1401, Block B, Jinyu International Center, Changping District, Beijing
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48100
TexAi
As a premier manufacturer and trusted supplier of advanced energy storage solutions, we present the high-capacity lithium iron phosphate battery engineered for rigorous industrial demands. This unit delivers exceptional reliability, structural integrity, and seamless integration for large-scale power systems, ensuring your critical infrastructure remains operational under any circumstances.
High-density 4800Wh energy capacity for sustained power delivery
Standard 19-inch rack-mounted configuration for effortless installation
Robust RS485 communication interface for intelligent system management
Extended operational lifespan exceeding 15 years for maximum investment value
The sleek, matte-black metallic casing of this lithium iron phosphate battery immediately conveys a sense of industrial-grade durability. Running your hand along the cold-rolled steel exterior, you can feel the precision-engineered powder coating designed to resist corrosion in harsh, unforgiving environments. Unlike traditional power storage units that emit a faint hum, excessive heat, or chemical odors, this advanced energy module operates in absolute silence with zero off-gassing, ensuring a pristine and quiet atmosphere in sensitive equipment rooms. The heavy-duty terminals are machined to exacting tolerances, providing a satisfying, secure lock when heavy-gauge cables are connected, effectively eliminating any micro-vibrations that could lead to electrical arcing. Every edge, seam, and mounting bracket is flawlessly stamped, reflecting a meticulous manufacturing process focused entirely on structural integrity. When deployed in a dense server array or a remote telecom cabinet, the uniform, low-profile 19-inch chassis aligns perfectly, transforming a chaotic power setup into a visually streamlined, highly efficient energy command center.
| Item | IBUE-48100-3S01 |
|---|---|
| Nominalvoltage | 48V |
| Ratedcapacity° | 100Ah(@25C) |
| Ratedenergy | 4800Wh |
| Endofcharge/dischargevoltage | 55V/40.5V |
| Ratedchargecurrent | 50A |
| Maximumdischargecurrent | 100A |
| Cyclelife° | ≥3000(Cydes@25C,80%DOD) |
| Calendarlife | ≥15years |
| Communicationinterface | RS485 |
| Cabinetracksize | 19inches |
| WorkingTemperature[℃] | Charging:0℃~55℃/Discharging:-20℃~55℃ |
| Storagetemperature | -20℃to+55℃ |
| Dimensions(W*D*Hmm) | 483*420*130 |
| weight | 42kg |
Upgrading your energy storage infrastructure requires components that deliver uncompromising stability and operational efficiency. This lithium iron phosphate battery is engineered to eliminate the frequent replacement cycles and high maintenance costs associated with outdated power systems. By integrating cutting-edge cell technology with a robust structural design, it provides a seamless power reservoir that protects your critical equipment from unexpected grid failures.
Consistent Voltage Output: Maintains a flat discharge curve, ensuring your sensitive electronics receive stable, clean power until the capacity is fully utilized.
Zero Memory Effect: Allows for partial charging and discharging without permanently degrading the overall capacity, offering maximum operational flexibility for dynamic loads.
Space-Optimized Architecture: The compact form factor maximizes your valuable floor and rack space, allowing for higher energy density per square foot in constrained control rooms.
Rapid Deployment Ready: Pre-configured internal settings and standardized connections mean your technicians can complete installation and commissioning in a fraction of the usual time.
Maximizing the return on investment is the primary objective when upgrading large-scale energy infrastructure. This advanced power module leverages premium LiFePO4 chemistry to drastically reduce the total cost of ownership over its operational lifecycle. You no longer need to budget for frequent replacements or intensive maintenance schedules, allowing capital to be allocated more efficiently.
Exceptional Cycle Endurance: Delivering ≥3000 deep cycles at 80% Depth of Discharge (DOD), it outlasts conventional lead-acid alternatives by a massive margin.
Extended Calendar Life: Engineered to provide reliable, uninterrupted service for over 15 years, ensuring long-term financial predictability for major utility and commercial projects.
High Energy Density: Packs an impressive 4800Wh of power into a streamlined footprint, providing more energy without demanding additional spatial resources.
