IFP53148115 104Ah 3.2V LFP Lithium Battery for EV & Energy Storage Systems
HELIST IFP53148115 104Ah 3.2V LFP lithium battery, proudly manufactured by Hefei Guoxuan High-Tech—one of the world’s leading lithium-ion battery manufacturers—is a premium, high-performance power solution engineered specifically for electric vehicles (EVs), large-scale energy storage systems (ESS), and industrial backup power applications.
Built with advanced LFP (Lithium Iron Phosphate) technology, this battery delivers unparalleled durability, reliability, and efficiency, backed by rigorous testing and international certifications.
With an impressive 3000 charge-discharge cycles at 25℃ (maintaining 80% capacity retention) and a 10-year calendar life (25℃, 50%SOC), it outperforms traditional lead-acid batteries and even standard lithium-ion alternatives by a significant margin.
Operating seamlessly across a wide temperature range of -30℃ to 60℃, it retains ≥80% capacity at -30℃ and ≥95% at 0℃, making it ideal for harsh climates—from freezing northern regions to scorching southern areas.
Key Advantages
1. Ultra-Long Cycle & Calendar Life (Industry-Leading Durability)
Designed for long-term, high-frequency use, the IFP53148115 104Ah battery sets a new standard for durability in the lithium-ion battery market. It achieves an impressive 3000 charge-discharge cycles at 25℃ while retaining 80% of its original capacity—far exceeding the industry average of 1500-2000 cycles for standard LFP batteries. Even in high-temperature environments (45℃), it maintains 1500 cycles with 80% capacity retention, and at 55℃, it still delivers 1000 reliable cycles.
Complementing its exceptional cycle life is a 10-year calendar life (25℃, 50%SOC), meaning it can sit in storage for a decade and still perform at peak efficiency when needed. This longevity translates to drastically reduced replacement frequency and lower total cost of ownership (TCO) for users—whether you’re operating a fleet of EVs, managing a grid-scale energy storage project, or relying on backup power for critical infrastructure.
Unlike traditional lead-acid batteries that degrade significantly after just 300-500 cycles, this LFP battery’s robust chemistry resists capacity fade, ensuring consistent performance year after year. Its room-temperature charge retention rate of ≥95% (28 days) and high-temperature charge retention rate of ≥94% (55℃, 7 days) further highlight its ability to hold power reliably, even during extended periods of inactivity.
2. Exceptional Temperature Adaptability (All-Climate Performance)
One of the most standout features of the IFP53148115 104Ah battery is its ability to perform flawlessly in extreme temperature conditions—from the freezing cold of northern winters to the sweltering heat of desert regions. Its charging temperature range spans -20℃ to 55℃, and its discharge range extends from -30℃ to 60℃ (with cell temperature strictly controlled ≤60℃), making it a versatile solution for global applications.
At -30℃, a temperature where many batteries fail or lose significant capacity, this battery retains ≥80% of its nominal capacity, ensuring reliable power for EVs, energy storage systems, and backup equipment in cold climates such as Canada, Scandinavia, and northern China. At 0℃, it maintains ≥95% capacity, and at 55℃, it still operates at ≥95% capacity—perfect for hot regions like the Middle East, Australia, and southern Europe.
This temperature resilience is made possible by advanced cell design and thermal management capabilities, which prevent performance degradation and ensure safe operation even in extreme conditions. Whether you’re deploying energy storage systems in remote off-grid locations or powering EVs that face daily temperature fluctuations, this battery delivers consistent, reliable performance you can count on.
3.Low Internal Resistance & High Power Output (Efficient Energy Delivery)
Equipped with advanced LFP electrode materials and precision manufacturing processes, the IFP53148115 104Ah battery boasts ultra-low internal resistance, which directly translates to higher energy efficiency, faster charging, and more powerful output. Its AC resistance ranges from 0.2mΩ to 0.5mΩ (25℃, fresh cell, 17%±3%SOC), and its DC resistance is <1.0mΩ (50%SOC@5C10S)—among the lowest in its class.
This low internal resistance minimizes energy loss during charging and discharging, improving overall system efficiency. For EV users, this means longer driving ranges and faster charging times (thanks to a maximum constant charge rate of 1.5C at 25℃). For energy storage systems, it translates to more efficient energy conversion and higher round-trip efficiency, maximizing the value of stored energy.
The battery’s high power output further enhances its versatility. It delivers a peak discharge power of 2779W at 35℃ (100%SOC) for 10 seconds, 2606W for 30 seconds, and 2432W for 60 seconds—making it capable of handling high-demand loads such as EV acceleration, industrial equipment startup, and emergency power for data centers. Its peak feedback power (regeneration) reaches 2467W at 35℃ (0%SOC), making it ideal for EVs that rely on regenerative braking to extend range.
4.Rigorous Safety & Environmental Compliance (Peace of Mind)
Safety is a top priority in the design of the IFP53148115 104Ah battery, which has passed a comprehensive suite of safety tests to ensure reliable operation in all scenarios. It successfully withstands over-discharge (90 minutes at 104A, no explosion or fire), over-charge (1.1x rated voltage or 115%SOC, no explosion or fire), short-circuit (10 minutes with external resistance <5mΩ, no explosion or fire), and high-temperature heating (130℃ for 30 minutes, no explosion or fire). It also passes temperature cycle testing (5 cycles of -40℃ to 85℃) and extrusion testing (100KN force, no explosion or fire)—proving its resilience against accidental damage and extreme conditions.
