Chargeable Smart Wall-Mounted Home Energy Storage Battery with LFP Anode

Product Description:

The LifePO4 Energy Storage Battery is an essential component for your home energy storage needs. With a wide range of features and specifications, this battery is designed to provide reliable and efficient power storage for your household energy needs.

One of the key attributes of this battery is its charging temperature range of 0°C to 45°C, ensuring optimal performance and safety during the charging process. This means that you can charge the battery within a comfortable temperature range without worrying about any potential issues.

Furthermore, the LifePO4 Energy Storage Battery is chargeable, allowing you to easily recharge it whenever needed. Whether you are looking to store excess energy from solar panels or simply want a backup power source, this battery offers the flexibility and convenience you need.

In terms of charge temperature, this battery can operate within a range of -20°C to 60°C, providing versatility and reliability in various environmental conditions. This wide temperature range ensures that the battery can be charged effectively even in extreme temperatures, making it suitable for a wide range of applications.

The cell technology used in this battery is LiFePO4, known for its high energy density, long cycle life, and excellent thermal stability. This advanced technology ensures that the battery delivers consistent performance and durability, meeting the demands of home energy storage applications.

When it comes to maximum discharge current, the LifePO4 Energy Storage Battery offers varying levels depending on the model. This means that you can choose a battery with the discharge current that best suits your specific power requirements, whether you need higher power output or longer discharge times.

In conclusion, the LifePO4 Energy Storage Battery is a reliable and efficient solution for your household energy storage needs. With its advanced features, including a wide charging temperature range, chargeability, LiFePO4 cell technology, and customizable discharge current, this battery offers the performance and versatility required for home energy storage applications.

Features:

• Product Name: Lifepo4 Energy Storage Battery
• Maximum Discharge Current: Varies Depending On Model
• Charging Temperature: 0°C To 45°C
• Chargeable: Yes
• Anode Material: LFP
• Cell Technology: LiFePO4
• Keywords: Energy Storage Battery Pack, Energy Storage Lithium Battery, Energy Storage System Battery

Technical Parameters:

Applications:

EWT LiFePO4 Energy Storage Lithium Battery is a versatile and reliable power solution suitable for various applications and scenarios. With its origins in China, this battery has undergone rigorous testing and holds certifications such as UL, IEC62133, and UN38.3, ensuring high quality and safety standards.

Whether you need an Energy Storage System Battery for residential, commercial, or industrial use, the EWT LiFePO4 battery is an ideal choice. Its minimum order quantity of 1 unit makes it accessible for small-scale projects, while its competitive price of 230USD/pcs offers great value for money.

The packaging details in a paper carton guarantee secure transportation, and with a delivery time of 30-35 days, you can rely on timely receipt of your order. Payment terms via T/T provide flexibility, and the supply ability directly from the factory ensures consistent availability.

One of the key features of this battery is its maximum discharge current, which varies depending on the model chosen. This flexibility allows you to select the right battery based on your specific power requirements. The anode material, LFP, ensures efficiency and durability, making the battery a long-lasting Energy Storage Battery Pack.

Operating within a wide range of temperatures, from -20°C to 60°C for charging and 0°C to 45°C for discharging, this battery is suitable for diverse environmental conditions. Its chargeable nature enables repeated use, making it a sustainable choice for energy storage applications.