51.2V 10.24kWh Sodium Ion Battery Solar Energy Storage

Product Overview

As a premier manufacturer and supplier of advanced energy solutions, we present this 51.2V 10.24kWh sodium-ion battery designed for robust solar energy storage. Engineered for large-scale procurement and demanding operational environments, this unit offers exceptional thermal stability and longevity, ensuring your energy infrastructure remains resilient and cost-effective.

• High-capacity 10.24kWh output for sustained and reliable power delivery

• Advanced sodium-ion chemistry eliminating dependency on volatile rare-metal markets

• Exceptional operational temperature range spanning from 0 to 60 degrees Celsius

• Direct sourcing from a trusted manufacturer ensuring stringent quality control

The AJ-Na-1024W sodium battery is a high-performance rechargeable energy storage product launched by ANJAROEL, featuring a medium size and advanced sodium battery core technology. With an impressive cycle life of ≥6000 times @80% DOD (25℃), LCD real-time display and multi-channel communication methods, it supports a wide charging temperature range of 0~60℃ and IP21 protection grade. Designed for diverse industrial and energy storage scenarios, this reliable sodium battery delivers stable and durable power output, perfectly meeting the high-demand energy storage needs of commercial and industrial applications.

1. Ultra-Long Cycle Life & High Energy Utilization

This AJ-Na-1024W sodium battery achieves an outstanding cycle life of ≥6000 times at 80% DOD under 25℃, far surpassing traditional battery types in service life. It maintains stable capacity output during repeated charging and discharging, with low attenuation and high energy utilization rate, effectively reducing battery replacement frequency and long-term use costs for large-scale energy storage projects.

2. Multi-Channel Communication & Intelligent Monitoring

Equipped with RS232/RS485/Can multi-mode methods of communication, this rechargeable sodium battery enables seamless connection with intelligent control systems. It supports real-time data transmission and remote monitoring of battery working status, realizing intelligent management of charging/discharging and fault early warning, which is ideal for industrial automatic energy storage scenarios with high intelligent requirements.

3. Wide Charging Temperature & Strong Environmental Adaptability

This medium size sodium battery features a wide charging temperature range of 0~60℃, breaking the limitation of narrow temperature adaptability of traditional batteries. It can work stably in different ambient temperature conditions, without obvious performance degradation in high or low temperature environments, and matches the complex working conditions of various industrial and commercial energy storage sites perfectly.

4. Visual LCD Display & Easy Operation

Built-in with a clear LCD Display, this DAH sodium battery can real-time show key working parameters including remaining capacity, charging/discharging current, voltage and operating temperature. Users can grasp the battery's running status intuitively and quickly without additional detection equipment, realizing simple operation and timely maintenance, greatly improving the user operation experience.

5. Standard Protection & Reliable Structural Design

With IP21 professional protection grade, this high cycle sodium battery has effective dust and splash water resistance, providing reliable protection for the internal core components. Adopting a sturdy medium size structural design with standardized package size, it is easy to install and transport, and the large annual production capacity of 8GW ensures sufficient supply and fast delivery for bulk and large-scale orders.

1. Industrial Energy Storage Systems

This AJ-Na-1024W sodium battery is widely applied in industrial energy storage systems for factories and manufacturing bases. Its ultra-long cycle life and multi-channel communication support realize intelligent energy storage management, which can store off-peak electricity and supply power during peak hours, reducing industrial electricity costs and improving the stability of factory power supply systems.

2. Commercial Building Energy Storage

For shopping malls, office buildings and other commercial buildings, this rechargeable sodium battery serves as an ideal emergency and peak-shaving energy storage solution. Its wide charging temperature adaptability and IP21 protection grade fit the indoor working environment of commercial buildings, and the LCD display facilitates on-site management, ensuring continuous power supply for important equipment in case of power outage.

3. Distributed Energy Storage Projects

This medium size sodium battery is suitable for distributed energy storage projects such as community and park energy storage. Its compact medium size design is easy to install in limited space, and the high cycle life meets the long-term use demand of distributed energy storage. It can cooperate with renewable energy power generation to realize local energy storage and consumption, improving energy utilization efficiency.

4. Communication Base Station Power Supply

As a reliable backup power supply for communication base stations, this ANJAROEL sodium battery provides stable and continuous power for base station equipment. Its strong environmental adaptability can cope with the different ambient temperatures of outdoor and indoor base stations, and the multi-communication modes support remote monitoring by communication operators, reducing manual maintenance workload.

Install the AJ-Na-1024W sodium battery in a dry, ventilated and dust-proof place, and keep it away from flammable and explosive materials. Connect the communication ports (RS232/RS485/Can) and power lines according to the manual, match the dedicated charger for charging within 0~60℃. Check the LCD Display regularly to monitor working status, and clean the battery surface and connection terminals to avoid poor contact.

Q1: How does the sodium-ion chemistry impact the overall thermal management of the storage room?

Unlike traditional lithium-based systems that require strict climate control to prevent thermal runaway and capacity loss, this sodium-ion battery operates safely and efficiently within a broad 0 to 60 degrees Celsius range. This drastically reduces the need for aggressive, energy-intensive HVAC systems in your storage facility, lowering your overall operational costs while maintaining high safety margins.

Q2: Can this 51.2V system be integrated with legacy solar inverters and existing control networks?

Absolutely. The unit is equipped with highly adaptable RS232, RS485, and CAN communication protocols. This multi-channel approach ensures it can seamlessly handshake with a wide variety of modern and legacy smart inverters and centralized facility management systems, allowing for smooth data transmission and remote management without requiring a complete overhaul of your existing infrastructure.

Q3: What specific maintenance routines are required to preserve the IP21-rated enclosure and LCD screen?

Maintenance is incredibly minimal. The IP21 rating protects against standard dust and vertical water drips. We recommend a simple monthly visual inspection to ensure the ventilation ports are clear of debris. For the LCD screen, simply wipe it with a dry, non-abrasive microfiber cloth to maintain visibility. Always ensure the power is isolated before cleaning the terminal connections to prevent accidental bridging.

Q4: How does the 6000-cycle life rating translate to practical operational years under daily cycling?

At a standard 80% Depth of Discharge (DOD) at 25 degrees Celsius, a rating of ≥6000 cycles equates to over 16 years of continuous daily charging and discharging. Because the sodium-ion core exhibits exceptionally low capacity attenuation, the battery will continue to provide highly stable, usable energy yields well into its lifespan, significantly delaying the need for capital-intensive hardware replacements.

Q5: What specific data points can our engineering team extract through the CAN bus connection?

The CAN communication interface provides deep, real-time telemetry directly to your central control room. Your team can continuously monitor granular data including individual cell voltage, real-time charge/discharge current, precise State of Charge (SOC), State of Health (SOH), and internal operating temperatures. This allows for highly accurate predictive maintenance and automated load balancing across your entire energy array.