UPS Remote Monitoring System | Complete Solution Based on Industrial All-in-One PC & Industrial PC

Targeting uninterruptible power scenarios, we adopt industrial all-in-one PCs / embedded industrial PCs as edge core carriers. Combined with a full range of IoT UPS products and professional monitoring & management software, an integrated system featuring local visual operation & maintenance plus remote centralized monitoring is established. It realizes real-time data collection, data interaction, fault early warning and remote control of all UPS and batteries, delivering continuous and stable uninterruptible power guarantee for critical loads.

Remote IoT UPS Application Scenarios

• Data centers & computer rooms, intelligent manufacturing production line control systems
• Rail transit, communication base stations, outdoor distributed base stations
• Smart parks, sprzęt medyczny, olej & gas / chemical automation control systems
• Water pump stations, stosy ładowania, edge computing sites and other power-critical facilities that require zero power interruption.

Overall System Architecture (4-Tier Architecture)

Perception Layer: IoT UPS + Battery Banks

Full range of IoT UPS models (Online / Rack-mounted / Low-frequency / High-frequency types):

• Built-in Modbus TCP/RTU and SNMP communication interfaces.
• Real-time collected parameters: mains input voltage, output voltage, load rate, inverter status, bypass status.
• Matching battery monitoring unit: cell voltage, battery temperature, internal resistance, remaining capacity, charge/discharge status.
• Supports dry contact alarm output; local audible and visual alarms will be triggered once abnormal signals occur.

Edge Core Layer: Industrial All-in-One PC / Embedded Industrial PC (HMI display)

Positioning: Local data acquisition, interakcja człowiek-maszyna, przetwarzanie brzegowe, protocol conversion

Hardware Advantages

✅ Abundant interface portfolio: multiple Ethernet ports, Rs485, RS232, DI/DO, USB and HDMI. One unit fulfills diverse connection requirements.

✅ Multi-screen collaboration support: external multi-monitors available for split-screen display in control rooms.

✅ Stable & real-time data interaction: parallel data collection from multiple UPS units; multi-protocol compatibility to connect power equipment of different brands.

✅ Wide operating temperature, dustproof and anti-interference design, suitable for harsh environments such as data center rooms, cabinets and industrial workshops.

✅ Dual OS support for Windows / Linuksa; pre-installable monitoring and O&M software.

Three Hardware Options

Przemysłowy komputer z panelem dotykowym(15~32“）
For on-site cabinet operation. Equipped with visual touchscreen, enabling field staff to check data, configure parameters and acknowledge alarms directly.

Fanless Embedded Industrial PC	UPS HMI Display(7-10″)
Installed deep inside cabinets for unattended operation without display. Works purely as an edge gateway for data collection, connecting to central control large screens or cloud platforms.	It realizes real-time visualization of operating parameters, including input/output voltage, load rate, battery status, fault alarms and running logs.

Transmission Layer

• Wired Ethernet serves as the primary link; optional 4G/5G module for wireless backup.
• Supports local LAN operation and cross-region remote access via internet.
• Resume transmission after network interruption: data cached locally during outages and automatically uploaded after network recovery.

Platform Application Layer: Remote UPS Monitoring & Management Software

Consists of two modules: local client software and cloud O&M platform.

• Centralized Visual Monitoring Dashboard
  Unified access to UPS clusters ranging from dozens to hundreds of units across multiple sites; topology diagrams intuitively display the operating status of each UPS and battery bank.
• Full Lifecycle Monitoring for Batteries
  Continuously track battery health status, predict bulging, aging and capacity degradation, and arrange maintenance in advance.
• Multi-Level Alarm Mechanism
  Notifications will be triggered for events including mains power failure, UPS faults, low battery voltage, over-temperature and overload via local pop-up windows, emails, SMS and mobile APP messages.
• Remote Operation & Management
  Remotely view parameters, perform remote startup/shutdown and scheduled charge-discharge tests; orderly load shutdown linkage upon mains anomalies to prevent data corruption.
• Data Storage & Reporting
  Operating curves, event logs and power failure records are automatically archived. O&M reports can be exported for energy audit and equipment asset management.
• System Interconnection Capability
  Provide standard API, OPC UA and Modbus protocols for seamless integration with factory SCADA, building BMS and energy management platforms.

Core Advantages of the HMI Display Solution for Remote UPS Monitoring

• Integrated Hardware & Software Uninterruptible Power Solution

  Complete portfolio consisting of IoT UPS, industrial-grade edge hardware and professional monitoring software. Customers are freed from fragmented procurement and multi-party debugging.
• Dual O&M Support: Local Operation + Remote Management

  On-site touch operation via local industrial all-in-one PCs; administrators conduct centralized remote management of distributed UPS assets across different locations.
• Proactive Battery Health Management to Reduce Downtime Risks

  Transform the traditional periodic inspection model. Real-time monitoring enables early prediction of battery failure and reduces unexpected power outages.
• Multi-Protocol Compatibility Enables Smooth Renovation of New & Existing Projects

  Rich industrial interfaces support renovation of legacy traditional UPS systems as well as deployment for brand-new projects.
• Reduce On-Site Manual Inspections and Cut O&M Labor Costs Significantly

  7×24-hour unattended monitoring with active fault alerts, shifting maintenance mode from breakdown repair to predictive maintenance.