All in one AC Inverter 1.0KW Power Wall & Power Station

 All in one AC Inverter 1.0KW     Power Wall & Power Station     Auto Battery Stater Battery

 

Lithium Ion Battery Description

	Full Set Of Portable Solar System
	Solar Panel	<300W
	Solar Controller	20A
	Inverter	500W, 1000W
Solar Home Kits	Protections	Low Battery/Short Circuit/Overload.....
	Battery Capacity	60-100AH
	USB 5V Out x 2	2A
	12V Out QTY	6PCs, <5A in total DC loads.
	AC Output	AC220V, 50Hz
	Display	LCD Display
	Battery Breaker	60-100A
	Bulb with cable	3W LED bulb with cable
	Storage Temp	-35℃ - +50℃
	Humidity	≦95%

 

A&S Power have been in business on designing, developing, manufacturing and selling batteries and electrical accessories over 19 years when we start it in 2001. We are focus in the development of advanced battery technology in the area of consumer and industrial markets.

We have established sales distributing network in countries including America, UK, France, Japan, Germany, India, Russia,Middle East, Brazil and etc., and are grateful to extend our businesses in new markets.Our brand is well renowned under the fidelity and constancy of faith on servicing all customers. With our commitment of providing high quality, reasonable price products and one-stop service, new business partners in sole agent or direct importation pattern are greeted with joy. India will be the next significant growing market for A&S Power with his partner. BIS no. R-4105748 have been kept updating with more and more models for LiFePO4 and Li-ion Polymer batteries. Solar home station, and solar street light, E-Rickshaw batteries have been regularly shipped to India by containers.

Whatever your requirements, our friendly and knowledgeable staff are committed to providing you with a range of quality products or product development solutions supported by the highest standard of customer care.

Make A&S Power your first choice,  always be advanced and safe.

Your success is our success!

 

https://www.aspowerbattery.com/product-all-in-one-ac-inverter.html

 

What Is The Difference Between Lithium Battery And Lithium Ion Battery?

Batteries are an incredible resource in modern society. They power everything from mobile phones to wireless automatic vacuum cleaners to various types of cameras. There are many different types of batteries, and they have many different uses, but the ones we hear most are lithium batteries and lithium ion batteries. In the past, you might have to make a decision about these two different battery types, but do you really know what they are?

What is a lithium battery?

Lithium batteries are primary cell batteries, which means they cannot be recharged once they are exhausted. They use metallic lithium as the anode. Lithium batteries have a higher charge density, which means they last longer than other batteries and can store more energy. According to their design, lithium batteries can generate electricity with a voltage of 1.5 to 3.7 volts. The metal used in lithium batteries is very reactive, and pure lithium will immediately react with water and even moisture in the air.

Lithium batteries are used in many electronic devices, from electric toy cars to large cars. Although their high capacity makes them very useful, the fact that they cannot be easily or even safely charged means that many companies are starting to look for other alternatives. The disposable batteries in many of our homes are not very good for the environment, which is why many people and companies decide to use lithium-ion batteries.

What is a lithium ion battery?

Li-ion batteries are secondary batteries, which means they can be charged and reused. These batteries are very popular now. Without them, our daily lives would be very different. Your laptop, cell phone, tablet, and camera all rely on lithium-ion batteries to keep working, because these rechargeable batteries are very effective. The electrodes of lithium-ion batteries are made of lithium and carbon, which makes them much lighter than other rechargeable batteries.

Lithium-ion batteries also have a strong charging capacity, and only about 5% of their power will be lost every month when they are not in use. Another advantage of lithium-ion batteries is that they have no memory effect. Remember someone told you to fully discharge the battery before charging it? But this does not apply to lithium-ion batteries. These excellent rechargeable batteries can handle charging and emptying hundreds of times until they deteriorate.

Lithium-ion batteries are quite complex in nature, not as simple as an ordinary old lithium battery. In lithium-ion batteries, you will find multiple lithium-ion batteries to store and provide energy. However, lithium-ion batteries also have other components. A small computer in the battery monitors and regulates temperature, voltage, and battery charging status, all of which come from the unit. This small system is necessary to maintain the functionality of your battery, and it is also responsible for 5% of the monthly power loss of these rechargeable batteries.

What is the difference between lithium battery and lithium ion battery?

The biggest difference between lithium batteries and lithium ion batteries is that lithium batteries are characterized by a single battery structure, which means that they are disposable and cannot be recharged once they are used up. On the other hand, lithium-ion batteries can be used again and again, they are rechargeable and can be charged and emptied hundreds of times.

If they are left unused on the shelf, lithium batteries will last longer. Lithium batteries can be used for 10 to 12 years while remaining charged, while lithium ion batteries can only be used for 2 to 3 years.

Although lithium-ion batteries look better, especially from a waste point of view, there are still some characteristics that make lithium batteries very useful. Their energy density is much higher than that of lithium-ion batteries, which means they can hold more charge relative to their size. Lithium batteries can provide energy through a single charge, even if this is their only charge. Unfortunately, there is no safe and effective way to charge lithium batteries, which is why lithium ion batteries were invented in the first place. In addition, lithium batteries are cheaper and easier to manufacture, which means lower purchase costs.

We are lithium-ion batteries suppliers. Please feel free to contact us if you are interested in our products.

