessible force. The voltage at which Pv module can handle most extreme force is called 'most extreme force focus' (or top force voltage )
The Scc-1b50-M charge controller is utilized to charge a battery from a Solar Pv force source.
The Maximum Power Point Tracking (Mppt) calculation is utilized within propelled solar charge controllers to track the crest power conveyed by a solar panel and boost the vigor reaped by the panels.
Mppt differs the electrical working purpose of the modules and empowers them to convey greatest accessible force. The voltage at which Pv module can handle most extreme force is called 'most extreme force focus' (or top force voltage )
TECHNICAL SPECIFICATION
Type of panel- mono or multi crystalline
VOC- 23V max
Number of cells- 36
Power 50Wp and 75Wp
Conversion efficiency > 96%
Multiple peak point tracking
VOC- 23V max
Number of cells- 36
Power 50Wp and 75Wp
Conversion efficiency > 96%
Multiple peak point tracking
Temperature compensated charging
Boost cum float charging algorithm
Automatic equalizing charge for battery
Battery and panel reverse connection protection
Diming control output
Contact :
Quantum Power Conversions (P) Ltd,
B37/2,B37/3 ITI Industrial Estate, Mahadevapura PO,
Bangalore- 560048, India
Boost cum float charging algorithm
Automatic equalizing charge for battery
Battery and panel reverse connection protection
Diming control output
Contact :
Quantum Power Conversions (P) Ltd,
B37/2,B37/3 ITI Industrial Estate, Mahadevapura PO,
Bangalore- 560048, India
