POP Module 1 - Trailer Overview

Understanding Point-of-Presence systems, their role in agricultural research, and the hardware that powers rural connectivity

Learning Objectives

By the end of this module, you will be able to:

Define what a Point-of-Presence (POP) is and explain its purpose
Describe why POPs are critical for research and operations at ASCs
Identify key components of the Vorp solar surveillance trailer
Recognize Ubiquiti wireless hardware and its functions
Articulate the benefits POPs provide to staff and researchers

Vorp Solar Trailer Components

Understanding the physical infrastructure that powers your POP


The Vorp solar trailer is a purpose-built mobile platform designed for remote deployment of wireless networking equipment. Each trailer is a complete, self-contained system requiring no external power or infrastructure.


Major Components

POP Trailer System

Technical Specifications & Components

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1. Solar Panel Array

Capacity: 400W to 3200W (configurable)

Type: Monocrystalline solar panels

Function: Converts sunlight to DC electricity to charge batteries and power equipment

Panels are mounted on a tilting frame for optimal sun angle. In New Mexico's high-desert climate, solar generation is highly reliable year-round.

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2. Battery Bank

Capacity: 2 batteries × 200Ah @ 12V

Type: Sealed Lead Acid (SLA) or Lithium Iron Phosphate (LiFePO4)

Function: Stores energy for nighttime and cloudy day operation

Typical configuration provides 48-72 hours of autonomous operation without sunlight, ensuring continuous connectivity even during storms or winter conditions.

3. Charge Controller & Power Management

System: MPPT solar charge controller + Victron Cerbo GX monitoring

Function: Regulates charging, prevents overcharge/overdischarge, provides remote monitoring

The Cerbo GX system allows remote monitoring of battery voltage, solar production, and power consumption via web interface or mobile app, enabling proactive maintenance.

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4. Telescopic Mast

Height: 21 feet (fully extended)

Operation: Manual winch system

Function: Elevates wireless antennas for line-of-sight and optimal coverage

Height is critical for wireless performance. The mast raises antennas above obstacles like vegetation, fences, and terrain variations to establish clear line-of-sight to the main building.

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5. Wireless Equipment Mounting

Mounted Equipment: LiteBeam 5AC (backhaul), Access Points (local WiFi)

Mounting: Weatherproof brackets on mast

Cabling: Outdoor-rated ethernet (PoE) from equipment enclosure to mast

All wireless equipment is powered via Power over Ethernet (PoE), simplifying cabling and reducing the number of connection points exposed to weather.

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6. Trailer Chassis & Mobility

Frame: Heavy-duty steel with protective bedliner coating

Hitch: Standard 2" ball hitch (detachable)

Wheels: Off-road tires with 2000 lb suspension

Stabilization: Four corner jacks for leveling and stability

The trailer is designed for towing by standard pickup trucks and can handle rough field conditions. Once deployed, the hitch can be removed and stabilizing jacks deployed for long-term stationary operation.

System Highlights

✓ Autonomous Operation: 48-72 hours without sunlight
✓ Remote Monitoring: Web & mobile app access
✓ Rapid Deployment: Mobile trailer platform
✓ Extended Range: 21-foot mast for optimal coverage