| Quantity: | |
|---|---|
24/7/365 real-time monitoring ≤50,000pcs batteries
B/S structure with simple UI set-up
Realize all data display at one location, suitable for projects by large number of batteries or batteries locate in different site
Sent out timely alarm notifications for abnormal battery via SMS & Email alerts (support multiple contacts)
Setpoint multi-level alarm
Graphical and visual display of battery trends and faults
Provides centralized data storage, data access and data management, export .csv format reports for data analysis
Monitor ambient temperature & humidity
Support to connect with 3rd party system (EMS, EPC, SCADA, DCIM...)r
Multi-vendor integration challenges: UPS, EPS, VRLA, and lithium batteries often come from different manufacturers, with inconsistent interfaces and protocols, making monitoring and maintenance complex.
Uncontrolled environmental risks, including hydrogen leakage, water ingress, smoke, or unauthorized access, remain unmanaged threats without centralized monitoring.
Complex large-scale management: Managing thousands of power sites and hundreds of thousands of batteries across wide geographies is highly challenging.
Slow fault response: Conventional monitoring cannot provide second-level alerts, delaying corrective actions.
High manual maintenance costs: Traditional manual inspections are time-consuming and labor-intensive, with hidden battery issues often going undetected.
Lack of remote monitoring and alarms: Without an intelligent platform, operators cannot access real-time battery status, which may result in missing the optimal intervention window.
In large-scale backup power systems, batteries are the core component. Any failure may lead to severe consequences:
Overheating and swelling: High temperatures or abnormal charging may cause swelling, casing rupture, or even explosions.
Leakage and corrosion: Electrolyte leaks cause corrosion on trays and metal parts, which can compromise system safety.
Capacity degradation: Over time, batteries lose capacity, limiting backup duration during outages.
Rising internal resistance: Higher resistance causes overheating, lower efficiency, and faster aging.
Cell imbalance: Voltage variations in individual cells can lead to early failure of the entire string.
Sudden failure: In mission-critical scenarios—such as data centers, hospitals, or rail transit—unexpected failures can lead to downtime and significant losses.
DFCS4200 provides real-time monitoring of voltage, internal resistance, temperature, SOC, SOH, and discharge curves, combined with AI-driven analytics to deliver predictive alerts—minimizing risks before failures occur.
Core Functions
UPS/EPS Monitoring: Supports major brands including Vertiv, Emerson, Eaton, Socomec, Delta, Schneider, and Riello. Real-time monitoring of input/output and operating status.
VRLA Battery Monitoring: Compatible with lead-acid and nickel-cadmium batteries; monitors voltage, resistance, temperature, SOC, SOH, and charge/discharge curves.
Lithium Battery Monitoring: Supports brands such as Vision and LG; provides accurate cell-level voltage, temperature, and alarm monitoring.
Environmental Monitoring: Monitors hydrogen levels, temperature, humidity, smoke, water leaks, and access control status in real time.
Technical Advantages
100% reduction in manual inspection costs: Intelligent management replaces routine manual checks.
Second-level fault response: System reliability up to 99.9% with instant fault alarms and pinpointed locations.
Large-scale centralized management: Monitors tens of thousands of sites and over 100,000 batteries simultaneously.
AI-Powered Analytics: Deep-learning algorithms analyze millions of charge/discharge cycles to assess battery health and extend service life accurately.
Industry-first integration: Combines "online battery monitoring + discharge capacity verification" in one platform.
Complete lifecycle management: Unified monitoring of VRLA batteries, lithium batteries, UPS systems, and environmental parameters for comprehensive power assurance.
Customer Value
Reduced downtime risk through instant alerts and a highly reliable system design.
Enhanced power reliability through real-time monitoring and predictive maintenance.
Improved operational efficiency with unified multi-site, multi-brand monitoring.
Extended battery lifespan with AI-optimized charge/discharge strategies.
10x higher O&M efficiency for large-scale deployments with centralized monitoring.
Reduced maintenance costs by replacing manual inspections with intelligent automation.
Meeting mission-critical demands for data centers, rail transit, hospitals, substations, and telecom base stations.
Data Centers
Rail Transit
Government & Defense
Hospitals & Medical Equipment
Power Substations
Telecom Base Stations
Why “Online Monitoring + Discharge Capacity Verification” Matters
Battery failures can lead to downtime, safety hazards, and costly losses. Common risks include rapid capacity decline, rising internal resistance, electrolyte loss, imbalance within battery strings, terminal corrosion, ripple current, environmental threats, and lithium-specific safety issues such as thermal runaway.
The DFCS4200 addresses these challenges with 24/7 intelligent monitoring, AI-driven health analysis, and real-world discharge capacity verification. It delivers:
Early warning & second-level alarms to prevent failures before they escalate.
Accurate fault location down to UPS, battery string, or individual cell.
Actionable insights with cloud-based prescriptions and automated work orders.
Closed-loop lifecycle management, minimizing downtime and maximizing safety.
With DFCS4200, your backup power systems remain safer, smarter, and more reliable—at scale.
