Neo Tools portable solar panels are perfect for camping or traveling. They can be used as a charger for phone, tablet, laptop or other devices. Thanks to modern production technologies it is a durable and reliable source of energy.
The foldable solar panel charges 12 V batteries, in particular in vehicles (house on wheels, boat, yacht, etc.) or other systems with a 12 V battery. and accessories needed to charge the battery.
The 90-140 portable solar panel features two USB ports and a convenient folding design. The mat extends from 285x200x32 to 580x285x15 mm and weighs only 550 g. The charger has hooks located on the edges of the product to attach it to a backpack, tree or any surface with any type of rope. The solar panel charges smartphones, laptops, tablets, power banks, as well as toys or gadgets with a universal USB port.
The 90-141 Portable Solar Panel is a device that charges 12-volt batteries and electronic devices needed on the go, such as a laptop, smartphone, or tablet. Ideal for use in camping, on a boat or in the country. The 120 W panel has a voltage regulator, 2 USB outputs and 1 USB-C output. The controller automatically recognizes and adapts to a voltage of 12 V / 24 V. In the expanded form it has a large area for charging (1316x762x15 mm), and when folded (380x370x50 mm) - compact and easy to transport. The solar charger is equipped with a 5 m cable, 30 cm crocodile charging cables and a practical carrying case.
The 90-142 portable solar panel charges 12V car batteries and electronic gadgets needed on the go. The 140 W panel has a voltage regulator, 2 USB outputs and 1 USB-C output. The controller automatically recognizes and adapts to a voltage of 12 V / 24 V. It has a large area for charging (1678x548x15 mm), and is compact and easy to transport when folded (548x455x40 mm). The solar panel is equipped with a 5 m cable and 30 cm "crocodile" charging cables.
Portable solar panel 90-143 is a solar charger for use both stationary and with the possibility of use while driving or traveling on a yacht. The panel has a standard of IP67 protection against dust penetration. 100 watts charges 12-volt batteries. The panel has a semi-flexible structure designed for car roofs or rounded surfaces. Mounting rivets and MC4 cable are included.
Portable solar panel 90-144 for stationary and portable purposes. Due to its light weight and sophisticated design, it can be carried or transported by car or boat. The panel has a standard of IP67 protection against dust penetration. 100 watts charges 12-volt batteries. At a power of 200 W it is necessary to use a voltage stabilizer that supports the stated current range above 10 A (for example, article 90-150). The device is covered with a semi-flexible shell, it is convenient to install on the roof of the car or other rounded surfaces. Mounting rivets and MC4 cable are included.
NEO 90-145 solar panel controller is a necessary device for photovoltaic systems. The function of the controller is to protect the batteries from overcharging or full discharge. The device has built-in controllers for easy adjustment of parameters, control of three stages of charging PWM and blocking the reverse current MOSFET. The controller automatically detects and adapts to 12 V / 24 V. It also protects against short circuits, overloads and incorrect polarity. It is compatible with all types of lead-acid, lithium-ion and lithium-polymer batteries. The controller can be used with NEO solar panels: 90-141, 90-142, 90-143.
NEO 90-150 solar panel controller for all types of lead-acid batteries (OPEN, AGM, GEL), lithium-ion batteries (triple lithium batteries), and lithium-polymer batteries (lithium-iron-phosphate batteries). The device has built-in controllers for easy adjustment of parameters, control of three stages of charging PWM and blocking the reverse current MOSFET. The controller automatically detects and adapts to 12 V / 24 V. It also protects against short circuits, overloads and incorrect polarity. The device is only intended for use with solar panels, such as NEO: 90-144. It is not recommended to connect other power sources to this controller.
NEO 90-146 crocodile charging cables are recommended for the installation of portable solar panels with a battery with voltage regulator. They are needed to charge the battery or directly the light source, such as light bulbs / lamps. Crocodile cables control photoelectric energy in more detail, while maximizing the safety of using solar panels. The cables are easy to use and durable.
The NEO 90-147 charging cable is an accessory for connecting a voltage regulator to portable solar panels. These cables are also needed to charge the battery or directly the light source, such as a light bulb / lamp. Compatible with NEO devices. The cable is useful for professional photovoltaic systems. A 5-meter retractable cable with MC4 connector is included.
The 90-148 charging cable is an accessory for connecting the power plant's charger to portable solar panels. The set includes a retractable cable with a length of 2 meters and two terminals such as MC4 and DC 5.5 x 2.5 mm. Cable is suitable for professional and household photovoltaic systems.
The 90-149 charging cable is an accessory for connecting the power plant's charger to portable solar panels. The set includes a cable 5 meters long and two terminals type MC4 and DC 5.5 x 2.5 mm. Cable for professional and household photovoltaic systems.
The solar panel charges 12-volt batteries or mobile devices, such as phones, laptops, tablets. The panel can be used in campsites, cars, boats.
To charge the 12 V battery, connect the cables in the following order (Fig. A)
1. Connect the battery 2 to the voltage regulator 4.
2. connect the next power consumer 3.
3. connect solar panel 1 to the controller.
Additional high-power consumers must be connected directly to the battery (Fig. B)
Connect the solar generator directly to the solar panel, connect mobile devices that are charged via the USB cable (not included) to the USB ports.
Make sure that the port meets the specifications of the charger (Fig. C)
For efficient use, arrange the panels so that the light-absorbing surface is at an angle of 90 ° to the sun.