This is the most sophisticated MPPT Solar Charge Controller and Light Activator offered by Solar Illuminations. This programmable charge controller regulates and manages the solar panel power, battery power, and controls the light activation. .
The controller automatically recognizes 12V or 24V battery configurations and can handle up to 100V of solar panel input with a maximum of 10A. The light activator has multiple modes including manual on/off, dust to dawn, timer mode, and dual timer mode. MPPT Charge Controllers are typically 30% more efficient than a regular PWM solar charge controllers. This is the best technology for large solar systems requiring the most efficient technology.
IMPORTANT: In the notes section during the check out process, please specify how you would like the light function on the charge controller to be programmed. Also please sepcify whether the controller needs to be programmed to 12V or 24V.
CHARGE CONTROLLER/TIMER (PROGRAMMABLE CONTROL MODULE)
MPPT charge controller automatically controls the solar panel power, battery charging and lighting function and operation.
Ultra fast Maximum Power Point Tracking (MPPT).
The MPPT charge controller is typically 30% more efficient than standard PWM controllers and 10% more efficient to most other MPPT controllers.
Additional efficiency for cloudy weather and during times of reduced sun radiation.
This controller features the very latest smart technology.
Provides extended battery life and extra protection against excessive battery discharge and overcharge.
Battery life algorithm operates 24/7.
Low voltage detection for automatic disconnect.
Continuous environment, input and output power management.
The controller is sized to the system specifications with 10A and 15A versions available (subject to solar panel wattage and battery capacity).
Pre-programmed software for load output, dusk to dawn lighting, single timed lighting, dual timed lighting, dimming option and the ability of interfacing with motion detection, where required.
This MPPT charge controller is programmed by Solar Illuminations as per your requirements and system ability.
Lighting control features illumination from dusk to dawn (where applicable), or on at dusk for X amount of hours then off, or on at dusk for X amount of hours, then off, then back on again for X amount of hours before dawn.
Dimming option (where applicable) allows the lighting to dim at any time during the illumination time.
The dimming option or any other illumination mode can be used in conjunction with motion activation (where applicable).
Dimming may be at any percentage from 1-99%.
Supports real time data monitoring (iPhone, Andriod, Mac or PC) with optional interface and/or Bluetooth dongle.
Battery voltage 12/24V dc auto select.
Rated charge current 10A/15A.
Maximum PV power (12V dc) is 135W at 10A and 200W at 15A.
Maximum PV power (24V dc) is 270W at 10A and 400W at 15A.
Maximum PV open circuit is 75V dc.
Peak efficiency is 98%.
Charge voltage (absorption) is 14.4V dc.
Charge voltage (float) is 18.8V dc.
Multi stage adaptive charge algorithm.
Automatic temperature compensation.
Low voltage load disconnect at 11.1V dc to 11.8V dc (12v dc system) or 22.2V dc to 23.6V dc (24V dc system) or battery life algorithm.
Low voltage load reconnect at 13.1V dc to 14V dc (12V dc system) or 26.2V dc to 28V dc (24V dc system).
Protection feature includes battery reverse polarity (fuse), output short circuit and over temperature.
Operating temperature is -22 deg. F (-30 deg. C) to 140 deg. F (+60 deg. C).
Humidity up to 95%, non condensing.
Power terminals are AWG 10 (6mm2).
Protection rating IP22 (connection terminal area).
Weight is 500g (1.1 Lbs).
Dimensions are approx. 4” x 4” x1.5” (10cm x 10cm x 4cm).
Please note: Upon installation and power-up the controller goes into a 7 day evaluation mode where smart monitoring and configurations commence. Additional evaluation with self-managing adjustments may continue for up to 7 more days. This is all part of the smart feature that enables this intelligent controller to understand its use, the application, the surrounding environment and the current conditions. During this time some of its programmed features may differ temporarily. This is a perfectly normal process and must be accepted during that time. During this time the controller will adjust to the current condition and charge status of the batteries. It is therefore recommended that all batteries are 100% fully charged before connection using an appropriate battery charger. This may significantly reduce the evaluation mode time of 7+7 days to much less. The solar panel(s) should be connected to the MPPT charge controller first, followed by the fully charged batteries
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