All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(10741 products available)
Ready to Ship
There are several kinds of a 38v 10ah lifepo4 battery pack. They are used in various applications, ranging from electric bikes to power tools. Each type is designed to meet different energy needs while maintaining LiFePO4.
These are the main types:
Electrical bike batteries
In e-bikes, the 38v 10ah battery pack offers a good balance between power and weight. The voltage ensures strong motor performance, while the amp-hour capacity allows long rides on a single charge. These batteries are designed to be lightweight and compact. They provide effective energy without adding significant weight to the bike.
Tool batteries
A 38v 10ah battery pack is commonly used in power tools. Such tools need reliable, reusable energy. It provides constant voltage. This gives high-power tools such as drills or saws the strength required to carry out heavy tasks. The Amp-hour capacity allows workers to finish many tasks without needing to charge the tool often.
Solar energy storage
Batteries for solar applications require large capacity and high voltage. The 38v 10ah battery pack works very well in this area. It stores excess solar energy for later use. Homeowners and businesses can use the battery to power certain loads at night. This helps to avoid the reliance on the grid and reduces electric bills.
Wheelchair batteries
In electric wheelchairs, the battery offers reliability and endurance. The steady voltage level ensures smooth and constant movement. While the amp-hour capacity allows users to cover long distances before needing to recharge. This is a useful feature for people who like to complete their tasks or go long distances.
UPS systems
Uninterruptible power supply systems are used to back up power in case of outages. The 38v 10ah battery pack provides sufficient energy to keep systems running. These systems include computers and servers, during a power disruption. Its capacity and voltage level ensure that critical devices stay on during interruptions.
A lithium iron phosphate battery 38v 10ah
These are the main industrial applications: Electric vehicles In industrial electric vehicles, LiFePO4 batteries are used to power forklifts and automated guided vehicles. Many of these vehicles work in factories, warehouses, and distribution centers. LiFePO4 batteries offer excellent energy density and long cycle life. This reduces operational costs through lower replacement rates. Their fast charging capability also minimizes vehicle downtime. This allows for increased operational efficiency. Renewable energy systems Lithium iron phosphate batteries are used in energy storage systems for solar and wind power installations. These systems are in large-scale industrial applications. They collect and store excess energy. This energy is then used during low or no production periods. The stable discharge characteristic of LiFePO4 batteries makes them suitable for storing large energy amounts. It helps maintain grid stability and ensures a reliable energy supply for continuous operations. Backup power systems LiFePO4 batteries are used in UPS systems. These provide backup energy for critical equipment and systems. These systems include servers, telecommunications, and data centers. Industrial facilities need to keep operations running. LiFePO4 batteries are preferred in these applications because of their ability to deliver consistent power. They also have faster charging times and a longer lifespan than traditional lead-acid batteries. Port and mining equipment LiFePO4 batteries are preferred for electric-powered equipment in ports and mining industries. They power equipment such as drills and excavators. These industries need batteries that can withstand harsh conditions and deliver reliable power. LiFePO4 batteries offer high energy density and thermal stability. They can endure extreme temperatures and work for long hours reliably. Mobile and remote monitoring systems Many industries use mobile monitoring systems in remote areas. These systems need portable power sources. Lithium iron phosphate batteries provide a lightweight and durable power option. They are ideal for use in telecommunication towers, remote sensors, and monitoring equipment. Their long cycle life and low maintenance requirements make them cost-effective for these long-term remote applications. Voltage The battery pack has a voltage of 38 volts. Capacity The capacity of the battery is 10 Amp-hours. Battery type The battery is lithium iron phosphate. Battery chemistry The chemistry type of the battery is LiFePO4. Energy The total energy of the battery is 380 watt-hours. Charging voltage The charging voltage of the battery is 43.6 volts. Discharge voltage The discharge voltage of the battery is 30 volts. Weight The weight of the battery is 3 kg. Dimensions The dimension of the battery is 240 x 168 x 60 mm. Users need to first select the device or application for which the battery will be used. Then they should connect the battery to the device. Users should check that the voltage and current ratings match. This ensures safe and correct operation. They should also secure the battery in place. Loose batteries in