This 1500W car power inverter features a lightweight design which is a result of the Aluminium alloy steel it’s made from. Its design helps to create more available storage space. The 1500W car power inverter converts DC 12V to AC 110V and has a weight of 8 oz (295g). The product dimension of the inverter is 3.2 x 2.5 x 1.5 inches.

The power inverter also comes with 2 AC outlets and a single USB port to enable the charging of electronic devices such as laptops and phones. Dual USB ports effortlessly charge two devices (including smartphones and tablets) at once while the outlets can power a wide range of power-hungry items on the road.

For maximum utility, stay in charge at all times and add this to your travel emergency kit. The 1500W car power inverter comes with a built-in fuse to protect your device. Also, a stable charging design provides protection against, overheating, under and over voltage charging, short-circuiting, overloads, and overcharging.

Advanced technology applied in the car power inverter features an intelligent temperature control cooling fan which helps prevents the inverter from making noise during operation. Thus, it runs faster when it gets warmer.

Durable metal housing which is a unique feature of the 1500W car power inverter provides advanced protection from drops and bumps. Integrates a very silent cooling fan which helps reduce heat and prevents short-circuit.

Moreover, it’s also a perfect match for in-car use to power up notebook/laptop, DVD player, and digital camera. And with the 16 inches utility cord that comes with it, you can comfortably charge your device from any position in your car.

Stanley Fatmax Power Inverter (12V DC to 120V AC Power outlet) is an inverter with lightweight that produces up to 140 Peak Watts. The power is channelled through a single 120V AC outlet as well as 2 USB charging ports.

For cases where you want to get your phone or any other small electronic device charged-up, you could simply plug the Stanley Fatmax power inverter into your vehicle’s DC plug. Once that’s done, you can then plug your devices into it.
It also features a comfortable silent-running design that is fan-free. It has a low voltage with an automatic shutdown that helps preserves your battery life to last even longer.

The Stanley Fatmax power inverter comes with a mounting kit that helps keep your movement in a comfortable position. Once it’s mounted, it clicks and fixes to a particular spot and only be released through the use of a push-button.

The 12.8 weighted power inverter has a product dimension of 1.5 x 6 x 8 inches that comes with a 2ft power cord. The input and output voltage of Stanley Fatmax power inverter is known to be at 12v DC / 140w and 120v AC / 100w (0.9a) || USB 5v DC (2a) respectively.

When it comes cost-effectiveness and eco-friendly lighting, solar LEDs usually offer the perfect solution. Moreover, in this case 130LM Solar Lamp offers solutions not just to the interior space. It goes as far as extending it to tent, trees houses, barns, or even to your camping trips.

By placing your 130LM solar lamp where it can receive direct sunlight for about 5-8 hours, the in-built cells will be able to power-up an 850mAh rechargeable battery based in lithium technology within that time range. It is small in size and also light in weight making it easy to carry. When it’s then fully charged, the solar battery is able to power the light bulb for up to 5 hours without interruption.

The bulb is plastic in nature and can be used in weather condition (it’s worthy of note that’s not water-proof). The amount of light generated by the LED is bright enough as the bulb produces 130 lumens using natural white colour. It has an output power of 5W and total lifespan of 5,000 hours. Most Interestingly, in cases where your laptop or cell phone battery gets low, the solar can act as a power source to charge it up.

ALLWEI 300W Power Inverter is a durable and long-lasting power inverter you can use for road trips, and vacations in case of an emergency or back-up support. It comes with two in-built household electrical outlets as well as 4.8A dual USB charging ports to help for faster and easy charging.

The 300W power inverter is also designed to provide safe charging protection. This is to help guard against factors such as: overheating, under and over-voltage charging, short circuiting, overloads and overcharging. The switch is easy to use and comes with a USB port. You can also make use of it if you don’t wish to turn on the switch.

With the help of a smart cooling fan, ALLWEI 300W Power Inverter tends to operate silently. It runs even faster when it gets warmer. Also much comfort is assured as you can now Plug directly into your cigarette lighter socket. The length of the Cord is 33 inch to satisfy people who sit in backseat, with fastening tape, which is more convenient to keep.

