Manufacturer Info
A Charge controller is an essential component of your photovoltaic (PV) system. The controller maintains the life of the battery by protecting it from overcharging. When your battery has reached a 100% state of charge, the controller prevents overcharging by limiting the current flowing into the batteries from your solar array.
The NEW GP-PWM-30 is a 12 volt flush mounted PV charge controller rated for a continuous solar current input of 30 amps. The GP-PWM-30 uses pulse width modulation (PWM) technology and a unique four stage charging system with optional equalize setting, to charge and protect your battery bank. The GP-PWM-30 features a LCD digital display that shows solar array charge current, system battery voltage and battery capacity.
Maximum Power Boost Technology
Our New Go Power! 30 Amp Digital Solar Controller now includes Maximum Power Boost Technology (MPBT). This new feature allows you to override the normal charging algorithm of the solar controller to boost the solar charge, which is ideal at the end of the daylight to ensure batteries are topped up for the evening. Performance of the solar controller will not be affected if MPBT function is not utilized.
The NEW GP-PWM-30 is a 12 volt flush mounted PV charge controller rated for a continuous solar current input of 30 amps. The GP-PWM-30 uses pulse width modulation (PWM) technology and a unique four stage charging system with optional equalize setting, to charge and protect your battery bank. The GP-PWM-30 features a LCD digital display that shows solar array charge current, system battery voltage and battery capacity.
Maximum Power Boost Technology
Our New Go Power! 30 Amp Digital Solar Controller now includes Maximum Power Boost Technology (MPBT). This new feature allows you to override the normal charging algorithm of the solar controller to boost the solar charge, which is ideal at the end of the daylight to ensure batteries are topped up for the evening. Performance of the solar controller will not be affected if MPBT function is not utilized.