The Sunark high-voltage stackable lithium battery is a high-performance energy storage solution designed to be compatible with most inverter brands on the market. Featuring a plug-and-play battery interface and modular design, each module offers 5.12kWh of capacity and is scalable up to 25kWh to meet various energy demands. The system includes modular-level BMS (Battery Management System) and breaker protection, ensuring safety and reliability for each unit. With a long working lifespan of 6,000 cycles, the Sunark high-voltage stackable lithium battery provides a durable and efficient solution for residential and commercial energy storage needs.
Brand:
SunArkRated voltage(Vdc):
204.8~512Rated capacity(Ah):
50Energy storage(KWH):
10.24~25.6Charge voltage(V):
224~560Max. discharge current(A):
50Pack dimension L*W*H(mm):
630*185*955Package dimension L*W*H(mm):
740*295*400*3Gross weight(kg):
14+49*2Protocol(Optional):
21+53*2
High-voltage lithium batteries offer several advantages compared to low-voltage systems, including:
1. Higher Efficiency: High-voltage batteries reduce power losses by operating at a higher voltage and lower current, which minimizes resistive losses during charging and discharging, leading to more efficient energy usage.
2. Reduced Cable Size and Lower Cost: Since high-voltage systems use lower current for the same power output, they require thinner cables, reducing material costs and simplifying system design and installation.
3. Increased Power Output: High-voltage batteries can deliver more power to loads or inverters, making them suitable for applications with high energy demands, such as large residential systems or commercial setups.
4. Better Performance with High-Power Inverters: Many modern inverters operate more effectively with high-voltage battery banks, allowing for a smoother and more efficient integration with high-capacity renewable energy systems.
5. Higher Energy Density: High-voltage lithium batteries generally offer higher energy density compared to their low-voltage counterparts, meaning more energy can be stored in the same or smaller physical space, making them ideal for space-constrained applications.
6. Flexibility for Large Systems: High-voltage systems are more scalable, making them a better option for large energy storage applications or for expanding existing systems, as they can handle higher capacity additions with less complexity.
7. Reduced Heat Generation: The lower current flow in high-voltage systems means less heat is generated, reducing the need for cooling systems and increasing overall system reliability and safety.
Overall, these benefits make high-voltage lithium batteries particularly advantageous for applications requiring high power, scalability, and efficient energy delivery.
Introducing our Stackable High Voltage Lithium Battery, a state-of-the-art energy storage solution compatible with most inverter brands on the market. With a compact footprint of 690*195mm, this plug-and-play battery features a modular design that allows for easy installation and scalability from 5.12kWh up to 25kWh. Equipped with advanced BMS and breaker-level protection, it ensures safe and reliable operation, while its impressive lifespan of 6000 cycles guarantees long-term durability. Ideal for both residential and commercial use, this battery system offers unparalleled flexibility and efficiency for all your energy needs.
Sunark's high-voltage stackable lithium battery offers a capacity of 51.2V 50Ah per unit, using high-quality 3.2V 50Ah cells. It features real-time monitoring with an intelligent Battery Management System (BMS) to ensure safety, optimize performance, and provide multiple protective measures. With scalable and modular design capabilities, it can be easily expanded to meet various energy demands. The system is designed for high-voltage, efficient, and reliable operation and is suitable for residential, commercial, and industrial applications. Seamless integration with inverters and other energy systems makes it a versatile solution for energy storage needs, prioritizing safety, performance, and reliability.
Commercial energy storage systems can help businesses improve efficiency and reduce power costs. These systems avoid paying expensive electricity bills when the sun isn't shining or the wind isn't blowing by storing excess power from solar or wind farms. In addition, commercial energy storage systems can reduce the need for grid infrastructure, such as power lines or substations, saving money in the long run.
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