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9XE01 Power Integration Cabinet
9XE
020
9XE01 Indoor Edge Computing Dedicated Power Integration Cabinet
Leading the Future, Born for Edge Computing.
Welcome to the future of Medium-Scale Indoor Edge Computing Dedicated Power Integration Cabinet, a robust solution crafted specifically for edge computing scenarios. We understand the unique demands of edge computing, and thus, have designed an integrated cabinet to meet your requirements in data centers, IoT, and edge computing environments. Let's explore this advanced configuration tailored for the future.
Significance of the Integrated Cabinet:
Indoor Edge Computing Dedicated Power Integration Cabinet is designed to provide comprehensive power management and environmental control, ensuring the stability of your edge computing devices in various complex environments.
Edge Computing Specialization:
Customized design, fully considering the unique requirements of edge computing scenarios, providing precise and reliable power support.
High Integration:
Integration of key functions such as monitoring, power supply, cooling, and fire suppression, minimizing equipment footprint and maximizing space utilization efficiency.
Reliability and Stability:
Optimization for critical performance indicators of edge computing to ensure high reliability and stability even in harsh conditions.
Principles and Results of Configuration Selection:
In the configuration, we adhere to a series of principles to ensure that each component performs optimally in edge computing scenarios.
Monitoring Modules:
Temperature Sensor: Maxim Integrated DS18B20, accuracy greater than 0.1°C, range -40°C to 85°C.
Humidity Sensor: Sensirion SHT35, accuracy greater than 1%, range 10% to 90%.
Smoke Sensor: Winsen Electronics MQ-2, with early smoke detection functionality.
Current/Voltage Sensor: Allegro Microsystems ACS712, supports multi-channel measurement, precisely monitors power status.
Communication Switching Power Module:
Power Module: Mean Well, supports a wide input voltage range
Communication Interface: Siemens, supports communication protocols such as Modbus and CAN.
Battery Module:
Li-ion Battery Pack: CATL, high energy density, lightweight design.
BMS: Nuvation Energy, ensures safe charging/discharging and temperature control of the battery.
Rack-Mounted Precision Air Conditioning:
Air Conditioning Model: Vertiv (Liebert series), meets the cooling requirements of the power cabinet.
Humidity Control: Adjustable humidity range to ensure devices operate under suitable humidity conditions.
High Energy Efficiency Ratio: Utilizes advanced cooling technology to improve energy efficiency.
Power Distribution Module:
Intelligent PDU (Power Distribution Unit): APC (Schneider Electric), supports remote monitoring and control.
Overload Protection: Eaton, equipped with overload protection to prevent current overload.
Rack-Mounted Fire Extinguisher:
Fire Suppression System: Kidde Fire Systems, uses gas fire extinguishing agent like HFC-227ea.
Fire Detection: Xtralis (Vesda system), with dual detection of smoke and temperature.
Configuration Selection for Integrated Cabinet:
Users can customize a cost-effective configuration version based on application scenarios and budgets with 9XE, including but not limited to:
Standard Configuration:
Provides a balance between performance and cost, suitable for general edge computing needs.
Performance Configuration:
For scenarios with higher demands on computing performance, offering more powerful processing capabilities and storage capacity.
Energy Efficiency Configuration:
Focuses on reducing energy consumption, employing advanced energy efficiency technologies, suitable for scenarios with high energy efficiency requirements.
Application Scenarios of Indoor Edge Computing Dedicated Power Integration Cabinet:
The Indoor Edge Computing Dedicated Power Integration Cabinet can be widely used in various scenarios to meet the needs of different industries and fields.
Data Centers: Core power management equipment ensuring stable power supply for servers and network devices, along with environmental monitoring for high availability.
IoT (Internet of Things): Provides reliable power support for IoT devices, ensuring normal operation through real-time monitoring of device status.
Edge Computing Sites: Tailored for distributed computing sites at the edge, providing highly integrated cabinets to simplify equipment management and ensure stability in edge environments.
Manufacturing: Offers reliable power and environmental control for automation equipment in manufacturing, ensuring smooth operation and reducing downtime.
Medical Devices: Provides high availability power support for medical devices, ensuring safe operation through real-time monitoring of device status.
Traffic Systems: Manages power for traffic signal control, surveillance cameras, etc., providing stable power to ensure the normal operation of traffic systems.
Educational Institutions: Supports servers and network equipment in educational institutions, ensuring reliability through real-time monitoring of device status in educational IT equipment.
9XE's Indoor Edge Computing Dedicated Power Integration Cabinet is a versatile tool designed to meet the future demands of edge computing. Its highly customizable, integrated, and reliable design sets it apart in complex edge computing environments.
Our integrated cabinet not only balances performance and cost but also focuses on providing outstanding energy efficiency and sustainability. Whether it's a standard configuration, performance configuration, or energy efficiency configuration, it can meet the requirements of different application scenarios.
If you are interested in Indoor Edge Computing Dedicated Power Integration Cabinet or have any questions, feel free to contact 9XE's sales engineers. We are committed to providing you with detailed information and professional advice.
