Description
The 48V 100Ah Lithium Battery (Model ESS48V100P) is a versatile energy storage solution designed for OEMs, ODMs, and wholesale buyers seeking reliable power for industrial, commercial, and renewable applications. With a focus on C&I ESS, data centers, telecom base stations, hospitals, schools, and solar hybrid systems, this battery combines high performance with scalable energy management.
Key Features
LiFePO4 Technology: Built with stable LiFePO4 cells, this lithium battery ensures safety, thermal resilience, and a lifespan of 8000 cycles at 80% DOD for long-term ROI.
High Energy Density: Delivering 4.8 kWh at 48V, it supports demanding applications while maintaining a compact footprint of 440x440x136 mm (3U rack size) and 39 kg weight.
Scalable Parallel Configuration: Connect up to 16 units (expandable to 32) for scalable energy storage, ideal for large-scale C&I ESS and telecom infrastructure.
Advanced BMS Protection: Equipped with JBD Communication BMS, it safeguards against overcharge, over-discharge, and temperature extremes, ensuring operational safety.
Customizable Upgrades: Optional features include Bluetooth, 4G, self-heating, CAN-bus, SNMP, and thermal aerosol fire suppression, tailored to meet OEM-specific requirements.
Product Description
The 48V 100Ah Lithium Battery is engineered for seamless integration into diverse environments, from solar on/off-grid systems to mission-critical data centers. Its IP21-rated enclosure ensures durability for indoor use, while the threaded M6 terminals (or optional ESS connectors) simplify installation.
With a wide operating temperature range (-20¡ãC to 60¡ãC discharge / 0¡ãC to 60¡ãC charge), this lithium battery performs reliably in extreme climates. Compatibility with leading inverters like Deye, Victron, and Growatt ensures effortless integration into existing setups.
Certified to UL1642, UL1973, IEC62619, CE, and UN38.3 standards, it meets global safety and quality benchmarks. As a lithium battery manufacturer, we offer full OEM support, including custom branding, silkscreen labels, and 20-year design life assurance.
Ideal for export to Europe, Asia, Africa, and beyond, the ESS48V100P delivers unmatched flexibility, safety, and efficiency for industrial and renewable energy projects. Partner with us to power your customers¡¯ most critical applications with confidence.
48V 100Ah Lithium Battery Customization and OEM Options
What are the key customization options for 48V 100Ah batteries?
Customization options include BMS settings and capacity adjustments to meet application needs. OEMs offer modifications in communication protocols, casing designs, and terminal types to ensure compatibility with various systems. Temperature tolerance can also be adjusted to enhance performance in extreme environments, making these batteries ideal for diverse industrial applications.
Why choose China OEM for lithium battery solutions?
China OEMs provide cost-effective and scalable solutions with advanced manufacturing processes. They offer rapid prototyping, high production capacity, and customization to meet global standards. Additionally, China-based manufacturers ensure strict quality control, compliance with international certifications, and timely delivery, making them reliable partners for industrial and energy storage solutions.
What applications suit 48V 100Ah lithium batteries?
48V 100Ah batteries are ideal for telecom systems and solar energy storage. They provide reliable backup power for UPS systems, ensuring operational stability during outages. Industrial equipment, electric vehicles, and renewable energy applications also benefit from these batteries due to their long lifespan, consistent voltage output, and high power density.
How is quality controlled in OEM battery production?
OEMs follow ISO-certified processes and implement multi-stage quality inspections. They conduct capacity tests and cycle life assessments to ensure performance consistency. Thermal testing and overcharge protection are also part of the validation process, ensuring safety and durability. These rigorous quality control processes minimize defects and enhance battery reliability.
What is the design process for customized batteries?
The process starts with requirement analysis to determine specifications. Prototyping follows, incorporating BMS configuration and capacity adjustments. The design undergoes multiple rounds of validation and safety testing to ensure compliance with international standards. Once approved, the product moves to mass production, maintaining consistency and performance reliability.
Are 48V 100Ah lithium batteries certified internationally?
Yes, these batteries comply with UL and CE certifications, ensuring global safety and performance standards. Additional certifications, including UN38.3, validate their suitability for international transportation. Compliance with IEC standards further enhances safety and reliability, making these batteries ideal for global deployment.
3U Lithium Batteries for Solar Storage and Integration
What is a 3U lithium battery for solar storage?