certain devices can cause operational failure. After this, users should connect the battery to a compatible charger. They should use a charger that can deliver the required voltage and current for the battery. For the 38v 10ah battery, users should use a smart or adjustable charger. This will automatically stop when the battery is fully charged. This will help avoid overcharging. They should use a charger that is compatible with LiFePO4 batteries. This will help maintain the health of the battery. Before starting, users need to check the battery management system. They should ensure that it is activated. The BMS will provide important safety features. These features include overcharge protection, current regulation, and temperature control. If there are any indicators of damage such as swelling or corrosion, users should replace the battery before using it. Once the battery is fully charged, users can start using it. They should monitor the device to ensure there are no irregularities. Users should avoid deep discharges. For optimal battery health, it is recommended that users recharge their batteries when they get to 20% charge. Finally, they should store their batteries in a cool and dry place when not in use. They should avoid exposing the battery to extreme temperatures. LiFePO4 batteries have low maintenance requirements. However, it is important to keep the battery functioning optimally. The following are key maintenance tips: Regularly inspect Users should check the battery pack often for signs of damage or wear. They should pay close attention to the casing and terminals. They should also avoid using a damaged battery. Damage can cause reduced performance, safety issues, or even cause the device to stop working. Clean appropriately Debris and dirt can accumulate on the battery's exterior and terminals. They can affect performance. Users should clean the battery with a damp cloth. They should avoid using water or harsh chemicals. These chemicals can damage the battery. Check connections Users should ensure all connections to the battery are secure and clean. Loose or corroded connections can cause poor device performance or slow charging. Using a wire brush or terminal cleaner, users should remove any corrosion present. Monitor charge levels Users need to frequently check the battery management system. They should ensure that charging and discharging levels are normal. Overcharging and deep discharging can affect battery lifespan. Users should follow the correct charging procedures. These procedures are maintaining the battery within safe voltage range limits. Store correctly People should store the battery in a cool, dry place away from direct sunlight or heat sources. They should avoid exposing the battery to extreme temperatures. These temperatures can affect battery components and reduce effectiveness. When storing a battery for a long time, users should ensure it has a 50% charge. This will help the battery maintain its health. Utilize smart charging Users should always charge their batteries using smart chargers. A smart charger will stop charging when it is full. This will prevent overcharging and preserve the electrolyte balance within the battery. This helps the battery stay functional for many years. Battery cells The internal cells can wear over time due to regular charging cycles and usage. This leads to reduced capacity or inconsistent performance. LiFePO4 cells can be replaced by following these steps: The first step is to remove the battery casing. Users should be careful when doing this to avoid damaging other components. After they remove the old cells, they should insert new ones. They should ensure that the positive and negative terminals are correctly aligned. Then using a soldering iron, they should solder the new cells to the existing wiring. BMS The battery management system tends to malfunction sometimes. No BMS means the battery will overcharge, overheat, and suffer a deep discharge. This will affect the battery and device it is connected to. The BMS can be replaced by first removing the old one from the battery terminals. Users should then connect the new BMS to the corresponding battery terminals. They need to ensure it is secured in place within the battery casing. Thermal management system The thermal pad or heat sink can wear after long usage. Overheating will cause the battery to Underperform. In hot conditions, users should replace worn-out thermal pads or heat sinks to ensure the 38v 10ah lifepo4 battery stay cool. To replace, users should first open the battery casing and remove the old thermal pad or heat sink. They should place a new thermal pad or heat sink on the cells. Make sure you secure the heat sink tightly to the cells to dissipate heat. After this, close the battery casing and turn the device on. Terminals and connectors These are the components that normally experience damage due to wear and tear. Users should replace them with new ones as soon as they notice corrosion or rust. To replace the terminal or connectors, users should first use a screwdriver to remove the terminals from the battery posts. They should then disconnect the connectors. After doing this, they should attach the new terminals. Make