Cost Efficiency: By eliminating the need for replacement units every few years, the long-term capital expenditure is dramatically reduced, accelerating your break-even point.
When the main grid fails, your backup systems must respond instantaneously with overwhelming reliability. This battery is fine-tuned for high-demand scenarios, ensuring that sudden power spikes or prolonged outages do not disrupt your critical operations. The superior electrochemical properties allow for rapid energy replenishment and forceful power delivery exactly when required.
High-Speed Replenishment: Supports a 50A rated charge current, allowing the energy reserves to be restored swiftly after an extended outage or during short periods of renewable energy generation.
Robust Power Delivery: Capable of a 100A maximum discharge current to easily handle the initial surge requirements of heavy-duty motors, compressors, and IT equipment.
Ultra-Low Self-Discharge: Retains its charge over extended periods of inactivity, ensuring full power availability even after months of sitting in standby mode.
Instantaneous Response: Transitions from standby to active discharge without any measurable voltage drop, keeping sensitive servers and communication nodes online without a hiccup.
Modern energy networks demand intelligent communication and seamless hardware integration. This storage unit is not just a passive power source; it is an active, communicative node in your overarching energy management system. The standardized design guarantees that integrating this unit into your existing server racks or telecom cabinets is a completely frictionless process.
Universal Communication: Equipped with a standard RS485 interface, enabling flawless data exchange with mainstream inverters, solar charge controllers, and external monitors.
Intelligent EMS Synchronization: Feeds real-time telemetry data to your Energy Management System, allowing for precise monitoring, load balancing, and predictive maintenance.
Standardized Form Factor: The precise 19-inch cabinet rack size slides effortlessly into standard telecom and data center racks without requiring expensive custom modifications.
Modular Scalability: Designed for parallel expansion, allowing your engineers to seamlessly scale up the total energy capacity as your facility's power requirements grow over time.
Safety is the absolute foundation of any industrial-grade power installation. We have engineered this battery to mitigate risks at every level, from the chemical composition of the cells to the sophisticated microprocessors governing them. You can deploy these units in high-density configurations with complete peace of mind, knowing that multiple layers of active and passive protection are constantly at work.
Advanced Battery Management System (BMS): Continuously monitors individual cell voltages and internal impedance, preventing overcharging and deep discharging automatically.
Thermal Runaway Prevention: Built-in temperature sensors and intelligent algorithms instantly disconnect the circuit if abnormal heat levels are detected, preventing cascading failures.
Short-Circuit Safeguards: Instantaneous fault detection isolates the battery from the load in milliseconds to prevent hardware damage and electrical fires.
Industrial-Grade Enclosure: Housed in a robust, flame-retardant casing designed to resist impacts and prevent the propagation of external hazards, ensuring operational integrity under stress.
Critical infrastructure is rarely located in perfectly climate-controlled environments. Whether deployed in a remote desert solar array or a freezing mountain-top telecom relay, this energy storage system is built to endure. The resilient internal chemistry and robust thermal design ensure that fluctuating ambient temperatures do not compromise power delivery or overall lifespan.
Broad Operating Temperature: Flawlessly discharges power in freezing conditions down to -20℃ and withstands sweltering ambient heat up to 55℃ without performance throttling.
Resilient Charging Profile: Safely accepts charge current from 0℃ to 55℃, accommodating the unpredictable nature of renewable energy sources in outdoor settings.
Harsh Environment Storage: Can be safely warehoused or left inactive in temperatures ranging from -20℃ to +55℃ without suffering permanent capacity degradation.
Condensation Resistance: The tightly sealed exterior minimizes the risk of internal moisture buildup during rapid temperature shifts in unconditioned outdoor cabinets.
Operational efficiency extends beyond electrical performance; it includes logistics, installation, and ongoing upkeep. By transitioning to this advanced lithium technology, your organization drastically cuts down on the hidden costs of physical labor and structural reinforcement. The true "install and forget" nature of this product frees your maintenance teams to focus on more critical tasks.