A 3U lithium battery is a rack-mounted energy storage system designed for solar applications. It provides high-capacity storage and supports uninterrupted power supply during outages. Its compact design allows efficient integration into standard rack systems, ensuring scalability and seamless connection to solar inverters and power management systems.
How does it integrate with solar power systems?
3U lithium batteries integrate through inverters and charge controllers that convert solar DC power into usable AC power. They store excess energy generated during the day and discharge it when needed. This ensures consistent power availability and improves the overall efficiency of solar energy systems, reducing dependency on the grid.
What are the capacity specs of high-capacity rack-mounted batteries?
High-capacity rack-mounted batteries typically range from 48V 100Ah to 200Ah, offering scalable energy storage options. Multiple battery modules can be connected in parallel to increase overall capacity. This flexibility makes them suitable for industrial energy storage and large-scale solar applications where reliability and high power output are essential.
What is the energy storage capacity of a 3U lithium battery?
The energy storage capacity of a 3U lithium battery ranges from 4.8kWh to 10kWh, depending on its voltage and amp-hour rating. These batteries offer modular scalability, allowing additional capacity through parallel connections. They are designed to handle high charge and discharge rates efficiently, making them ideal for solar energy backup systems.
Are these batteries compatible with standard rack systems?
Yes, 3U lithium batteries are compatible with 19-inch rack systems, meeting standard rack dimensions. Their compact design ensures easy installation, and they integrate seamlessly with existing power management systems. This compatibility allows for modular expansion and quick upgrades in industrial and renewable energy setups.
What are the maintenance needs for solar lithium batteries?
Maintenance involves BMS monitoring and firmware updates to ensure optimal performance. Regular inspection of terminal connections and system logs helps detect anomalies early. Periodic balancing of cell voltage prevents capacity loss and extends the lifespan of the battery. Proper ventilation also ensures thermal stability, minimizing the risk of overheating.
Manufacturing, Quality, and Materials for 48V 100Ah Batteries
Manufacturing capabilities for 48V 100Ah lithium batteries?
Manufacturers utilize automated assembly lines and conduct module-level testing to ensure consistency. Advanced equipment ensures precise BMS configuration, accurate cell balancing, and reliable soldering of components. Scalable production capacity allows for high-volume orders while maintaining stringent quality standards for global distribution.
Key materials in 48V 100Ah lithium battery production?
The key materials include LiFePO4 cathodes and graphite anodes, ensuring long cycle life and thermal stability. High-quality electrolytes and separators prevent short circuits and enhance safety. The battery casing, made from durable aluminum alloy, ensures proper heat dissipation and protects the battery from environmental impacts.
Certifications required for industrial lithium battery OEM?
Certifications include UL and CE for safety and performance, with UN38.3 ensuring compliance for international shipping. IEC62619 validates adherence to international standards, while ISO9001 certification reflects consistent quality control processes, making these batteries suitable for industrial and commercial applications.
Customization options for 48V 100Ah battery designs?
Customization options include BMS programming and capacity adjustments to meet unique application needs. Additional customization covers terminal types, casing designs, and communication protocols such as CAN/RS485. Temperature resilience can be enhanced for use in extreme environments, ensuring reliability in diverse conditions.
Quality control processes in lithium battery manufacturing?
Quality control includes capacity validation and cycle life testing to ensure product reliability. Thermal testing identifies potential risks, while overcharge and short-circuit protection enhance safety. Multiple inspection stages minimize defects, and automated monitoring ensures compliance with safety standards.
Industrial applications of 48V 100Ah lithium batteries?
These batteries are used in telecom systems and solar energy storage applications. They provide backup power for UPS systems and electric vehicles, ensuring stable voltage and long lifespan. Industrial equipment and off-grid power systems also benefit from these high-performance batteries.
Certifications, Telecom Use, and Safety of 48V Lithium Batteries
What is UL certification for lithium batteries?
UL certification ensures safety compliance and thermal protection. It validates that the battery meets stringent safety standards, preventing risks like short circuits and thermal runaway. UL testing assesses electrical integrity and mechanical durability, ensuring the battery’s reliability in critical applications.
Why choose 48V for telecom systems?
48V systems offer reduced power loss and high efficiency in telecom applications. They provide consistent voltage for telecom equipment, minimizing energy loss over long distances. Their stable power output enhances system reliability, ensuring uninterrupted service during peak loads and emergencies.
