Solar kit 360w solar panel charging controller 30a 12 24v

SOLAR PANEL SOLAR SET 360W + 30A REGULATOR The proposed set allows you to use solar energy to charge a 12/24V battery. The collected energy can be used to power devices or lighting with a voltage of 12/24V (such as from the cigarette lighter socket in a car). It is also possible to use a converter from 12/24V to 230V AC to power typical electrical devices.

This set solves the problem of access to electricity in a camper or caravan

On a boat, yacht, houseboat

On a recreational plot, summer house .

The set includes: Solar Panel 360W Astro FULL BLACK MONO HALFCUT 10.68A 39.80V 176.5cm×104.8cm×3.5cm

Charging regulator with LCD display with a maximum charging and load current of 30A

Cables with crocodile clips for connection to a 1.2m long battery

Rubber, solid cable with MC4 plugs for connecting a 2m / optionally 4m or 6m long PV panel

Solar Panel 360W Astro FULL BLACK MONO HALFCUT 10.68A 39.80V 176.5cm×104, 8cm×3.5cm Technical data of the photovoltaic panel: Maximum power (Pmax): 360 Wp

Maximum power voltage (Vmp): 33.24 V

Maximum power intensity (Imp): 10.68 A

Open circuit voltage (Voc ): 39.80 V

Short circuit current (Isc): 11.15 A

Module efficiency: 19.2%

Power tolerance: 0~+5W

Maximum nominal fuse current: 20 A

Number of cells: 120 ( 6x20)

Class II

Panel dimensions: 176.5cm×104.8cm×3.5cm

Weight: 19.5 kg

Frame material: anodized aluminum alloy

Operating temperature: -40*C - +85 *C

Glass: 3.2 mm anti-reflective tempered glass

Junction box: IP68, 3 diodes

MC4 x2 4mm2 connector

HALFCUT technology Greater power Manufacturers are increasingly trying to improve the products they offer. One of the improvements is the technology of cut tiles. This way of arranging silicon wafers increases the efficiency and class of the panel. Literally speaking, we are able to obtain greater module power from the same size. This is why high-power panels are available in half-cut technology. Lower module power losses. This is not the end of the advantages. One of the biggest advantages is much lower power loss compared to standard panels. A silicon wafer cut in half is much smaller, so it generates much lower current. This is directly proportional to its size. Takeoffs, however, are strongly dependent on resistance. In half-cut module technology, it is up to 5 times smaller than in traditional technology. This is certainly the biggest advantage. Ultimately, the module generates smaller losses, which translates into higher efficiency and yield per installed m2.

Reduced risk of shading. Half-cut modules have another advantage that is worth mentioning. They are less exposed to the risk of shadowing in the face of traditional technologies. And we don't mean shading caused by a nearby tree or other object. Often, when we mention this to clients, they assure us that there are no elements causing shading near the planned investment. Unfortunately, most of us forget about the atmospheric effects that can cause shading. An example would be snow.

In half-cut modules we will find more bypass diodes. This results directly from the structure of the module. The panel is divided into two parts. The upper part and the lower part. Both are connected in parallel, and a separate shunt diode is responsible for their operation, so that they can also work independently of each other. Additionally, each part has its own rows of connected boards, which are also protected by separate diodes. Most often, 20 silicon wafers. This allows for separate operation of the series inside the upper and lower parts.

VOLTAGE REGULATOR 30A 12/24V WITH TWILIGHT FUNCTION AND 2x USBFunctions of the regulator:

The regulator has a programmable twilight sensor function.

It is possible to turn on the connected receiver after sunset for a specific number of hours.

In addition, the regulator can be expanded with additional panels in the future, thanks to which we can obtain more electricity.

The regulator charges the batteries using the PWM method. It modulates the voltage range from 0 to 100%, which allows for fast and stable charging of the battery regardless of the weather and the state of the solar system.

DUAL USB CONNECTOR

Regulator protection:

Solar battery short circuit.

Overload on the receiver side.

Inverted battery polarization.

Protection against overheating.

Regulator settings:

Turning on/off receivers.

Twilight switch (switching on receivers for a given time after sunset).

Programmable up to 15 hours.

TECHNICAL DATA OF THE REGULATOR:

Adjustable protection before discharge from: 10V /20.0V

Adjustable load restoration point: 12V /25V

Maximum input voltage (from panels): <.50V

Protection class: IP30

Max. charging current (panel current): 30A

Max. load current: 30A

Operating voltage: 12V 24V DC

Own consumption: <, 6mA

Operating temperature: -35℃ to +60℃

Dimensions: 133/70/33mm

Charging compensation due to temperature. : -30.0mV/1 degree C/2V

USB output: 5V/2A (double)

BATTERY CHARGING TIMEThe table below presents the time needed to charge batteries available on the market depending on the power of the photovoltaic system.

Solar battery without problem, it will charge a 100 Ah battery in less than 6 hours from full discharge!!!

NOTE: the set does not include a battery. We recommend a gel or acid battery of at least 100Ah for this set. Of course, you can use a smaller one, but the amount of stored energy will be smaller and the service life will be shortened. Generally, the larger the battery, the better.

The charge controller controls the battery charging process and protects it against excessive charging or discharging.

Connection sequence:1. Battery

2. PV panel

3. Load (bulb symbol)

NOTE: Before connecting, ALWAYS make sure that you connect with the correct polarity, i.e. plus to plus and minus to minus. Despite the protection provided, incorrect connection may result in damage to the regulator, e.g. overheating, as well as damage to the battery and the PV panel. EXAMPLE PHOTOS OF PANEL APPLICATIONS