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Incarcare baterie cu panou solar panel regulator, IN:8-28V, OUT:5-26V (DC.517P)
Livrare gratuita la comenzile de 180 lei
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Specificatii
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Produsul este la fel cu cel prezentat in fotografii!
Produsul este la fel cu cel prezentat in fotografii!
Specificații în limba
engleză:
1. Solar cell maximum power point tracking, the output
current is greater than the solar panel currentReally ultra-high
efficiency MPPT, support 8-28V, solar high current within 100W For
charging,it is recommended to equip each solar panel with one
module)Multiple modules can be expanded in parallel recharging
current
2. The output voltage can be adjusted arbitrarily, CC-CW automatic control (support single or multi-cell Lithium battery or lithium iron phosphate or lead-acid battery, high-power LED, etc.)
3.Complete battery chargemanagement
4.PWM switching frequency:300KHZ
5. The constant current charging current is set by an external resistor (preset 5000mA/2000MA)
6. Trickle charge the deeply discharged battery
7. Double indication of charging status and charging end status (red light on/full blue light when charging On/Red light flashes and blue light is always on, indicating that the battery is not connected)
8. Low power consumption soft start function
9. Imported high frequency low conduction internal resistance double MOS tube, 10A high current double diode,High-efficiency flat high-power inductors, constantan current detection resistance,low dropout protection against reverse connection Protection,reverse connection does not work, to prevent reverse connection damage to the charging board.
2. The output voltage can be adjusted arbitrarily, CC-CW automatic control (support single or multi-cell Lithium battery or lithium iron phosphate or lead-acid battery, high-power LED, etc.)
3.Complete battery chargemanagement
4.PWM switching frequency:300KHZ
5. The constant current charging current is set by an external resistor (preset 5000mA/2000MA)
6. Trickle charge the deeply discharged battery
7. Double indication of charging status and charging end status (red light on/full blue light when charging On/Red light flashes and blue light is always on, indicating that the battery is not connected)
8. Low power consumption soft start function
9. Imported high frequency low conduction internal resistance double MOS tube, 10A high current double diode,High-efficiency flat high-power inductors, constantan current detection resistance,low dropout protection against reverse connection Protection,reverse connection does not work, to prevent reverse connection damage to the charging board.
Specification:
Item Type:Solar Panel Regulator
Input Voltage: DC 8-28V input DC voltage. (No AC input)
Output Voltage: DC 5-26V continuously variable transmission
6V battery can charge 12 or 8.4V, 12.6V, 16.8V lithium battery
7.2V, 10.8V, 14.4V lithium iron phosphate battery
2-4 series lithium battery, lithium iron phosphate charging management board
Output Current: 5A Maximum
Charging Indicator: Yes. The fast red and blue lights of the fast red light flash alternately. Automatically stopped.
MPPT Function: MPPT maximum power point automatic tracking, maximizing the use of solar charging
Low Voltage: 1V (the same is true for buck regulators, the input voltage is at least higher than the output 1V)
Low Power Consumption: Yes. Ultra-low voltage design for low power consumption and high efficiency, professionally adapted to solar panels
Operating Temperature: Industrial Grade (-40℃ to + 85℃)
Load Adjustment Rate: ±1%
Voltage Regulation Rate: ±0.5%
Connection: With Terminal
MPPT voltage: adjustable, the voltage of different MPPT solar modules is different, even if the mppt voltage can not adjust the mppt solar controller, can it be called mppt? The MPPT control technology uses a charging efficiency ratio control scheme of the charge meter, which is generally about 30% higher than the DC-DC step-down power supply MCU + PWM. Make full use of solar energy and operate at low power. Reduce power loss! The MPPT function can effectively prevent the charging voltage of the solar panel from being slowly and slowly killed by the battery.
Note: The first charge will pre-adjust the output voltage. Please monitor the battery voltage closely to prevent overcharging! Don't have unprotected lithium batteries!
Debugging method:
Step 1: If the voltage is output in step 2, connect the solar cell and do not charge the bottle. If there is no output, the small output rotates counterclockwise slowly counterclockwise until the output voltage MPPT.
Step 2: Transmitting the small output voltage counterclockwise until the red and blue indicators flash, then adjusting the coarse output voltage to the full cutoff voltage
Step 3: Repair the depleted battery and monitor the charging current on the output string ammeter. Adjust the potentiometer with MPPT until the charging current is maximum.
Step 4: Fill the battery only. If the blue light rotates clockwise, increase the output voltage until the red light is on. Then slowly shift a small output voltage counterclockwise until only blue is lit, then use a multimeter to make sure the cutoff voltage is correct to avoid overcharging!
