MobileSolarPro® Solar Trailers: A New Generation of Mobile Power
Temporary and remote projects often need substantial electrical power before permanent infrastructure is available. Security cameras, wireless radios, cellular routers, lighting, sensors, communications equipment, and other field electronics may need to operate at construction sites, parking areas, industrial facilities, emergency-response locations, events, and other changing deployments.
MobileSolarPro® systems bring solar generation, battery storage, power electronics, mast-mounted equipment, and field-ready outputs together on transportable trailer and skid platforms. Instead of designing every temporary site around generators or new electrical service, the power system can move with the application.
What Is a Mobile Solar Power Platform?
A mobile solar platform is more than a solar panel mounted on a trailer. The complete system needs to generate energy, store it, regulate charging, distribute the correct output voltage, protect the electronics, and provide a practical structure for transporting and deploying the equipment.
Depending on the configuration, MobileSolarPro® systems can combine:
- Solar-panel arrays
- SLA or lithium battery storage
- MPPT solar charging
- AC charging input for generator or grid charging
- 12V, 24V and 56V power options
- PoE distribution for cameras and network equipment
- Pneumatic mast configurations
- Remote power monitoring and control
- Customer-supplied electronics integration
Mobility Is Only Useful if the Power System Matches the Load
A trailer for two cameras and a cellular router has very different requirements from a platform supporting lighting, multiple radios, sensors, or higher-power electronics. Solar capacity, battery storage, mast height, output voltage, PoE requirements, runtime, and charging options should be selected around the actual deployment.
MobileSolarPro® Mini: Compact Mobile Power
MobileSolarPro® Mini trailers provide a compact platform for applications that need towable solar power without the size of a higher-capacity trailer.
Common Mini applications include:
- Temporary surveillance
- Construction-site cameras
- Wireless communications
- Parking-area monitoring
- Remote sensors
- Temporary field equipment
Current Mini configurations are available with different solar capacities and SLA or lithium battery options, allowing the platform to be matched more closely to required runtime and field conditions.
MobileSolarPro® Mini-3P: More Solar on a Compact Trailer
Mini-3P configurations increase solar-panel capacity while retaining the smaller trailer format. This can be useful where the application needs more daily solar generation or faster battery recovery without moving to the larger Beast platform.
The right choice between a standard Mini and Mini-3P depends on the equipment load, site sunlight, battery capacity, desired autonomy, and the amount of energy that needs to be restored during available charging hours.
MobileSolarPro® Beast: Higher-Capacity Mobile Power
Beast trailers are intended for more demanding mobile applications that need greater solar generation and battery capacity.
These larger configurations can be appropriate for:
- Multiple cameras and network devices
- Higher-power communications equipment
- Temporary lighting
- Emergency-response equipment
- Industrial field systems
- Applications requiring more battery autonomy
Larger capacity does not automatically make the Beast the correct platform for every project. Trailer size, towing requirements, equipment load, deployment duration, battery chemistry, and available solar energy should all be considered.
MobileSolarPro® Skids: Portable Power Without a Towable Trailer
Some sites need portable solar power but do not need or want a road-towable trailer. Skid systems provide another option.
MobileSolarPro® skids combine solar generation, battery storage, enclosure electronics, mast capability, and field power on a compact base that can be moved with suitable site equipment such as a forklift or pallet jack.
Skids can be a strong fit for industrial yards, utilities, temporary monitoring locations, remote equipment staging, and other sites where the platform may move occasionally but does not need to travel regularly on public roads.
Battery Storage: SLA or Lithium
MobileSolarPro® configurations are available with sealed lead-acid and lithium battery options. Battery chemistry affects usable storage, weight, temperature performance, charging requirements, cycle behavior, maintenance, and cost.
Lithium may provide useful weight and usable-capacity advantages for some deployments, while SLA remains appropriate for others. The correct battery should be selected around the operating environment and application rather than assuming one chemistry is always superior.
Runtime is determined by the complete battery capacity and equipment load, so storage should be sized around the actual devices mounted on the platform.
Solar Charging Plus AC Backup Charging
Solar provides the normal renewable charging source in the field, but some deployments benefit from having another way to charge the battery bank.
Current MobileSolarPro® systems can include AC charging input, allowing the batteries to be charged from grid power or a generator when site conditions or operating requirements make that useful.
This gives operators another option during extended low-sun conditions, unusually high equipment demand, staging, or pre-deployment charging.
Elevated Equipment With Pneumatic Masts
Many mobile-power applications need more than electrical energy. Cameras, radios, antennas, lights, and sensors often perform better when they can be elevated above surrounding vehicles, structures, vegetation, or equipment.
MobileSolarPro® platforms can be configured with pneumatic mast systems that elevate compatible equipment while keeping the solar-array structure separate from the mast assembly.