9XE01 Indoor Edge Computing Dedicated Power Integration Cabinet
Leading the Future, Born for Edge Computing.
Welcome to the future of Medium-Scale Indoor Edge Computing Dedicated Power Integration Cabinet, a robust solution crafted specifically for edge computing scenarios. We understand the unique demands of edge computing, and thus, have designed an integrated cabinet to meet your requirements in data centers, IoT, and edge computing environments. Let's explore this advanced configuration tailored for the future.
Significance of the Integrated Cabinet:
Indoor Edge Computing Dedicated Power Integration Cabinet is designed to provide comprehensive power management and environmental control, ensuring the stability of your edge computing devices in various complex environments.
Edge Computing Specialization:
Customized design, fully considering the unique requirements of edge computing scenarios, providing precise and reliable power support.
High Integration:
Integration of key functions such as monitoring, power supply, cooling, and fire suppression, minimizing equipment footprint and maximizing space utilization efficiency.
Reliability and Stability:
Optimization for critical performance indicators of edge computing to ensure high reliability and stability even in harsh conditions.
Principles and Results of Configuration Selection:
In the configuration, we adhere to a series of principles to ensure that each component performs optimally in edge computing scenarios.
Monitoring Modules:
Temperature Sensor: Maxim Integrated DS18B20, accuracy greater than 0.1°C, range -40°C to 85°C.
Humidity Sensor: Sensirion SHT35, accuracy greater than 1%, range 10% to 90%.
Smoke Sensor: Winsen Electronics MQ-2, with early smoke detection functionality.
Current/Voltage Sensor: Allegro Microsystems ACS712, supports multi-channel measurement, precisely monitors power status.
Communication Switching Power Module:
Power Module: Mean Well, supports a wide input voltage range
Communication Interface: Siemens, supports communication protocols such as Modbus and CAN.
Battery Module:
Li-ion Battery Pack: CATL, high energy density, lightweight design.
BMS: Nuvation Energy, ensures safe charging/discharging and temperature control of the battery.
Rack-Mounted Precision Air Conditioning:
Air Conditioning Model: Vertiv (Liebert series), meets the cooling requirements of the power cabinet.
Humidity Control: Adjustable humidity range to ensure devices operate under suitable humidity conditions.
High Energy Efficiency Ratio: Utilizes advanced cooling technology to improve energy efficiency.
Power Distribution Module:
Intelligent PDU (Power Distribution Unit): APC (Schneider Electric), supports remote monitoring and control.
Overload Protection: Eaton, equipped with overload protection to prevent current overload.
Rack-Mounted Fire Extinguisher:
Fire Suppression System: Kidde Fire Systems, uses gas fire extinguishing agent like HFC-227ea.
Fire Detection: Xtralis (Vesda system), with dual detection of smoke and temperature.
Configuration Selection for Integrated Cabinet:
Users can customize a cost-effective configuration version based on application scenarios and budgets with 9XE, including but not limited to:
Standard Configuration:
Provides a balance between performance and cost, suitable for general edge computing needs.
Performance Configuration:
For scenarios with higher demands on computing performance, offering more powerful processing capabilities and storage capacity.
Energy Efficiency Configuration:
Focuses on reducing energy consumption, employing advanced energy efficiency technologies, suitable for scenarios with high energy efficiency requirements.
Application Scenarios of Indoor Edge Computing Dedicated Power Integration Cabinet:
The Indoor Edge Computing Dedicated Power Integration Cabinet can be widely used in various scenarios to meet the needs of different industries and fields.
Data Centers: Core power management equipment ensuring stable power supply for servers and network devices, along with environmental monitoring for high availability.
IoT (Internet of Things): Provides reliable power support for IoT devices, ensuring normal operation through real-time monitoring of device status.
Edge Computing Sites: Tailored for distributed computing sites at the edge, providing highly integrated cabinets to simplify equipment management and ensure stability in edge environments.
Manufacturing: Offers reliable power and environmental control for automation equipment in manufacturing, ensuring smooth operation and reducing downtime.
Medical Devices: Provides high availability power support for medical devices, ensuring safe operation through real-time monitoring of device status.
Traffic Systems: Manages power for traffic signal control, surveillance cameras, etc., providing stable power to ensure the normal operation of traffic systems.
Educational Institutions: Supports servers and network equipment in educational institutions, ensuring reliability through real-time monitoring of device status in educational IT equipment.
9XE's Indoor Edge Computing Dedicated Power Integration Cabinet is a versatile tool designed to meet the future demands of edge computing. Its highly customizable, integrated, and reliable design sets it apart in complex edge computing environments.
Our integrated cabinet not only balances performance and cost but also focuses on providing outstanding energy efficiency and sustainability. Whether it's a standard configuration, performance configuration, or energy efficiency configuration, it can meet the requirements of different application scenarios.
If you are interested in Indoor Edge Computing Dedicated Power Integration Cabinet or have any questions, feel free to contact 9XE's sales engineers. We are committed to providing you with detailed information and professional advice.