Transfer method instead of using solar power:
Step 1: The power supply has adjusted the solar MPPT voltage (eg 18V)
Step 2: If the output voltage is adjusted in a clockwise direction until there is no large MPPT voltage output, do not connect the power supply to the input terminal and do not charge the battery. Then slowly rotate counterclockwise until the small MPPT transmission just has the output voltage.
Step 3: Decrease the output voltage counterclockwise until the red and blue indicators flash, then coarsely adjust the output voltage to the full cutoff voltage
Step 4: Fill the battery only. If the blue light rotates clockwise, increase the output voltage until the red light is on. Then slowly shift a small output voltage counterclockwise until only blue is lit, then use a multimeter to make sure the cutoff voltage is correct to avoid overcharging!
Charge management board function:
1. Solar cell maximum power point tracking, output current is greater than solar panel current, true ultra-efficient MPPT, support 8-28V, 100W solar high current charging, it is recommended that each module of solar panel be connected in parallel to expand charging Current
2. Adjustable output voltage, CC-CW automatic control (can support single or multi-cell lithium battery or lithium iron phosphate or lead acid battery, high power LED.
Input Voltage: DC 8-28V input DC voltage. (No AC input)
Output Voltage: DC 5-26V continuously variable transmission
6V battery can charge 12 or 8.4V, 12.6V, 16.8V lithium battery
7.2V, 10.8V, 14.4V lithium iron phosphate battery
2-4 series lithium battery, lithium iron phosphate charging management board
Output Current: 5A Maximum
Charging Indicator: Yes. The fast red and blue lights of the fast red light flash alternately. Automatically stopped.
MPPT Function: MPPT maximum power point automatic tracking, maximizing the use of solar charging
Low Voltage: 1V (the same is true for buck regulators, the input voltage is at least higher than the output 1V)
Low Power Consumption: Yes. Ultra-low voltage design for low power consumption and high efficiency, professionally adapted to solar panels
Operating Temperature: Industrial Grade (-40℃ to + 85℃)
Load Adjustment Rate: ±1%
Voltage Regulation Rate: ±0.5%
Connection: With Terminal
MPPT voltage: adjustable, the voltage of different MPPT solar modules is different, even if the mppt voltage can not adjust the mppt solar controller, can it be called mppt? The MPPT control technology uses a charging efficiency ratio control scheme of the charge meter, which is generally about 30% higher than the DC-DC step-down power supply MCU + PWM. Make full use of solar energy and operate at low power. Reduce power loss! The MPPT function can effectively prevent the charging voltage of the solar panel from being slowly and slowly killed by the battery.
Note: The first charge will pre-adjust the output voltage. Please monitor the battery voltage closely to prevent overcharging! Don't have unprotected lithium batteries!
Debugging method:
Step 1: If the voltage is output in step 2, connect the solar cell and do not charge the bottle. If there is no output, the small output rotates counterclockwise slowly counterclockwise until the output voltage MPPT.
Step 2: Transmitting the small output voltage counterclockwise until the red and blue indicators flash, then adjusting the coarse output voltage to the full cutoff voltage
Step 3: Repair the depleted battery and monitor the charging current on the output string ammeter. Adjust the potentiometer with MPPT until the charging current is maximum.
Step 4: Fill the battery only. If the blue light rotates clockwise, increase the output voltage until the red light is on. Then slowly shift a small output voltage counterclockwise until only blue is lit, then use a multimeter to make sure the cutoff voltage is correct to avoid overcharging!
Transfer method instead of using solar power:
Step 1: The power supply has adjusted the solar MPPT voltage (eg 18V)
Step 2: If the output voltage is adjusted in a clockwise direction until there is no large MPPT voltage output, do not connect the power supply to the input terminal and do not charge the battery. Then slowly rotate counterclockwise until the small MPPT transmission just has the output voltage.
Step 3: Decrease the output voltage counterclockwise until the red and blue indicators flash, then coarsely adjust the output voltage to the full cutoff voltage
Step 4: Fill the battery only. If the blue light rotates clockwise, increase the output voltage until the red light is on. Then slowly shift a small output voltage counterclockwise until only blue is lit, then use a multimeter to make sure the cutoff voltage is correct to avoid overcharging!
Charge management board function:
1. Solar cell maximum power point tracking, output current is greater than solar panel current, true ultra-efficient MPPT, support 8-28V, 100W solar high current charging, it is recommended that each module of solar panel be connected in parallel to expand charging Current
2. Adjustable output voltage, CC-CW automatic control (can support single or multi-cell lithium battery or lithium iron phosphate or lead acid battery, high power LED.
Pachetul conține:
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produs: DC - 517P)
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Incarcare baterie cu panou solar panel regulator, IN:8-28V, OUT:5-26V (DC.517P)
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