Covers 16+ subsystems including wind turbine, power distribution, energy storage, data center, power plant, mining, laboratory, and campus.
Unified data dashboard, real-time display of each subsystem's operating status and key indicators at a glance.
Multi-dimensional alarm policy configuration, graded push, ensuring alerts reach the right people promptly.
Web, mini-program, and official account data synchronization, monitor safety status anytime, anywhere.
Cross-system linkage rule configuration, automatic execution of preset response processes after an alarm triggers.
Standard API interface, supports third-party device access such as fire host, video surveillance, and access control.
Wind turbine safety early warning system, monitoring nacelle temperature, vibration, and other key parameters to prevent fire hazards.
Power distribution room electrical safety early warning system, real-time monitoring of distribution equipment operating status.
Energy storage center safety monitoring system, covering battery thermal management, environment monitoring, and other links.
Data center fire safety early warning system, ensuring server room safe operation.
Power plant smart safety monitoring and early warning system, covering generator sets and auxiliary equipment.
Mining plant safety monitoring and early warning system, adapting to special mine environment requirements.
Smart laboratory comprehensive management system, ensuring experimental environment safety and control.
Campus safety comprehensive management system, protecting campus electrical and fire safety.
| Feature | Description |
|---|---|
| Platform Name | Smart Integrated Operations Platform (ICOP) |
| Subsystem Count | 16+ (expandable) |
| Access Method | Web / Mini-program / Official Account |
| Alarm Method | Message Push / Email / SMS |
| Data Storage | Cloud storage, supports historical data retrieval |
| Integration Protocol | Standard API / Modbus / MQTT |
| Deployment Method | Cloud deployment / Local deployment |
| Security Authentication | Multi-level permission management |
The ICOP Smart Platform is the software layer that aggregates data from the cabinet population and presents it as actionable information to the operations team. It is not a stand-alone product; it is the analytics companion to EAPD hardware and to conventional cabinets that are monitored by ICOP alone. ICOP runs on a customer-hosted or CHILION-hosted environment depending on customer preference. The platform exposes a role-based dashboard, configurable alert thresholds, customizable reports, and an audit trail suitable for compliance review. Internal users can drill into any cabinet, view its alert history, trend lines for the parameters being monitored, and the maintenance events that have affected the cabinet. New risk models are integrated into the platform quarterly, and existing customers benefit from those updates as part of their subscription.
ICOP exposes a documented application programming interface that allows enterprise systems to consume its data programmatically. Common integration patterns include a daily batch extract feeding the enterprise asset management platform, a near-real-time event stream feeding the building management system, and a manual export feeding the maintenance team's work-order system. Each integration is supported by a published interface definition, sample code, and a configuration guide. New integration patterns, such as custom data warehouses or audit systems, are typically scoped in a focused engagement with the customer's integration team. The most successful integrations begin small, with one or two high-value data flows, and expand after the operations team has had a chance to validate the data quality.
Long-term operational considerations include spare-parts policy, end-of-life planning, regulatory drift, and personnel turnover inside the customer's organization. A protective-device deployment that ignores these considerations produces a system that works well at commissioning but deteriorates silently across the second and third years. Our deployments are designed around these considerations from the start, with documentation that the customer team can refresh across personnel changes.
How do we plan for personnel turnover?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Calibration and measurement discipline is the foundation of credible alert output. Sensors that drift produce false alarms that erode operator trust; sensors that are not recalibrated produce missed events. Our deployment methodology specifies calibration intervals that respect the sensor class and the operating environment, with the discipline embedded in the maintenance record rather than left to the operator's initiative.
How often should sensors be calibrated?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
The regulatory landscape that applies to electrical-safety equipment continues to evolve, with periodic updates to IEC, GB, and UL regimes and a corresponding need for the deployment to remain audit-ready across those updates. Our deployment documentation maps the current configuration to the applicable standards with version tags, so a future audit can quickly verify that the deployment still satisfies the regime in force at the time of inspection.
Which standards apply to a typical deployment?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Long-term operational considerations include spare-parts policy, end-of-life planning, regulatory drift, and personnel turnover inside the customer's organization. A protective-device deployment that ignores these considerations produces a system that works well at commissioning but deteriorates silently across the second and third years. Our deployments are designed around these considerations from the start, with documentation that the customer team can refresh across personnel changes.
How do we plan for personnel turnover?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Calibration and measurement discipline is the foundation of credible alert output. Sensors that drift produce false alarms that erode operator trust; sensors that are not recalibrated produce missed events. Our deployment methodology specifies calibration intervals that respect the sensor class and the operating environment, with the discipline embedded in the maintenance record rather than left to the operator's initiative.
How often should sensors be calibrated?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Long-term operational considerations include spare-parts policy, end-of-life planning, regulatory drift, and personnel turnover inside the customer's organization. A protective-device deployment that ignores these considerations produces a system that works well at commissioning but deteriorates silently across the second and third years. Our deployments are designed around these considerations from the start, with documentation that the customer team can refresh across personnel changes.
How do we plan for personnel turnover?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Long-term operational considerations include spare-parts policy, end-of-life planning, regulatory drift, and personnel turnover inside the customer's organization. A protective-device deployment that ignores these considerations produces a system that works well at commissioning but deteriorates silently across the second and third years. Our deployments are designed around these considerations from the start, with documentation that the customer team can refresh across personnel changes.
How do we plan for personnel turnover?
This section reflects the deployment practice we've refined across the installed base. Customers who want more detail on the specific topic for their site can request a focused engagement through the contact form on our contact page.
Can ICOP be hosted on our internal infrastructure?
New risk models are released quarterly and are pushed to existing customer instances automatically as part of the subscription.
Operations teams reach proficiency on the dashboard inside one to two weeks of regular use. CHILION supplies role-based training and reference documentation.
Yes, historical data is retained according to the subscription tier, with extended retention available for customers who need it for compliance reasons.