
Key Feature
- High Capacity 15Ah LiFePO4 Cell (3.2V 34145)
- K-TECH Cylindrical Engineering Design
- Long Cycle Life & Durable Performance
- High Discharge & Fast Charging Performance
- Stable & Efficient Power Delivery
- Eco-Friendly & Sustainable Solution
₹368.00
K-TECH LiFePO4 Cell 34145 3.2V 15Ah (15000mAh)
The K-TECH LiFePO4 Cell 34145 3.2V 15Ah is a high-capacity rechargeable Lithium Iron Phosphate (LiFePO4/LFP) battery engineered for renewable energy storage, electric vehicles (EVs), solar backup systems, UPS applications, and industrial power solutions. Built with advanced LiFePO4 technology, this premium cylindrical cell delivers outstanding safety, long cycle life, stable voltage output, and dependable performance for demanding energy storage applications.
Featuring a 3.2V nominal voltage and a 15Ah (15000mAh) capacity, the K-TECH 34145 LiFePO4 cell provides approximately 48Wh of energy. Its robust 34145 cylindrical design offers excellent thermal stability, low internal resistance, and reliable high-current performance, making it an ideal choice for professional battery pack manufacturers and renewable energy systems.
Key Features
- High Capacity 15Ah (15000mAh): Delivers a stable 3.2V output with approximately 48Wh of energy for extended runtime and dependable energy storage.
- Ultra-Long Cycle Life: Engineered for 3,000+ charge and discharge cycles, ensuring long service life and lower maintenance costs.
- Fast Charging & High Discharge Performance: Supports high charge and discharge currents for demanding EV, ESS, and industrial applications.
- Stable Performance: Low internal resistance provides efficient energy transfer, stable voltage output, and improved overall system efficiency.
- Advanced LiFePO4 Safety: Offers superior thermal and chemical stability with excellent resistance to overheating, overcharging, over-discharging, and harsh operating conditions.
- Standard 34145 Cylindrical Design: Designed for seamless integration into battery packs, energy storage modules, and custom lithium battery assemblies.
- Eco-Friendly Technology: Manufactured using environmentally friendly LiFePO4 chemistry, free from hazardous heavy metals and supporting sustainable energy solutions.
Applications
- Electric Vehicles (EVs), E-Bikes & Electric Scooters
- Renewable Energy & Solar Power Storage Systems
- Off-Grid Solar & Home Battery Banks
- UPS & Backup Power Systems
- Industrial & Commercial Energy Storage Solutions
- Power Tools & High-Performance Equipment
- Custom Lithium Battery Pack Manufacturing
- Portable Power Stations
Product Highlights
- 3.2V / 15Ah (15000mAh) 34145 LiFePO4 Cylindrical Cell
- Approximately 48Wh energy capacity per cell
- 3,000+ Charge/Discharge Cycles for exceptional durability
- Low Internal Resistance for efficient charging and stable high-current output
- Excellent Thermal Stability with advanced LiFePO4 battery chemistry
- Ideal for Solar, ESS, EV, UPS & Industrial Applications
- Low Self-Discharge for reliable long-term energy storage and standby performance
Why Choose K-TECH LiFePO4 Cell 34145 3.2V 15Ah?
The K-TECH LiFePO4 Cell 34145 3.2V 15Ah combines high energy capacity, ultra-long cycle life, superior safety, and reliable high-current performance in a durable cylindrical format. It is an ideal solution for solar energy storage systems, EV battery packs, UPS backup power, industrial equipment, portable power stations, and custom lithium battery pack manufacturing where long-term reliability, efficiency, and safety are essential.
Product overview
K-TECH LiFePO4 Cell 34145 3.2V 15Ah (15000mAh) The K-TECH LiFePO4 Cell 34145 3.2V 15Ah is a high-capacity rechargeable Lithium Iron Phosphate (LiFePO4/LFP) battery engineered for renewable energy storage, electric vehicles (EVs), solar backup systems, UPS applications, and industrial power solutions .
- SKU
- 26000023
- Category
- LFP CELL
- Brand
- K-TECH
- Unit
- PCS
- Minimum order
- 40 PCSs
- Availability
- In Stock
Review key features and technical specifications before ordering. Contact ARB Accessories if you need compatibility or bulk-order guidance.
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