The Inverter is available only in red colour and has an output voltage of 110V ~ 120V AC 60HZ+/-2Hz. An Input voltage of 12 V DV and a USB Output and Rated Power of 5V 2.4A & 2.4A AUTO and 300W respectively.

As a safety tip, it’s worthy of note that you shouldn’t leave the power inverter in the ON position while your car is off.
The cooling fan remains on continuously. This means you’ll only be able to use it in situations where the car is running.

Solar charge controller is a device that in charge of controlling the energy going into the battery bank directly from the sun. This device guarantees that the  energy in the batteries are not loss during the day and that the energy doesn’t run in reverse. Some solar charge controller are accessible of extra capacities, such as lighting and load detector, however dealing with the energy is its major focus.

A solar charge controller is accessible in two advancements, PWM and MPPT. How they act in a framework is totally different from one another. A MPPT charge controller is more costly than a PWM charge controller, and it is regularly justified, despite all the trouble to pay the additional cash.

Charging of battery bank – changes the measure of intensity set to the batteries dependent on its charge level, for more beneficial batteries.

It turns around power security – prevents the sun oriented boards from depleting the batteries around evening time when there is no force originating from the sunlight based boards.

Low voltage– this kills the joined loads when the battery is low and enables it when the battery is energized back.

Lighting control – turns appended light on and off dependent on sunset and day break. Numerous controllers are configurable, permitting settings for a couple of hours or throughout the night, or some place in the middle.

However, the display may show a voltage of battery bank, condition of charge, amps rolling in from sunlight based board.

A zinc-carbon battery is a dry cell primary battery that delivers about 1.5V of DC from the electrochemical reaction between Zn (Zinc) and MnO2. A carbon rod collects the current from the MnO2 (manganese(iv)oxide) electrode, as its name implies.

A dry cell is usually made from zinc, which serves as the anode with a negative electrical polarity, while the inert carbon rod serves as the positive electrical pole cathode. These batteries made portable devices such as the flashlight possible because of its ability to function in a diverse set of these devices besides the fact that they were the first set of commercial dry batteries. Its formation can be seen below:

Zn + 2 Cl⁻ → ZnCl₂ + 2 e⁻

2 MnO₂ + 2 NH₄Cl + H₂O + 2 e^– → Mn₂O₃ + 2 NH₄OH + 2 Cl⁻

Zn + 2 MnO₂ + 2 NH₄Cl + H₂O → ZnCl₂ + Mn₂O₃ + 2 NH₄O

Zn + 2 Cl⁻ → ZnCl₂ + 2 e⁻

2 MnO₂ + ZnCl₂ + H₂O + 2 e⁻ → Mn₂O₃ + Zn(OH)₂ + 2 Cl⁻

Zn + 2 MnO₂ + H₂O → Mn₂O₃ + Zn(OH)₂

The zinc-carbon battery is to be stored at room temperature as recommended by manufacturers. Storing them at a temperature higher than the recommended temperature would thwart, terminate and, shorten the shelf life of the battery. It is safe to store it below room temperature, that is, freezing, but before use, it must be unfrozen to enable it to function effectively and prolong its shelf life.

The zinc-carbon cells have a short shelf life laying the fact that the zinc is constantly attacked by ammonium chloride. And as it is being used it becomes thinner and thinner until its no longer functional for use.

Zinc air batteries is a metal-air battery powered by oxidizing zinc and oxygen from the air. These batteries have high energy densities and are relatively cheap to produce/manufacture. It can be used in hearing aids, film cameras, and electric car induction. A zinc air battery has a high amount of energy and weight more than other types of batteries since atmospheric air is one of its reactants.

Zinc air battery has a long shelf life if sealed to keep air out; even the smallest form of this battery, button battery can be stored for up to 3 years at room temperature if its seal is not removed. The shelf life of a zinc air battery is a function of its interaction with its environment.

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The electrolyte loses water faster in conditions of high temperature and low humidity because the potassium hydroxide electrolyte is capable of absorbing moisture from the air and dissolving it. In very humid conditions excess water accumulates in the cell, flooding the cathode and destroying its active properties.