In addition to its robust safety performance, the battery is fully compliant with international environmental standards. It meets RoHS requirements, with strict limits on hazardous substances: cadmium (≤20PPM), lead (≤40PPM), mercury (≤5PPM), and hexavalent chromium (≤1000PPM). Its non-toxic LFP chemistry is environmentally friendly, with no heavy metal pollution, and it is 100% recyclable at the end of its service life—aligning with global sustainability goals.
Manufactured in accordance with GB/T 31484-2015, GB 38031-2020, and IEC 62619-2017 standards, this battery undergoes rigorous quality control at every stage of production, ensuring consistent performance and reliability across all units.
Technical Specifications
| Parameter | Details |
| Model | IFP53148115-104Ah |
| Nominal Capacity | 104Ah (0.33C discharge); 103Ah (1C discharge) |
| Nominal Voltage | 3.2V (0.33C); 3.1V (1C) |
| Charge/Discharge Voltage Range | 2.5V~3.65V (T>0℃); 2.0V~3.65V (T≤0℃) |
| Weight | 1909g ± 57g |
| Energy Density | 175Wh/kg (weight energy density); 370Wh/L (volume energy density) |
| Internal Resistance | AC: 0.2-0.5mΩ (25℃, 17%±3%SOC, fresh cell); DC: <1.0mΩ (50%SOC@5C10S, 25±2℃) |
| Max Constant Charge Rate | 1.5C (25℃) |
| Charging Specification | Regular (Slow Charge): 52A (0.5C) constant current → 3.65V constant voltage → cut-off current 5.2A (10℃-45℃); Step Charge (Fast Charge): See Professional Data Extension for temperature-specific strategies |
| Operating Temperature | Charging: -20℃~55℃; Discharging: -30℃~60℃ (cell temperature ≤60℃); Optimum Working Temperature: 10℃~35℃ |
| Dimensions (L×W×H) | Width: 148.6±0.3mm (bottom:149.0±0.3mm with 10-layer film; top:148.4±0.3mm with 4-layer film);
Thickness: 52.3±0.3mm (including insulating film, 17%±3%SOC, 300±20kgf); Height: 115.83±0.3mm (without pole, including film and top cover patch); 118.9±0.3mm (with pole, including film) |
| Cycle Life | 3000 cycles (25℃, 80% capacity retention); 1500 cycles (45℃, 80% capacity retention); 1000 cycles (55℃, 80% capacity retention) |
| Calendar Life | 10 years (25℃, 50%SOC, 80% capacity retention) |
| Charge Retention Rate | ≥95% (25℃, 100%SOC, 28 days); ≥94% (55℃, 100%SOC, 7 days); >94% (45℃, 50%SOC, 28 days storage) |
| Capacity Recovery Rate | ≥96% (room temperature after charge retention test);
≥95% (high temperature after charge retention test); >94% (after storage capacity test) |
| Discharge Capacity vs. Temperature | 25℃: 100% initial capacity;
0℃: ≥95%; -10℃: ≥90%; -20℃: ≥85%; -30℃: ≥80% |
| Peak Discharge Power | 10s: 2779W (35℃, 100%SOC);
30s: 2606W (35℃, 100%SOC); 60s: 2432W (35℃, 100%SOC) |
| Peak Feedback Power (Regeneration) | 10s: 2467W (35℃, 0%SOC);
30s: 1974W (35℃, 0%SOC); 60s: 1860W (35℃, 0%SOC) |
| Certification | GB 38031-2020, GB/T 31484-2015, GB/T 31486-2015, IEC 62619-2017, IEC 62660-2-2018, RoHS |
Application Scenarios
1.Electric Vehicles (EVs)
The IFP53148115 104Ah battery is an ideal power solution for a wide range of electric vehicles, including passenger cars, commercial vehicles (vans, buses), and off-road vehicles. Its high energy density (175Wh/kg, 370Wh/L) provides ample driving range, while its 1.5C fast charging rate reduces charging time by 40% compared to standard batteries—getting EVs back on the road faster.
2.Energy Storage Systems (ESS)
♦ Grid-Scale Energy Storage
Grid operators rely on the battery to stabilize the power grid, store excess energy from renewable sources (solar, wind), and meet peak demand. The battery’s high power output (2779W peak discharge) allows it to respond quickly to grid fluctuations, while its 3000-cycle life ensures decades of reliable service. Its ability to operate in extreme temperatures makes it suitable for grid storage facilities in remote locations.
♦ Residential & Commercial Solar Energy Storage
For homeowners and businesses with solar panels, this battery stores excess solar energy generated during the day for use at night or during power outages. Its 10-year calendar life means it will last as long as most solar panel systems, and its low maintenance requirements (no liquid electrolyte, no need for watering) make it a hassle-free solution. The battery’s quiet operation and eco-friendly LFP chemistry also make it ideal for residential use.