Mast height, equipment weight, wind conditions, mounting requirements, communications coverage, and deployment environment should all be considered when selecting the mast configuration.
PoE Makes Mobile Surveillance and Networking Easier
Cameras, wireless access points, radios, and other network devices frequently use Power over Ethernet. MobileSolarPro® systems can include PoE distribution at the mast, allowing compatible equipment to receive both network data and electrical power through Ethernet cabling.
This can simplify installation when multiple cameras or communications devices need to be mounted above the equipment enclosure.
Remote Monitoring Helps Manage Deployed Systems
Mobile platforms may be deployed at sites that are not continuously staffed. Remote power monitoring can therefore provide useful visibility into how the system is operating.
Supported configurations can provide information such as:
- Solar voltage and current
- Battery voltage and current
- Load current
- Temperature
- Equipment status
- Remote load control
Monitoring does not replace proper sizing or field inspection, but it can help operators identify changes before sending personnel to the deployment.
A Larger Trailer Does Not Fix an Undefined Load
List every camera, radio, router, light, sensor, switch, controller, heater, and other device before selecting the platform. Then evaluate operating time, available sunlight, required autonomy, seasonal conditions, and any additional charging source.
Use the Power & Solar Calculators →Common MobileSolarPro® Applications
Construction Site Security
Cameras and communications equipment may be needed before permanent utility service is available. A mobile solar platform allows surveillance equipment to move as the construction project changes.
Parking Lots and Temporary Surveillance
Parking areas, equipment yards, temporary facilities, and changing security perimeters can use mobile camera and communications platforms without installing permanent electrical infrastructure at every location.
Wireless Communications
Radios, cellular routers, wireless access points, and network equipment can be elevated on the mast and powered directly from the mobile platform for temporary connectivity or remote field operations.
Emergency and Disaster Response
Field operations may need communications, cameras, lighting, sensors, and temporary network power in areas where normal infrastructure is unavailable or has been disrupted.
Agriculture and Remote Monitoring
Cameras, wireless links, air-quality sensors, pumping controls, equipment-yard monitoring, and other field electronics can use mobile power where operational needs shift between locations.
Events and Temporary Operations
Temporary venues may need lighting, cameras, wireless communications, networking, or other electrical loads without committing to permanent infrastructure.
Mini, Beast or Skid?
Mini: Compact towable power for surveillance, communications and moderate field loads.
Mini-3P: Compact trailer format with additional solar-generation capacity.
Beast: Larger trailer platform for higher-capacity power and storage requirements.
Skid: Portable off-grid power for sites where forklift or site-equipment movement makes more sense than road towing.
MobileSolarPro® Can Be Customized Around the Deployment
Mobile power applications rarely have identical requirements. Different customers may need different cameras, radios, routers, lighting, sensors, controls, battery capacity, mast configurations, colors, or equipment mounting.
MobileSolarPro® systems can be configured around battery chemistry, charge control, mast style, frame format, wiring, controls, remote monitoring, and supported customer-supplied electronics.
That makes the standard models useful starting points rather than forcing every project into one fixed configuration.
Mobile Solar Trailer FAQs
What is the difference between a solar trailer and a solar skid?
Trailer systems are designed for towable mobility. Skid systems provide portable solar and battery power on a base intended to be moved with suitable forklift, pallet-jack, or site equipment rather than being road-towed.
What can a MobileSolarPro® system power?
Depending on the selected configuration and available energy, applications can include cameras, radios, routers, switches, lighting, sensors, monitoring equipment, communications devices, and other field electronics.
Can MobileSolarPro® use lithium batteries?
Yes. Current MobileSolarPro® configurations include both sealed lead-acid and lithium battery options. Battery selection should consider runtime, temperature, weight, charging requirements, service expectations, and cost.
Can the batteries be charged without sunlight?
Supported systems can include AC charging input so the battery bank can also be charged from grid power or a generator when required.
Can customer equipment be installed on the platform?
Yes. Tycon Systems® can integrate customer-supplied cameras, radios, routers, sensors, lighting, and other equipment when the system design supports the electrical load and mounting requirements.
How do I choose between Mini and Beast?
Start with the complete equipment load, required runtime, solar conditions, towing requirements, battery capacity, mast needs, and future expansion. The Beast provides a larger platform for more demanding configurations, while Mini systems provide a more compact mobile format.
Can Tycon Systems® customize a trailer or skid?
Yes. MobileSolarPro® systems can be customized with different batteries, charge controllers, mast configurations, frame styles, colors, monitoring, wiring, controls, and supported customer electronics.
Start With the Equipment, Runtime and How the Platform Needs to Move
Tycon Systems® can help match solar capacity, battery storage, mast configuration, DC and PoE outputs, monitoring, charging options, and customer equipment to a MobileSolarPro® trailer or skid.
Request a System Design → Explore MobileSolarPro®