24/7/365 real-time monitoring ≤50,000pcs batteries
B/S structure with simple UI set-up
Realize all data display at one location, suitable for projects by large number of batteries or batteries locate in different site
Sent out timely alarm notifications for abnormal battery via SMS & Email alerts (support multiple contacts)
Setpoint multi-level alarm
Graphical and visual display of battery trends and faults
Provides centralized data storage, data access and data management, export .csv format reports for data analysis
Monitor ambient temperature & humidity
Support to connect with 3rd party system (EMS, EPC, SCADA, DCIM...)r
Multi-vendor integration challenges: UPS, EPS, VRLA, and lithium batteries often come from different manufacturers, with inconsistent interfaces and protocols, making monitoring and maintenance complex.
Uncontrolled environmental risks, including hydrogen leakage, water ingress, smoke, or unauthorized access, remain unmanaged threats without centralized monitoring.
Complex large-scale management: Managing thousands of power sites and hundreds of thousands of batteries across wide geographies is highly challenging.
Slow fault response: Conventional monitoring cannot provide second-level alerts, delaying corrective actions.
High manual maintenance costs: Traditional manual inspections are time-consuming and labor-intensive, with hidden battery issues often going undetected.
Lack of remote monitoring and alarms: Without an intelligent platform, operators cannot access real-time battery status, which may result in missing the optimal intervention window.
In large-scale backup power systems, batteries are the core component. Any failure may lead to severe consequences:
Overheating and swelling: High temperatures or abnormal charging may cause swelling, casing rupture, or even explosions.
Leakage and corrosion: Electrolyte leaks cause corrosion on trays and metal parts, which can compromise system safety.
Capacity degradation: Over time, batteries lose capacity, limiting backup duration during outages.
Rising internal resistance: Higher resistance causes overheating, lower efficiency, and faster aging.
Cell imbalance: Voltage variations in individual cells can lead to early failure of the entire string.
Sudden failure: In mission-critical scenarios—such as data centers, hospitals, or rail transit—unexpected failures can lead to downtime and significant losses.
DFCS4200 provides real-time monitoring of voltage, internal resistance, temperature, SOC, SOH, and discharge curves, combined with AI-driven analytics to deliver predictive alerts—minimizing risks before failures occur.
Core Functions
UPS/EPS Monitoring: Supports major brands including Vertiv, Emerson, Eaton, Socomec, Delta, Schneider, and Riello. Real-time monitoring of input/output and operating status.
VRLA Battery Monitoring: Compatible with lead-acid and nickel-cadmium batteries; monitors voltage, resistance, temperature, SOC, SOH, and charge/discharge curves.
Lithium Battery Monitoring: Supports brands such as Vision and LG; provides accurate cell-level voltage, temperature, and alarm monitoring.
Environmental Monitoring: Monitors hydrogen levels, temperature, humidity, smoke, water leaks, and access control status in real time.
Technical Advantages
100% reduction in manual inspection costs: Intelligent management replaces routine manual checks.
Second-level fault response: System reliability up to 99.9% with instant fault alarms and pinpointed locations.
Large-scale centralized management: Monitors tens of thousands of sites and over 100,000 batteries simultaneously.
AI-Powered Analytics: Deep-learning algorithms analyze millions of charge/discharge cycles to assess battery health and extend service life accurately.
Industry-first integration: Combines "online battery monitoring + discharge capacity verification" in one platform.
Complete lifecycle management: Unified monitoring of VRLA batteries, lithium batteries, UPS systems, and environmental parameters for comprehensive power assurance.
Customer Value
Reduced downtime risk through instant alerts and a highly reliable system design.
Enhanced power reliability through real-time monitoring and predictive maintenance.
Improved operational efficiency with unified multi-site, multi-brand monitoring.
Extended battery lifespan with AI-optimized charge/discharge strategies.
10x higher O&M efficiency for large-scale deployments with centralized monitoring.
Reduced maintenance costs by replacing manual inspections with intelligent automation.
Meeting mission-critical demands for data centers, rail transit, hospitals, substations, and telecom base stations.
Data Centers
Rail Transit
Government & Defense
Hospitals & Medical Equipment
Power Substations
Telecom Base Stations
Why “Online Monitoring + Discharge Capacity Verification” Matters
Battery failures can lead to downtime, safety hazards, and costly losses. Common risks include rapid capacity decline, rising internal resistance, electrolyte loss, imbalance within battery strings, terminal corrosion, ripple current, environmental threats, and lithium-specific safety issues such as thermal runaway.
The DFCS4200 addresses these challenges with 24/7 intelligent monitoring, AI-driven health analysis, and real-world discharge capacity verification. It delivers:
Early warning & second-level alarms to prevent failures before they escalate.
Accurate fault location down to UPS, battery string, or individual cell.
Actionable insights with cloud-based prescriptions and automated work orders.
Closed-loop lifecycle management, minimizing downtime and maximizing safety.
With DFCS4200, your backup power systems remain safer, smarter, and more reliable—at scale.