♦ Industrial Energy Storage
Industrial facilities use the battery for load shifting (reducing peak electricity costs), backup power for critical equipment (such as manufacturing lines, data centers, and medical devices), and integrating renewable energy into on-site power systems. The battery’s high capacity (104Ah) and peak power output ensure it can handle the high-demand loads of industrial equipment, while its robust safety features provide peace of mind for critical applications.
3.Industrial Backup Power
In industrial settings where power outages can result in significant financial losses, the IFP53148115 104Ah battery serves as a reliable backup power source. It is ideal for data centers, communication base stations, medical facilities, manufacturing plants, and financial institutions—where uninterrupted power is non-negotiable.
Packaging
Why Choose HELIST IFP53148115 104Ah Lithium Battery?
• Tired of frequent battery replacement and high maintenance costs?
The battery’s 3000-cycle life and 10-year calendar life eliminate the need for frequent replacements, reducing maintenance frequency and total cost of ownership. Unlike lead-acid batteries that require regular watering and maintenance, this LFP battery is virtually maintenance-free—saving you time and money.
• Worried about performance in extreme weather conditions?
Whether you’re in a region with freezing winters (-30℃) or scorching summers (60℃), this battery retains ≥80% capacity at -30℃ and operates safely at 60℃. Its advanced thermal management design prevents overheating and capacity fade, ensuring consistent performance year-round.
• Need high power for demanding applications?
With a peak discharge power of 2779W (35℃, 100%SOC) and ultra-low internal resistance, this battery delivers the power needed for EV acceleration, industrial equipment startup, and emergency backup power. Its high regenerative feedback power also makes it ideal for EVs and hybrid systems.
• Concerned about safety and environmental impact?
Passing all international safety tests (over-charge, over-discharge, short-circuit, heating, extrusion) ensures no fire or explosion risks. Its RoHS compliance and non-toxic LFP chemistry make it environmentally friendly, with no heavy metal pollution. It is also 100% recyclable, aligning with sustainable business practices.
• Looking for a reliable, certified product from a trusted manufacturer?
Hefei Guoxuan High-Tech is a global leader in lithium-ion battery production, with decades of experience in EV and energy storage solutions. The battery is certified to GB, IEC, and RoHS standards, ensuring it meets the highest quality and safety requirements. Backed by a 2-year warranty and 7×24 technical support, you can trust in its performance and reliability.
Quality Assurance & Customer Reviews
Manufactured by Hefei Guoxuan High-Tech—a publicly traded company with ISO 9001, ISO 14001, and ISO 45001 certifications—the IFP53148115 104Ah battery undergoes strict quality control at every stage of production. From raw material selection to cell assembly and final testing, each battery is inspected to ensure consistent performance and reliability.
The battery complies with a range of international standards, including:
♦ GB 38031-2020: Safety requirements for power batteries for electric vehicles
♦ GB/T 31484-2015: Cycle life requirements and test methods for power batteries for electric vehicles
♦ GB/T 31486-2015: Electrical performance requirements and test methods for power batteries for electric vehicles
♦ IEC 62619-2017: Secondary lithium-ion cells and batteries for industrial applications
♦ IEC 62660-2-2018: Secondary lithium-ion cells for the propulsion of electric road vehicles
♦ RoHS 2.0: Restriction of hazardous substances in electrical and electronic equipment
We stand behind our product with a comprehensive after-sales service package, including:
♦ 7×24-hour technical support via phone, email, and online chat
♦ Free replacement for any battery that fails to meet performance specifications during the warranty period
♦ On-site technical support for bulk orders and large-scale projects
♦ Battery recycling program to ensure environmentally responsible disposal at the end of service life
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Installation & Maintenance Guidelines
Installation Notes
♦ Ensure the battery is installed in a well-ventilated area with sufficient space for heat dissipation (minimum 10cm clearance around the battery).
♦ Verify the polarity before connection: positive terminal (+) to positive lead, negative terminal (-) to negative lead. Reverse polarity may cause permanent damage.
♦ For pack assembly, follow the recommended compression force: maximum allowable pressure 600kgf (17%±3%SOC), final pressure 300±20kgf (17%±3%SOC) to prevent swelling.
♦ Use insulated tools during installation to avoid short-circuiting the terminals.
♦ The battery’s height direction should be perpendicular to the vehicle’s direction of travel (for EV applications) to ensure stability during movement.
Maintenance Tips
♦ Store the battery in a cool, dry place (≤35℃, 30%-50%SOC) when not in use for extended periods. Avoid direct sunlight and heat sources.
♦ Charge and discharge the battery at least once every 3 months to maintain capacity and prevent self-discharge damage.
♦ Avoid over-charging (exceeding 3.65V) or over-discharging (below 2.0V for T≤0℃, 2.5V for T>0℃), as this will reduce cycle life.
♦ Clean the battery terminals regularly with a dry cloth to remove dust and corrosion. Do not use water or chemical cleaners.
♦ Monitor the battery’s internal resistance and capacity annually. Stop using the battery if internal resistance exceeds 150% of the initial value or capacity drops below 70% of the nominal capacity.