48V100Ah 5U for Telecom, Power Wall Rechargeable Li -ion Cells

 48V100Ah 5U for Telecom, Power Wall    Rechargeable Li -ion Cells     China Li-ion Battery

 

NO.	Item	Specification
1	Total power consumption	4.8KWH
	Model	48V100Ah(15S5P C20~20172125-20Ah)
		Min.:100Ah
3	internal Impedance	≤ 120mohm
	Nominal Voltage
	Charging Voltage
5
	Charging Method
	Standard Charging Process	0.2C (CC)charge to 54.75V,when 54.75V(CV) is
		reached, charge rate will reduce to 0.02C(A) for full
		charge
	Discharging Method
		Cells should be discharged at a constant current
	Standard Discharge method
		of0.2Cto 42.0 volts at 20°C ±5°C
	Standard discharge time
10	Max.Continuous Discharge	70A
	Current
	Discharge Cut-Off Voltage
	Battery Weight(MAX)

 

To be an international premier innovative technology corporation, rooted in the Chinese culture, excelling in the global green energy industry, while endeavoring to enrich the lives of our employees. Aims to be a premier solution provider for green energy storage.

Honesty and integrity are the heart and soul of A&S Power corporate culture. We are fair with each other, our customers, our staff and our suppliers. Skilled, flexible employees with initiative and innovation, underpin the future prosperity of our company.

Highest product quality and best customer service guarantee our continued success.

A&S Power is a China based international leading in design, manufacture, sales and marketing of rechargeable Lithium ion/polymer battery cells and related battery packs and systems, which we started Nickel Metal Hydride Batteries in 2001. Our Nickel Metal Hydride and Lithium battery products are widely used in consumer electronics products like solar street light, solar home station, E-Rickshaw, laptop computers, smart/cellular phone, digital media players, digital cameras and camcorders, cordless tools and numerous favors of IT gadgets.

 

Our website:www.aspowerbattery.com

 

https://www.aspowerbattery.com/product-48v100ah-5u-for-telecom,-power-wall.html

 

How To Maintain Lipo Battery

Lipo Battery suppliers will share this article with you. There are some ways to main lipo battery.

Before charge

Please read the charger instruction manual before charging.

Before each charge, check the battery voltage to ensure that they are at or above the minimum safe starting voltage. If the starting voltage is lower than the recommended level, then the battery has been over-discharged or has experienced a malfunction and should not be charged.

Be sure to check the battery for any damage before charging. Check the battery packaging, wires, and connectors for defects. These defects may cause the battery to short-circuit and eventually cause the battery to malfunction.

Make sure you are using a charging lead that is compatible with the battery connector.

Before connecting, the user should carefully check the polarity of the battery cable and charger lead to avoid short circuits.

Always check whether the charger is in good condition. Inferior chargers are dangerous.

It is entirely your responsibility to ensure that the charger you are using is working properly. Always monitor the charging process to ensure that the battery is properly charged. Failure to do so may cause a fire.

Charge

Only use chargers designed for lithium polymer/Lion batteries. Whether the charger can support different types of batteries. Be sure to choose a lithium polymer (Lipo) mode charger. Otherwise, it may cause a fire, causing personal injury and property damage.

Users should always charge in open areas away from flammable materials, liquids and surfaces.

Do not charge the battery in the model.

Do not charge the battery below freezing point (0°C, 32°F)

Do not charge hot batteries (over 100 degrees Fahrenheit). Do not hold the battery until it has cooled down.

The user should set the charger according to the number and/or voltage of the battery listed on the battery label.

The user should always set the charger to the ampere charge rate listed on the battery label.

The charger should not be set to a battery charging speed greater than 1 C (one (1) ampere hour of battery capacity), unless the C rate or interest rate specified in the product documentation of another manufacturer is preset for a specific battery and charger combination. Once you start charging, do not change the charging standard.

Do not charge the battery beyond the capacity indicated on the battery label.

Never overcharge the maximum rated voltage of the battery (LiPo 4.2V/cell).

When two or more battery packs are used in series, series charging must be selected.

Use suitable and good quality chargers, please do not use cheap and poor quality chargers, use professional lithium polymer chargers to charge. When charging, make sure that the surrounding area is clean and free of debris. Don't charge without monitoring. It is recommended to use a fat bag when charging to ensure charging safety. When the battery is fully charged, please stop charging in time. When the battery is fully charged, do not connect the charger and battery for a long time.

Discharge

Never discharge at a higher amperage rate than stated on the battery label.

The temperature of the battery during discharge cannot exceed 140°F. The battery needs adequate cooling, especially when the discharge reaches or approaches the maximum speed.

When the test battery is under load (connected to a car or a charger with discharge capability), never discharge the battery below the manufacturer's rated voltage. When the discharge voltage of the battery is lower than the minimum allowable voltage, the battery may be damaged, resulting in a decrease in battery performance, and fire may occur during charging.

Under load, do not discharge the battery below 3V.

Do not leave the battery unattended during the discharging process. During the discharge process, the user should constantly monitor the process and react to potential problems that may occur.

In an emergency, immediately stop the process, disconnect the battery, place it in a safe area, and observe for about one hour. This may cause the battery to leak, and the reaction with the air may cause the chemical substance to ignite and cause a fire. The safe area should be located outside any building or vehicle, away from any combustible materials. The battery can still ignite after one hour.

The user needs to check the condition or discharge of the battery before use. If the user finds that the cells are not balanced, or the cells are swollen or tearful, please stop using it.

Lipo battery storage:

It is forbidden to connect the terminal directly to a metal object. This can cause the battery to short-circuit, generate heat and discharge.

Do not store loose batteries together. The two ends of the batteries may touch each other and cause a short circuit.

Do not store the battery in extreme temperatures or under direct sunlight. The battery should be stored under the environmental condition of -10℃~45℃. When the battery is not in use, be sure to disconnect the battery and store the battery in a non-conductive and fireproof container.

Do not change, break down or impact the battery or related parts.