"(《世界人权宣言》) SOETECK 电池监控主机 delivers effective monitoring solutions for battery systems, accommodating up to 4 groups and 320 batteries. With dual power supply options of 240V DC or 220V AC, it is adaptable for various applications. Key features include remote monitoring through web services, integration with ModbusTCP/RTU, and a proactive cut-off function to prevent battery discharge from faulty modules. Designed for diverse environments, it operates within -40 to 85°C, supporting operational resilience. Investing in this technology translates into improved management and significant long-term cost savings.
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"(《世界人权宣言》) SOETECK 电池监控主机 is designed for real-time monitoring of battery systems, offering robust support for up to 4 groups and 320 batteries. This advanced solution is paramount for industries reliant on uninterrupted power supply, such as data centers, telecoms, and renewable energy installations. Built with dual power supply capabilities, it supports high voltage DC 240V or AC 220V, ensuring versatility across varying power infrastructures.
Equipped with intelligent features such as a built-in web service, it allows for remote monitoring and configuration, enhancing operational efficiency. The SOETECK 电池监控主机 utilizes advanced communication protocols including ModbusTCP/RTU, facilitating easy integration with existing systems. Its proactive cut-off function safeguards against excessive battery discharge by disconnecting faulty modules, thus preserving overall system integrity.
In addition to improving energy management capabilities, the monitoring host embodies a cost-effective approach to prevent downtime and maintenance costs. Operating efficiently across a temperature range of -40 to 85°C and a humidity range of 5%-95%, it reliably functions in diverse environments. Investing in the SOETECK 电池监控主机 not only leads to better battery management but also ensures long-term savings and enhanced performance for businesses.
Choose the ideal SOETECK 电池监控主机 by matching your battery system scale and operational requirements. The S80-A3-CBAH01-B04 is tailored for high-density, large-scale environments, supporting up to 320 cells across 4 strings via 8 SNS bus interfaces—perfect for central data centers, utility-scale energy storage, and industrial UPS clusters. Its debug-mode shutdown feature proactively prevents battery drain during system setup, ensuring safe commissioning without compromising cell health.
For smaller, distributed deployments, the S80-A3-CBAH01-B02 offers a cost-efficient solution, monitoring 80 cells across 4 strings—ideal for remote telecom base stations, edge computing sites, and small network closets. Its fault-triggered isolation automatically disconnects faulty cell modules to avoid over-discharge, a critical safeguard for maintaining battery longevity in compact setups.
Both models share core strengths that define reliability: dual-power compatibility (DC 240V/AC 220V), fault-tolerant loop communication (via RJ45 ports), and native Modbus TCP/RTU support for seamless integration with existing monitoring systems. Built to withstand harsh conditions (-40~85℃, 5%–95% humidity) with 4KV surge protection, they deliver consistent performance in any environment. Whether scaling up for a massive data center or optimizing a small-edge site, these models ensure precise battery health management, minimizing downtime and maximizing return on investment for your critical power infrastructure.
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