Managing Workforce Compliance: A Tycon Systems® Case Study
Managing Workforce Compliance: A Tycon Systems® Case Study
Construction-site workforce management depends on more than software. Badge readers, communications equipment, controllers, network hardware, and the systems that record worker activity all need dependable power at sites that are constantly changing.
In Belgium, one construction-site deployment used a Tycon Systems® outdoor UPS as part of a workforce registration and compliance system designed to track personnel entering and leaving the site. The application demonstrates how backup power and network infrastructure can support operational systems where interruptions can affect reporting, security, safety, and regulatory compliance.
The Challenge: Workforce Tracking Across Active Construction Sites
Large construction projects can involve employees, contractors, subcontractors, suppliers, and temporary personnel entering and leaving throughout the day.
The documented Belgian application required workers and contractors to be registered and their site activity tracked. The original case study notes that failures in workforce registration could expose construction companies to significant penalties.
That meant the access-control equipment needed to capture worker activity accurately while maintaining communications with the systems responsible for processing the information.
The field equipment included:
- Worker badge reader
- Local controller
- 3G communications router
- Secured reset mechanism
- Network and PoE infrastructure
- Battery-backed power equipment
Compliance Software Still Depends on Reliable Field Hardware
The registration platform handled the workforce data and compliance logic. The Tycon® equipment served a different but essential role: helping provide dependable power to the electronics collecting and communicating that information at the construction site.
Outdoor Installation Adds Another Layer of Difficulty
Construction sites are not controlled office environments. Power and communications equipment may be installed on temporary structures, containers, site offices, gates, or other locations exposed to changing weather and ongoing construction activity.
The equipment therefore needs more than electrical compatibility. The enclosure, cabling, mounting, battery storage, and connections also need to be appropriate for the environment.
The Solution: Battery-Backed Power for the Access-Control System
The deployment integrated a Tycon® UPS-PL1212-18 into each workforce-management unit.
The site used 220V power together with PoE and network infrastructure, while the UPS system provided battery-backed power for the field electronics.
The UPS-PL1212-18 is a historical UPSPro® configuration documented in this case study. New projects should be matched to the current UPSPro® range based on required voltage, load, charging method, battery capacity and required backup runtime rather than assuming the original model remains the correct choice.
What Was Inside the Enclosure?
The field enclosure combined the power and communications components needed to keep the access-control station operating as an integrated system.
Battery storage supported the electronics during interruptions, while the controller and communications hardware managed the local badge-reading and data-transport functions.
Badge Readers Connected the Physical Site to the Digital System
Workers used the badge reader when arriving at and leaving the construction site.
Those transactions created the physical connection between personnel activity at the jobsite and the customer's workforce-management platform.
Once the information was captured, the communications system transmitted it to the customer's online platform for processing and reporting.
Cellular Connectivity Allowed the System to Operate Across Changing Sites
Construction projects may not have permanent wired network infrastructure available at every access point.
The documented system used a 3G router to provide communications between the field installation and the centralized software platform.
Modern deployments may use newer cellular technologies, but the design principle remains the same: communications equipment is part of the total field-power load and must be included when the backup system is sized.
The Badge Reader Is Not the Only Load
Controllers, cellular routers, PoE hardware, relays and other supporting electronics can consume as much or more energy than the access-control device itself. Backup runtime should be calculated from the complete system rather than from a single component.
The Customer's Software Managed the Compliance Workflow
The custom online platform received workforce information from the field equipment and used that data for the operational and compliance functions of the deployment.
According to the original case study, the software supported functions including:
- Monitoring personnel entering and leaving the site
- Checking workforce-registration information
- Providing information to HR and site-management teams
- Supporting supplier invoice-control processes
- Triggering workflows when new workers or companies arrived
- Updating evacuation information based on personnel present
Those capabilities belonged to the customer's software and control architecture. Tycon Systems® supplied the supporting power infrastructure used in the field deployment.
Why Backup Power Matters for Access Control
Access-control and workforce systems can lose more than convenience when their power source is interrupted.
Depending on the application, loss of power can affect:
- Worker entry and exit records
- Communications with centralized systems
- Current personnel-count information
- Safety and evacuation records
- Timekeeping or workforce reporting
- Operational visibility for site managers
Backup power provides time for the equipment to continue operating through interruptions rather than immediately losing the field data source.
PoE Can Simplify Construction-Site Network Power
Power over Ethernet can be useful in temporary and industrial installations because compatible network devices can receive electrical power and Ethernet data through the same cabling.
The appropriate PoE equipment depends on the connected device's voltage, power requirement, IEEE or passive PoE method, network speed and the available upstream power source.
Tycon Power® PoE injectors and power inserters provide AC, DC, passive and IEEE PoE options for cameras, wireless equipment, routers and other network devices.
The Result: A More Resilient Workforce-Management System
The completed deployment combined badge reading, local control, cellular communications, centralized data management and battery-backed power into one site system.
This allowed personnel information to be captured at the construction site and transmitted to the systems responsible for workforce management and compliance.
The case demonstrates a broader principle that applies well beyond workforce registration: field software and connected devices are only as useful as the infrastructure keeping their local electronics powered and communicating.
Separate the Application From the Power Infrastructure
The application: Badge reading, workforce registration, compliance reporting and evacuation information.
The communications layer: Cellular and network connectivity between the field equipment and centralized system.
The Tycon® role: Outdoor battery-backed power supporting the electronics that made the application possible.
How This Applies to Other Industrial and Construction Systems
The same architecture can be relevant anywhere important field electronics need to remain available through power interruptions.
Examples can include:
- Gate and access-control systems
- Badge and credential readers
- Construction-site communications
- Industrial routers and gateways
- Security cameras
- Environmental and safety monitoring
- Remote sensors and telemetry
- Temporary network infrastructure
UPSPro® for Current Backup-Power Projects
The UPS-PL1212-18 documented in this deployment is an older UPSPro® configuration. For a new project, the backup system should be selected from the current product range around the actual equipment requirements.
Important sizing inputs include:
- Normal input power source
- Equipment operating voltage
- Continuous and peak load
- PoE requirements
- Required backup runtime
- Battery chemistry
- Outdoor and environmental requirements
Explore UPSPro® outdoor UPS and battery backup systems →
Construction Site Backup Power FAQs
What Tycon® product was used in this project?
The documented Belgian construction-site deployment used the UPS-PL1212-18, an earlier UPSPro® outdoor battery-backup configuration.
Did Tycon Systems® provide the workforce-compliance software?
No. The compliance, reporting and workforce-management functions were handled by a custom platform associated with the deployment. The Tycon® product provided supporting power infrastructure for the field electronics.
What equipment was powered at the site?
The documented installation included a badge reader, controller, 3G router and related control hardware within the construction-site system.
Why use battery backup for an access-control system?
Battery backup can allow access, communications and control electronics to continue operating during interruptions in their normal power source. Required runtime depends on the complete equipment load and application requirements.
Can PoE be used with battery backup?
Yes. Tycon® systems include options for DC and PoE equipment, allowing network devices to be integrated with battery-backed power when the voltage, PoE standard and load requirements are properly matched.
How should a new construction-site UPS be sized?
Start with every connected device, its voltage and power consumption, the normal power source, required backup time, PoE requirements and environmental conditions. The complete field-system load should determine the battery and UPS configuration.
Start With the Equipment and Required Runtime
Tycon Systems® can help match controllers, routers, access equipment, PoE devices, cameras and other field electronics to an outdoor battery-backup configuration.
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