Portable solar camera node design
Size the power system for the actual camera, communications and accessory load.
Solar camera nodes allow construction teams to cover entrances, laydown yards, equipment and undeveloped areas without waiting for permanent electrical service. WireLite designs the camera, battery, panel, communications and mounting as one portable system.
Construction solar systems should be engineered around changing conditions: winter sun, equipment shadowing, panel orientation, camera infrared load, cellular/router draw, battery temperature and how often the node can be serviced. Oversimplified “solar camera” packages can fail when those factors are ignored.
Size the power system for the actual camera, communications and accessory load.
Select suitable storage, protection, temperature strategy and service access for Alberta conditions.
Use cellular for standalone remote nodes or for a shared multi-camera site gateway.
Send camera traffic to the project trailer without a cellular plan at every solar node when line-of-sight is available.
Allow a node to use temporary/site power when available while maintaining portable off-grid capability.
Move camera nodes and adjust orientation or configuration as construction changes the site.
WireLite is not limited to one camera or connectivity model. The design can combine professional IP cameras, local recording, wireless links, LTE/5G, solar power and satellite service according to distance, bandwidth, power and operating cost.
Independent remote entrance coverage with rapid deployment.
Backhaul several cameras to the site head-end without a separate WAN subscription.
A higher-capacity unit for multiple cameras and active deterrence devices.
Use available project power while keeping energy resilience for selected security functions.
Start with the assets, access routes and operating constraints. Then select the camera and network technology that gives useful evidence and reliable remote visibility.
WireLite focuses on working systems, clean documentation and configurations that can be supported after installation.
Define the cameras, night-time load, communications and number of days the node must operate without useful charging.
Evaluate panel placement, winter shading, cellular signal and wireless line-of-sight.
Build and deploy the portable solar/battery/camera node with protected cabling and secure mounting.
Monitor operation, refine analytics and relocate or expand nodes as project conditions change.
It depends on continuous device load, night infrared use, solar availability, battery temperature and required autonomy. WireLite sizes the system from those inputs.
No. A private wireless link to the project trailer can reduce recurring data costs when line-of-sight is practical.
Yes, if the power and network components are sized accordingly. Larger nodes can support a PoE switch, router and multiple cameras.
Yes. Portability and reuse are key design goals for contractor-owned job-site systems.
Send us your site plan. WireLite will design a portable, customer-owned camera system you can redeploy from project to project.