Benefits of rack-mounted lithium batteries?
Rack-mounted lithium batteries offer space efficiency and modular scalability, making them ideal for telecom and energy storage systems. They allow for easy maintenance and system expansion, ensuring high power density and improved safety. Their compact design also optimizes cooling and heat dissipation.
How does lithium improve telecom power reliability?
Lithium batteries provide faster recharge times and longer cycle life than traditional options. They ensure consistent backup power during outages and maintain stable voltage. Their superior depth of discharge and minimal capacity loss over time enhance the reliability of telecom infrastructure.
What safety standards apply to telecom batteries?
Safety standards include UL1973 and IEC62619, ensuring compliance with international regulations. UN38.3 guarantees safe transportation of lithium batteries, while ISO9001 certifies consistent manufacturing processes. These standards ensure long-term reliability and operational safety.
How to maintain 48V lithium telecom batteries?
Maintenance involves regular BMS diagnostics and cell balancing to maintain performance. Firmware updates ensure optimal operation, while periodic voltage checks prevent over-discharge. Ensuring a controlled operating temperature extends battery lifespan and enhances overall system reliability.
3U Lithium Battery OEM Pricing, Benefits, and Market Trends
What factors affect OEM pricing for 100Ah 3U Lithium Batteries?
Pricing is influenced by raw material costs and BMS features. Additional factors include certification expenses, production volume, and transportation costs. Bulk orders and long-term agreements typically lead to better pricing, while higher customization may increase costs.
How do custom 100Ah 3U Li batteries benefit OEMs?
Custom 3U lithium batteries offer enhanced performance and application-specific solutions. OEMs benefit from tailored BMS configurations, improved reliability, and extended cycle life. These batteries allow manufacturers to optimize energy storage for specific operational requirements, ensuring superior results.
What industries use 100Ah 3U Lithium Battery Packs?
Industries using these batteries include telecom, solar energy storage, and UPS systems. They also serve electric vehicles and off-grid power solutions, ensuring reliable power delivery in mission-critical applications. Their modular design makes them ideal for scalable energy systems.
What are key steps in manufacturing 3U Lithium Battery Packs?
Manufacturing involves cell selection and BMS configuration followed by module assembly. Rigorous cycle life testing and safety validation ensure quality before packaging and delivery. Compliance with international certifications is verified to ensure safety and performance consistency.
How to ensure quality in OEM lithium battery production?
Quality assurance involves capacity checks and thermal testing at multiple stages. Overcharge protection and short-circuit analysis ensure operational safety. Automated monitoring systems detect potential defects, ensuring that each battery meets industry standards before shipment.
What market trends impact 100Ah 3U battery pricing?
Trends include raw material cost fluctuations and growing demand for renewable energy. Advancements in BMS technology and increased adoption of electric vehicles also impact pricing. Rising environmental regulations drive innovation, influencing overall battery production costs.
Rack-Mounted 48V Lithium Battery Systems and Integration
What are key features of 48V lithium battery rack-mounted systems?
Key features include high energy density and modular expansion. These systems ensure efficient space utilization and enhanced safety with advanced BMS. They offer reliable backup power, making them ideal for telecom, data centers, and solar energy storage applications.
Why choose 48V voltage for energy storage rack systems?
48V systems provide reduced energy loss and better voltage regulation. They minimize power dissipation during energy transfer, ensuring efficient operation. This voltage level is ideal for balancing power efficiency and stability in high-demand applications.
How does rack-mounted design enhance energy storage efficiency?
Rack-mounted designs offer space optimization and modular scalability. They enhance heat dissipation and allow for easy system expansion. These designs ensure higher power density and simplified maintenance, improving overall system efficiency.
What OEM customization options exist for lithium battery racks?
OEMs provide BMS customization and capacity configuration options. Communication protocols, terminal designs, and casing options can be adjusted to meet specific operational needs. Temperature resilience enhancements are also available to ensure long-term reliability.
What safety standards apply to 48V lithium battery storage?
Safety standards include UL1973 and IEC62619, ensuring safe operation and thermal stability. UN38.3 ensures compliance for international transport, while ISO9001 certifies consistent manufacturing quality.
How do these systems integrate with renewable energy setups?
Integration occurs through inverters and charge controllers that manage energy conversion. The batteries store excess solar power and discharge it when needed, ensuring seamless power supply and improving system efficiency.
