Didisolar Mppt solar charge Regulator is a Maximum Power Point Tracker (MPPT) charge controller designed to harvest the maximum available energy from the PV array and deliver it to the batteries. The didisolar MPPT algorithm finds the maximum power point of the array ，and operates at this point while regulating the output current and battery voltage to fully charge the battery.
The difference between PWM and MPPT controller
Simple PWM, or pulse width modulation solar charge controllers have a direct connection from the solar array to the battery, and use a basic rapid switch to modulate or control the battery charging. The switch (transistor) is open until the battery reaches the absorption charge voltage. Then the switch starts to open and close rapidly (hundreds of time per second) to reduce the current and maintain a constant battery voltage. This works ok, but the problem is the solar panel voltage is pulled down to match the battery voltage. This in turn pulls the panel voltage away from its optimum operating voltage (Vmp) and reduces efficiency.
MPPT or ‘maximum power point tracking’ controllers are far more advanced than PWM controllers and enable the solar panel to operate at its optimum voltage for maximum power output. Using this clever technology, MPPT solar charge controllers can be up to 30% more efficient, depending on the battery voltage and type of solar panel connected. The reasons for the increased efficiency and how to correctly size an MPPT charge controller is explained in detail below. As a general rule MPPT charge controllers should be used on all higher power system with 2 or more panels, or whenever the panel voltage is much higher than the battery voltage
Advantages of Didisolar solar controller
1、Display real-time power generation and current.
2、Display the daily power generation curve and current curve.
3、Chinese and English, multi-function LCD screen and operation menu.
4、Display fault records, to facilitate customer troubleshooting in a timely manner.
5、Support lead-acid batteries, colloidal batteries and lithium batteries.
6、Intelligent maximum power point tracking technology increases efficiency 25%~30%.
7、Battery temperature sensor (BTS) automatically provides temperature compensation.
8、Perfect protection function.
9、 The latest MPPT algorithm is used to track the maximum power point of solar power generation in real time. The charging efficiency is over 98.5 % and the tracking accuracy is over 99.73 %.
10、Ultra-fast tracking speed, tracking 1 times per second.
- Mppt solar charge Regulator have Protections against over-temperature and reverse polarity.
- Electronic protection against overcharging, over-discharging, overload, and short circuit.
- The cast aluminum radiator shell permits excellent heat dissipation, allowing natural cooling.
- Bright dot-matrix LCD (liquid crystal display) for charge data l
- 6 button combination for programmable features
- Log function capability up to 60 days
- Sealed, Gel, Flooded or User battery option
- Automatically detects 12V /24V / 36V / 48V DC systems
- Dual timer function; enhancing flexible lighting systems
Solar controller parameters
MPPT Solar Charge Controller Mode：TYC-60IR
Rated voltage:12/24/48V Auto
Maximum protection current:63A
Maximum PV input power:12V(850W),24V(1700W),48V(3400W)
PV input low voltage protection point:12V:DC16V 24V:DC30V 48V:DC60V
PV input low pressure recovery point:12V:DC18V; 24V:DC34V 48V:DC65V
Limit input voltage:DC160V
PV input overvoltage protection point:DC150V
PV input overvoltage recovery point:DC145V
Static power consumption:≤2 W
Machine efficiency:≥9 6 . 5 %≤9 9 %
PV module utilization:≤9 9 %
Protective function:PV array short circuit, overvoltage, overcurrent reverse polarity protection, battery overcharge, reverse protection