Uniteck UNIMPPT 80.15/24 Instruction Manual

EN
Dear customers, thank you very much for purchasing one of our Uniteck products. Please read carefully
and thoroughly all the instructions before using the product.
DESCRIPTION
UNIMPPT is an advanced MPPT technology solar charge controller for autonomous photovoltaic system.
Through its integrated microprocessor,
12 or 24V battery based on:
- battery technology (Gel/Liquid/AGM)
- the battery state of charge (advanced charging algorithm ALGOTECK)
- Voltage drops caused by battery wiring (remote sensor in option)
- ambient temperature which influences battery voltage (integrated temperature sensor or remote sensor in
option)
Thanks to its ALGOTECK load curve in 6 steps unique in the market, in addition to charge batteries at 100%,
UNIMPPT prevent them from all stratification phenomena, sulfation and improving their lifespan (Reconditioning
steps and Life+).
MPPT (Maximum Power Point Tracking) technology last generation, its MPPT algorithm optimized combined
with one of the fatest microprocessor on the market, researches in real time (refresh every 100 ms) the
maximum power point of solar panel, even under changing weather conditions (cloudy sky). Relative to a
standard regulator (PWM technology), UNIMPPT uses all the voltages of the at least one panels thereby enabling
to provide UP TO 40% more energy.
Moreover, UNIMPPT 80-15.24 incorporates a 12/24V controlled output avoiding deep discharges of your battery
and preserves their lifespan.
MPPT + ALGOTECK TECHNOLOGY
MPPT technology last generation combined with it's at 6 steps new charging algorithm ALGOTECK in, UNIMPPT
has advantages below:
- Energy collection optimization relative to a PWM. UNIMPPT reconverts in charge intensity the unused
differential voltage from panel/battery with a standard regulator (PWM). This technology difference
results in 15% power gain of in the summer period and of 40% in winter sunny period when the voltage
it's at its maximum (no decrease in voltage due to the increase in temperature of the panel).
- Energy collection optimization of during cloudy periods. Light intensity changes quickly and UNIMPPT
research in real time (refresh every 100 ms, among the fastest MPPT regulators on the market), the
point of power optimum of panel for more electricity production.
- Battery lifespan optimization. UNIMPPT constantly monitors the battery health status and charge status
to calculate and to deliver every day the best charge curve for the battery (voltage level, current level,
pulse rate, temperature ...)
24/65
provides an optimal charging current (voltage/current) for your
UNIMPPT
www.uniteck.fr