sure the positive and negative terminals are on the correct sides. Then reattach the connectors and close the battery casing. There are several factors business owners should consider when purchasing a 38v 10ah LiFePO4 battery. These will help people get a product of great quality that will also be cost-effective. Application suitability Businesses need to first consider the applications their customers use the battery for. These include e-bikes, power tools, or solar systems. Each application has unique requirements. When purchasing, businesses should ensure the battery can meet the power and performance needs of these applications. Recharge cycles LiFePO4 batteries are long-lasting and can endure many charge cycles. They have a cycle life of about 4000 to 8000. Businesses should consider the average charge cycle life of their target customers. The longer the cycle life, the more appealing the battery is. It will mean customers will not have to frequently replace their batteries. Safety features One of the key advantages of a 38v lithium battery is its safety. It does not experience thermal runaway like other lithium-ion batteries. This is because of its stable chemistry. It is crucial for people to consider safety features. There should be overcharge, short circuits, and temperature monitoring. These are what will ensure the battery discharges and charges normally. Energy density LiFePO4 batteries have lower energy density compared to other Li-ion batteries. This means they take up more space. People should consider the energy density of the battery when getting it for their customers. It will determine how much energy is stored in the battery. E-cars and solar systems prefer batteries with a high energy density. This is because they reduce the weight and increase the efficiency of spaces. Charging time Customers with electric bicycles or power tools prefer quick charging times. This is because they need the device to be ready for use after a short period. People should consider the charging time when purchasing 38v 10ah batteries. They should also get fast smart chargers. These chargers can adjust to the battery's requirements and deliver optimal charging. It will help reduce the charging time. The faster the charging time, the more appealing the battery is to customers. Costs Companies should consider the costs involved when purchasing a 38v 10ah battery. This includes the initial costs, operating costs, and maintenance costs. A typical LiFePO4 battery costs around $300 to $400. The operating cost is how much it will cost to repeatedly charge the battery. Maintenance costs are for any repairs or replacements. While LiFePO4 batteries may be expensive initially, with time they become cost-effective because of low maintenance and long life. Environmentally friendly Although not all customers use this as a key factor, it is still important. Customers who are environmentally conscious will consider the impact of battery disposal. People should ensure the battery has recyclable materials. It will help reduce the carbon footprint. Compatibility Get batteries that are compatible with your e-bikes or power tools. This is especially if your customers use the 38v 10ahbattery in their electric bikes or power tools. Make sure the battery pack for lithium battery is compatible with various bike designs and power tools. Once armed with the right compatible battery, you can easily repair it and even help you friends' you your battery woes. This is especially if they use electronic gadgets of tool that the 38v battery is compatible with. Brand reputation When it comes to brands, people prefer getting their batteries from reputable brands. They will ensure the quality of the product is valid and get enhanced. A1.The unique chemistry of lithium iron phosphate gives it thermally stabilities and great safety. This prevents overheating or explosion at extremes heat. This property is not present in other lithium batteries. A2.The 38v 10ah is ideal when performing in extreme temperatures as it has thermal stability. The LiFePO4 chemistry prevents overheating. This makes it reliable even in harsh environments. A3. Yes, a 38v 10ah battery is ideal for energy storage systems powered by solar power. It stores excess energy collected during the day for use at night. A4. When properly maintained and cared for, the battery's cycle life can go up to 4000 to 8000. Customers can enjoy long usage with proper maintenance. A5. People should consider the operating cost, safety, battery lifespan, and environmental impact. They should also ensure the battery is compatible with existing devices.
Product Specifications & Features of 38v 10ah Lifepo4 Battery Pack
Technical specifications
How to use
Maintenance and repair
Replacing components
Buyer’s Guide of 38v 10ah Lifepo4 Battery Pack
Q&A
Q1. What makes a 38v 10ah LiFePO4 battery a better choice than other Lithium-ion batteries?
Q2. How does the 38v 10ah battery perform in extreme temperatures?
Q3. Can a 38v 10ah battery be used with solar energy systems?
Q4. How long will a 38v 10ah battery last when it is properly maintained?
Q5. What are some of the key factors people should consider when purchasing a 38v 10ah battery pack?
