All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(230 products available)
Ready to Ship
A 72v 32ah lithium ion battery pack serves different functions. It is designed for specific uses. Each type matches special setups. Here are the main types:
These batteries provide power to electric vehicles. They give strong, lasting performance. This makes them ideal for cars, bikes, and trucks. They help these vehicles cover long distances smoothly. Their size and weight help engineers design better vehicle models.
These batteries store energy from renewable sources. They keep energy for later use. This helps areas manage power better. People use them to keep homes powered when needed. Businesses use them to lower energy costs. They are key elements in large solar or wind setups.
These batteries are used in cordless power tools. Tools like drills and saws get more power and run longer with these batteries. They work well for heavy tasks and do not slow down. This makes them good for workers or businesses that have many tools. They help finish construction or landscaping jobs quickly.
These batteries power electric motors in boats. Sailors prefer these batteries as they are lighter and safer than others. They keep boats moving for long trips. They also help power gear and gadgets on the boat. Their design supports better boat performance and storage.
A 72-volt 32-amp hour lithium-ion battery pack is popular for many uses. It is valued for its long life and tough build. Its parts help it resist wear and work well, no matter the setting.
The battery casing is the first layer of protection. It guards the cells inside from damage. It also keeps the cells safe from things like dust and water. Most cases are made of strong plastics or metal to prevent breakage. Some have extra armor for rough spots.
The core of the battery is its cells. Most use lithium cobalt oxide or nickel manganese cobalt (NMC) for their high energy density. These materials store a lot of power in a small space. Lithium iron phosphate (LFP) is also used in applications where safety and longevity are essential. These cell materials last long but need careful use to avoid damage.
Inside this battery pack, the circuit board is vital. It keeps the cells from overcharging or draining too much power. It also keeps the cells at the right temperature. If a cell gets too hot or charges too much, the board shuts it down. This stops damage from happening.
Cooling parts help the battery stay at a safe temperature. Fans or liquid coolers are used for heavy jobs or hot areas. In these regions, tools may have extra heat buildup, and users need batteries that can cool down quickly. These tools may have cooling vents in their design to release heat and cool down faster during heavy work.
These parts link the battery to other systems. They must be strong enough to carry a large electric current. Most are made of copper or brass and then coated with nickel. This keeps them from rusting. Connectors should also be designed to hold up against vibrations and shocks.
Heat can wear out a battery faster than anything else. So, people use cooling systems to keep this battery at a safe heat level. They often have fans or coolants to disperse heat. Some have special coolers for tasks that need a lot of current. These tasks generate more heat than others. It can also be linked with an electric vehicle's own cooling system in vehicle applications.
The lithium-ion battery pack offers businesses many benefits. Its features lead to cost savings, income growth, and wide-ranging uses. It performs well, boosting its appeal in different markets.
These can power bicycles, cars, and buses. A higher voltage improves energy flow for better vehicle range and speed. The large amp-hour rating extends driving range, appealing to EV makers. These batteries perform well when many vehicles are charged at once, so they suit fleet management well.
These systems recharge using solar or wind power. They store extra energy for later use. They manage grid power by using stored energy during peak demand. They lower energy costs for businesses by using stored power. Industries also use them to cut energy bills that come with grid dependence. They keep systems running even if there is a power outage.
The lithium-ion power tool batteries help tools work longer without a charge. Workers no longer need to stop to swap batteries and can finish jobs faster. It powers more tools and speeds up jobsite work. Its quick charge feature allows for shorter downtime.
Boats and ships use these batteries for silent power. People like the quiet operation, so it is great for leisure and fishing boats. It does not make noise like gas power, so it works well for space-saving designs in boats. The battery also powers onboard gear and gadgets.
Devices like laptops and cameras need this battery style because it stores so much power in a small space. It enables longer use between charges, making it great for travel. Many gadgets use this battery to stay light and easy to carry. Its design lets slim looks, and it charges fast to keep devices ready to use.
They provide power backup for servers and data systems. They keep systems going if the power goes out. This protects data for companies that cannot risk losing power. Businesses use them to avoid costly downtime from outages. They also help systems switch to backup power fast. No delay means continued support for critical tasks and operations.
People should think about some key parts when picking a 72-volt 32-amp hour lithium-ion battery pack. Understanding these will help them find the right battery for their needs.
Users must look at what their gadgets need. Not all devices take the same power. So, a person should check the power needs of their device. They should then ensure the battery pack's voltage and current meet those needs. Those who have more demanding devices should get a battery with a higher current rating.
Users need to check if the battery will fit in their unit. They also need to see if the huge battery will work with other parts of their system. If they have limited space, a smaller battery will suit them. Someone who wants more power should go for a bigger one. The battery must also work with other parts of the device to ensure smooth operation.
Lithium-ion battery packs are designed using various battery chemistries. Each type has its own pros and cons. Lithium iron phosphate (LFP) batteries are highly durable and less explosive than others. This makes them a safer option. Lithium nickel manganese cobalt (NMC) batteries can change their chemistry from one state to another. This enables them to work effectively for a wider variety of uses and needs. Lithium nickel-cobalt-alumina is preferred when weight is a priority. It has a lower power density in exchange for safety and stability.
Battery price can vary a lot. The cost must be balanced against the quality. Buying a battery just because it is cheap may not be worth it if it fails quickly. A more costly battery that lasts longer can give better value over time. Research is needed to find batteries that offer good quality for the price.
Some experts prefer particular brands because they tend to be more dependable. It is worth checking what the brand offers. Trusted brands may have more batteries available. They are also more likely to have customer support if something goes wrong. This gives more peace of mind.
A1: These packs are mainly used in electric bikes and vehicles. They are also used in large power tools and maritime electric motors. They are great for power storage systems too. They work well wherever long energy needs meet high voltage demands.
A2: These batteries have steel or aluminum housings. These metals make them strong while remaining lightweight. Steel or brass connectors help power flow smoothly. The internal cells are often made of lithium nickel manganese cobalt oxide. This combines safety with speedy energy uptake. Some older or simpler models may use round cells made of nickel cadmium instead.
A3: Users should clean any grime on the battery. A clean skin helps it breathe better. Tools to check each cell's power and state of charge should be used often. Avoiding too much heat or cold is also important. Extreme weather can stress cells. They should also be stored in a cool, dry area when not in use. No device should be connected to the battery when it is not in use.
A4: Users should check what their gadgets need. They should ensure the power source and device requirements match. Space should also be checked since the battery should fit in the space available. People should also look at the battery material, price, brand, and warranty. These details will allow them to find a quality product.
A5: These battery packs last, on average, for 2 to 4 years. Some can last even longer. Heat, wear, and charging habits impact how long they last. When people care for their batteries, they can last longer than expected.
