With the rapid development of renewable energy and the deepening reform of the power market, industrial and commercial energy storage technology is gradually becoming an important tool for enterprise energy management and cost optimization. Especially in some large commercial and industrial sites, energy storage systems can not only smooth the load curve and reduce electricity bills, but also improve the stability of the power grid. However, in order to ensure that these systems can operate efficiently in complex outdoor environments, it is crucial to choose a suitable edge computing platform. In this context, Industrial Edge Computer ARMxy series of launched by BLIIoT--Beilai Tech.Co.,Ltd. have become an ideal choice for industrial and commercial energy storage cabinets with their excellent performance and adaptability.
Industrial Edge ComputerARMxy series are designed for industrial applications and can withstand harsh natural conditions such as high temperature, low temperature, humidity, etc. It is installed in a sturdy electrical cabinet to ensure stable operation even without strong electricity. This design not only improves the reliability of the system, but also simplifies the installation process and reduces maintenance costs. For application scenarios that require long-term operation and inconvenient maintenance, ARMxy is undoubtedly an ideal choice.
In the industrial and commercial energy storage cabinet, ARMxy communicates with a variety of devices, including dehumidifiers and liquid coolers, through 8 RS485 interfaces. These devices have strict requirements on the humidity and temperature of the environment, so frequent data collection is necessary. However, when the acquisition frequency is high, the traditional non-isolated RS485 interface may have data transmission conflicts and even damage the host. To solve this problem, all RS485 interfaces of ARMxy adopt a reinforced isolation design to effectively avoid equipment failures caused by data conflicts. After actual testing, ARMxy can still maintain stable data transmission under a high frequency acquisition of 1-2 seconds, which is better than other brands of products on the market.
In large-scale industrial and commercial energy storage projects, it is often necessary to connect multiple energy storage cabinets in parallel to achieve higher energy storage capacity. At this time, the support of multiple LAN interfaces becomes particularly important. ARMxy is equipped with 3 LAN interfaces, which can easily realize the network interconnection between different energy storage cabinets, thereby building an efficient and reliable distributed energy storage system. This design not only improves the scalability of the system, but also facilitates remote monitoring and management, allowing operation and maintenance personnel to more conveniently operate and maintain the entire energy storage network.
In addition to the rich RS485 and LAN interfaces, ARMxy also provides a CAN interface specifically for communicating with the high-voltage box. The high-voltage box is one of the key components in the industrial and commercial energy storage system, responsible for the charge and discharge management of the battery pack. Through the CAN interface, ARMxy can obtain the working status of the high-voltage box in real time, including important parameters such as voltage, current, and temperature, to ensure the safe operation of the entire energy storage system. In addition, the use of the CAN interface also simplifies the system design, reduces the complexity of wiring, and improves the overall reliability of the system.
In actual applications, ARMxy provides 8 digital input (DI) and 8 digital output (DO) interfaces, which can flexibly connect various sensors and actuators, such as warning lights, contactors, switches, etc. At present, users have used 6 DI interfaces to detect the status of energy storage cabinets, and 3 DO interfaces to control switches. This configuration not only meets current needs, but also leaves enough room for possible functional expansion in the future. Through these interfaces, ARMxy can realize comprehensive monitoring and automatic control of energy storage cabinets, improving the intelligence level of the system.
Although the ARMxy standard configuration includes an HDMI interface, users may not need this function in certain specific application scenarios. To this end, Barium-Rene Technology provides flexible customization services, allowing users to choose whether to retain the HDMI interface according to actual needs. For those users who pay more attention to system compactness and cost control, removing the HDMI interface can further reduce the size of the device and reduce the overall cost.
Industrial Edge Computer ARMxy series has become an ideal choice for industrial and commercial energy storage cabinet applications with its powerful performance, reliable interface design and flexible configuration options. Whether facing harsh outdoor environments or complex multi-cabinet parallel requirements, ARMxy can provide stable and efficient edge computing support. In the future, with the continuous advancement of energy storage technology and the growing market demand, ARMxy will surely play a more important role in the field of industrial and commercial energy storage, helping enterprises and institutions achieve green and sustainable development goals.