Optimized Weight Profile: Weighing only 42 kg, it is significantly lighter than equivalent lead-acid banks, reducing shipping costs and easing the physical burden on installation crews.
Compact Dimensions: Measuring just 483 * 420 * 130 mm, it minimizes the required footprint, allowing for more efficient use of expensive facility space.
Zero Fluid Maintenance: Completely sealed and devoid of liquid electrolytes, eliminating the hazardous and time-consuming task of regular water top-ups and specific gravity checks.
Reduced Structural Load: The lightweight nature means standard flooring and racking systems can support higher capacities without requiring expensive structural reinforcements or heavy-duty rigging.
A truly superior energy storage solution must possess the versatility to adapt to diverse operational contexts. This 48V power module is the backbone of reliable power across a multitude of demanding sectors. Its stable output and rugged construction make it the definitive choice for projects that cannot afford a single second of downtime.
Telecommunication Base Stations: Provides unwavering backup power to keep cellular networks, broadband nodes, and relay towers transmitting during grid failures.
Data Centers & Server Rooms: Acts as a critical component in UPS (Uninterruptible Power Supply) setups, ensuring data integrity and continuous server uptime.
Renewable Energy Systems: Perfectly pairs with off-grid solar and wind installations, capturing peak generation for use during low-production hours or nighttime.
Commercial Storage Cabinets: Fits seamlessly into modular energy storage systems designed for peak-shaving and load-balancing in large manufacturing facilities.
Heavy-Duty Mobile Applications: Offers a stable, high-capacity power source for specialized recreational vehicles (RVs), marine vessels, and mobile command centers.
Sourcing the right energy storage components is a strategic decision that impacts the long-term success of your operations. Partnering with a dedicated manufacturer ensures you receive not only top-tier hardware but also the technical backing required for complex, multi-site deployments. We pride ourselves on delivering engineering excellence and uncompromising quality control.
Direct Manufacturing Excellence: By controlling the entire production process, we guarantee strict adherence to quality standards and provide highly competitive procurement advantages.
Rigorous Testing Protocols: Every single unit undergoes exhaustive load testing, thermal cycling, and communication verification before it ever leaves our facility.
Dedicated Technical Support: Our team of seasoned engineers is available to assist with system sizing, integration troubleshooting, and long-term deployment strategies.
Consistent Supply Chain: We maintain robust production capabilities to ensure your large-scale rollouts are never delayed by component shortages or logistical bottlenecks.
Question 1: How does the RS485 communication interface benefit large-scale deployments?
Answer: The RS485 interface allows multiple battery units to be daisy-chained and connected to a centralized Energy Management System (EMS). This enables real-time monitoring of voltage, current, and temperature across the entire array, facilitating predictive maintenance, optimal load balancing, and immediate fault detection from a remote control center.
Question 2: Can this 48V 100Ah unit be connected in parallel to increase total capacity?
Answer: Yes, the built-in intelligent Battery Management System (BMS) is specifically designed to support parallel connections. This allows you to scale your energy storage capacity seamlessly to meet the growing power demands of your facility without having to replace the existing infrastructure.
Question 3: What happens if the battery is exposed to temperatures outside its specified charging range?
Answer: The integrated BMS features strict thermal protection protocols. If the internal temperature drops below 0℃ or exceeds 55℃ during a charge cycle, the system will automatically suspend charging to prevent chemical degradation. Normal operation will resume once the ambient temperature returns to safe parameters.
Question 4: Why is a 19-inch cabinet rack size critical for telecom and IT applications?
Answer: The 19-inch standard is the universal form factor for server racks and telecom enclosures globally. This precise sizing means our battery modules slide directly into your existing infrastructure without the need for custom shelving or structural modifications, drastically reducing installation time and associated labor costs.
Question 5: Does the battery require any periodic conditioning or equalization charges?
Answer: No. Unlike traditional lead-acid batteries that require regular equalization to prevent sulfation, our advanced lithium iron phosphate chemistry and active cell balancing within the BMS ensure the battery remains in optimal condition without any manual intervention, making it a truly maintenance-free asset.
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