The Rack Battery is a modular and high-capacity energy storage solution designed for use in both residential and commercial applications. It is typically housed in a standardized rack-mounted format, allowing for easy integration into energy systems such as solar PV setups, uninterruptible power supplies (UPS), or other energy management systems.

Compatible with most world-famous inverter brands

Scalable Design: Easily expandable by adding multiple battery modules in parallel or series, supporting larger energy storage needs as your requirements grow.

Smart Battery Management System (BMS): Built-in BMS monitors the performance of the battery, providing protection against overcharge, over-discharge, and thermal management to ensure safe and reliable operation.

Efficient Charging: Supports fast charging and discharging capabilities, reducing downtime and improving overall energy efficiency.

High Energy Density: Advanced lithium-ion (LiFePO4) technology offers high energy density, ensuring long-lasting, efficient storage in a compact format.

Energy Storage for Solar Power: Store excess energy from renewable sources for use during peak demand periods or during power outages.

Data Centers and Communication Rooms: Provide backup power to ensure uninterrupted operation of critical infrastructure.

Home and Commercial Energy Systems: Used as part of a larger energy management system to reduce electricity bills and manage energy usage more efficiently.

UPS Systems: Act as a reliable power backup for industries or facilities that require constant, uninterrupted power.

Packing Process

Durable Packaging Materials: Each battery module is carefully packed using durable, shock-resistant materials, including:

Sturdy Wooden or Metal Crates: Custom-sized crates or racks designed to hold the battery in place during transport.

Foam Padding and Insulation: Anti-vibration foam or insulating materials are used inside the crate to protect the battery from mechanical shocks or vibrations.

Anti-Static Wrapping: To prevent any static discharge that could damage electronic components, the battery is wrapped in anti-static bubble wrap or other similar materials.

Waterproofing: Moisture-proof materials or sealed plastic wraps are used to protect the battery from humidity and potential water damage during transit.

Protection Against Short Circuiting: Terminal covers or insulating caps are placed on exposed battery terminals to avoid any accidental short-circuits.

Shipping Process

Shipping Modes: Depending on the destination, rack batteries can be shipped via air, sea, or ground. The choice of transportation mode will depend on factors like urgency, cost, and distance.

Temperature-Controlled Shipping: Depending on the climate and storage conditions required, some rack batteries may need temperature-controlled containers to avoid exposure to extreme temperatures.

Handling Requirements: Shipping companies and handlers must be trained to handle dangerous goods safely. The packaging includes clear instructions on how to handle and store the batteries during transit.