solar panel controller photovoltaic solar controller 10a20a30a60a street lamp charging controller

Photovoltaic panels, solar power controllers, 10A, 20A, 30A, 40A, 50A, 60A, street light intelligent system charging controller (All products are duty-free and tax-exempt)

Product dimensions: 1.32 * 0.70 * 0.35 mm

Packaging dimensions: 135*80*40 mm

Gross weight: 150g

Packaging dimensions: 560*420*220mm

Weight: 16 kg (100 pcs)

1. Connect the battery to the positive and negative terminals of the charging regulator.
2. Connect the photovoltaic module to the positive and negative terminals of the regulator.
3. Connect the user to the positive and negative terminals of the charging regulator.

The opposite order applies during uninstallation!

Improper sequence will damage the controller!

This is the new solar controller, which can fully meet the requirements of your home photovoltaic system (including the home lighting system). It can automatically recognize 1.2V and 2.4V lead-acid gel batteries.

Optional models of 10A, 20A, 30A, 40A, 50A, and 60A

10A<t_XXXXXXXXX> <t_XXXXXXXXX>

If your battery is1 2V, then the maximum solar panel input is2.5 V 120 W

If your battery is2.4V, then the maximum solar panel input is50V 240W

20A<t_XXXXXXXXX> <t_XXXXXXXXX>

If your battery is1 2V, then the maximum solar panel input is2.5 V 2.40 W

If your battery is2.4V, then the maximum solar panel input is50V 480W

30A

If your battery is1 2V, then the maximum solar panel input is2.5 V 360 W

If your battery is2.4V, then the maximum solar panel input is50V 720W

40A

If your battery is1 2V, then the maximum solar panel input is2.5 V 480 W

If your battery is2.4V, then the maximum solar panel input is50V 960W 

50A

If your battery is1 2V, then the maximum solar panel input is2.5 V 600 W

If your battery is2.4V, then the maximum solar panel input is50V 1200W

60A

If your battery is1 2V, then the maximum solar panel input is2.5 V 720 W

If your battery is2.4V, then the maximum solar panel input is50V 1440W

70A

If your battery is1 2V, then the maximum solar panel input is2.5 V 840 W

If your battery is2.4V, then the maximum solar panel input is50V 1680W

80A

If your battery is1 2V, then the maximum solar panel input is2.5 V 960 W

If your battery is2.4V, then the maximum solar panel input is50V 1920W

90A

If your battery is1 2V, then the maximum solar panel input is2.5 V 1,080 W

If your battery is2.4V, then the maximum solar panel input is50V 2,160W

100A

If your battery is1 2V, then the maximum solar panel input is2.5 V 1.200 W

If your battery is2.4V, then the maximum solar panel input is50V 2400W

Features:
1. Built-in industrial microcontroller.

2. Large LCD display, all parameters can be adjusted.

3. Full Level 4 PWM charging management.

4. Built-in short-circuit protection, open circuit protection, reverse connection protection, and overload protection.

5. Dual MOSFET reverse current protection, low heat generation.

Specifications:

Rated voltage: 12V and 24V auto

Application: Solar Energy System Controller

Current: 10A, 20A, 30A

Equipped with a timer and light sensor, it can be used in solar lighting systems.

Applicable only to off-grid photovoltaic solar systems.

For the 10A 12V photovoltaic system: 120W solar panel, 12V lead-acid battery, 21V for maximum input voltage

For the 20A 24V photovoltaic system: 240W solar panel, 24V lead-acid battery, 42V used for the maximum input voltage

>>Safety Instructions

1. Before the first installation, ensure that the battery has sufficient voltage so that the controller can identify the battery type.

2. The battery cable should be as short as possible to minimize wear and tear.

3. The regulator is only applicable to lead-acid batteries: OPEN, AGM, GEL

It is not applicable to nickel-hydrogen, lithium-ion, or other batteries.

4. The charge regulator is only suitable for adjusting solar modules. Do not connect other power sources to the charge regulator.

>>Product Features

1. Built-in industrial microcontroller.

2. One-click setup, digital display, automatic memory function.

3. Full Level 4 PWM charging management.

4. Built-in short-circuit protection, open circuit protection, reverse connection protection, and overload protection.

5. Dual MOSFET reverse current protection, low heat generation.

>>System Connection

1. Connect the battery to the charging regulator – positive and negative terminals. If a 1.2V battery is detected, it will display 1; if a 2.4V battery is detected, it will display 2.

2. Connect the photovoltaic module to the regulator – positive and negative.

3. Connect the user to the charging adapter – positive and negative.

The opposite order applies during uninstallation!

Improper sequence will damage the controller!