MPPT Solar Charge Controllers

MPPT charge controllers convert all the solar electricity voltage possible into useable electricity. They operate at maximum power voltage (Pmp) which is higher than battery voltage. MPPT’s maximum conversion efficiency is ideal in intermittent sun and cloudy conditions, and in cold weather where they boost module output more than in warm weather. MPPT controllers have less module restrictions than PWM controllers so they can also be used with 60 cell modules that are often unsuitable for PWM controllers. Because of additional circuitry, MPPT is more complex and expensive. Morningstar TrackStar™ MPPT technology is the industry’s reference standard.

Integrated Series

GenStar MPPT

Charge Rating: 60 | 80 | 100 | amp

Batteries: 12 | 24 | 48 | Volt

Max Voc: 200 V

Integrated Series , MPPT |

Professional Series

TriStar MPPT 600V

Charge Rating: 60 | amp

Batteries: 24 | 36 | 48 | Volt

Max Voc: 600 V

Professional Series , MPPT |

TriStar MPPT

Charge Rating: 30 | 45 | 60 | amp

Batteries: 12 | 24 | 36 | 48 | Volt

Max Voc: 150 V

Professional Series , MPPT |

ProStar MPPT

Charge Rating: 25 | 40 | amp

Batteries: 12 | 24 | Volt

Max Voc: 120 V

Professional Series , MPPT |

SunSaver MPPT

Charge Rating: 15 | amp

Batteries: 12 | 24 | Volt

Max Voc: 60 V

Professional Series , MPPT |

Essential Series

EcoBoost MPPT

Charge Rating: 20 | 30 | 40 | amp

Batteries: 12 | 24 | Volt

Max Voc: 120 V

Essential Series , MPPT |

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Technology

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Battery Chemistry

Charge Rating

The maximum current that the charge controller can accept from a PV array to charge batteries.