Potassium hydroxide also reacts with atmospheric carbon(iv)oxide; the formation of the carbonate reduces electrolyte conductivity. These batteries have high self-discharge once opened to air; the cell’s capacity is intended to be used within a few weeks. The formula for the formation of this battery is:

Anode: Zn + 4OH⁻ → Zn(OH)₄²⁻ + 2e⁻ (E₀ = －1.25 V)

Fluid: Zn(OH)₄²⁻ → ZnO + H₂O + 2OH⁻

Cathode: 1/2 O₂ + H₂O + 2e⁻ → 2OH⁻ (E₀ = 0.34 V pH＝11)

Overall: 2Zn + O₂ → 2ZnO (E₀ = 1.59 V)

The zinc air battery is of two types, either primary (non-rechargeable) or secondary (rechargeable)

Wireless battery charger makes use of an inductive or magnetic field between two objects which are typically coils to transfer enough energy from one to another for use. The energy is transferred from the energy source to the receiver where it is typically used to charge the battery in the device like smartphones, tablets, laptops.

Wireless battery charger technology has been around for more than 100 years, but its impact on devices such as Apple’s new iPhone line has restored it to a brand new and improved technology. It works through a medium of relying on an electromagnetic field between two copper coil, which greatly limits the distance between the receiver’s device and a charging port. That’s the type of charging Apple has built into the iPhone 8 and the iPhone X.

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Here are positioned the three types of wireless battery charger which are the non-radiative charger, trickle charger, electromagnetic resonant charger.

The wireless battery charger works with some basic charge standards like the QI. Wireless charging standard uses a power transmitter pad that is with a similar character to the charger that would be used in a normal wired system, and a compatible wireless power receiver that is located in the device to be charged.

There are basically two types of wireless battery charger categories namely the low power category and the medium battery category, and as it comes with categories it also has basically two Elements which are base stations and mobile devices. To achieve this power must be very high.

The USB battery pack, also known as the Power Bank can be defined as a portable battery pack that uses circuitry to control any power in and power out. They have the ability to charge up using a USB charger when power is available and then used to charge battery-powered items like mobile phones and other devices that would normally use a USB charger.

They are used for providing portable power to charge battery-powered items like mobile phones and other similar items that have a USB interface.

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There are two different types of USB Battery Pack, they are the universal power bank and the solar power bank. The universal power bank is the normal USB Battery Pack portable chargers available in the stores and online. They are charged from the normal USB sources like USB chargers.

The solar power bank, as the name implies is capable of using sunlight to charge up since they have photovoltaic panels. The photovoltaic panels are only able to trickle-charge the internal battery when placed in sunlight because the solar cells are relatively small, but nevertheless, this is a very useful function.

A good USB battery pack is capable of holding a charge for up to 6 months with only a small loss of charge, but lower quality ones may only be able to retain a useful charge for about a month. The USB battery packs are for room temperature, but storing them outside the required room temperatures may considerably reduce their performance.

USB devices that need more power than this are called high power devices (instead of low power).  The maximum load that is requested for USB2.0 is 500mA and USB3.0 is 900mA.

The USB Battery Charger Specification gives optional new power modes. A host or hub port that supports charging can only supply up to 1.5 A when communicating at low speed or full speed, or a maximum of 900 mA when communicating at high speed, and as much current as the connector will safely handle when no communication is taking place.

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Most people use USB charger for multiple devices not knowing if it is good or bad this will show the required answer. While you are thinking that all mini USB cables are of equal size, just because a charger fits your device doesn’t really means you should use it.

As there are different types of smartphones and tablets, these also have different voltage required for successful charging; when there are too many volts from the charger the gadget fries which may cause a fault to the phones charging port which will be too few and the device will take forever to charge. With this point, it is noted that it is not right to share USB chargers.

Most of us out of lack of information charge our phone with USB connected to laptops well it is not safe because it exposes battery chemicals to unsafe, secure and fast charges, lowing the batteries voltage and damaging the phone’s cell.