Hybrid Light Tower for Sale: LitePod Pro Li+

The LitePod Pro Li+ is a portable diesel and LiFePO4 battery hybrid light tower built for construction sites, road work zones, and remote field operations. Its HATZ 1B30 PMGi Tier 4 diesel engine charges the onboard battery only when needed, then shuts off once the target charge level is reached. Four 240W dimmable LED fixtures deliver up to 156,480 lumens while reducing fuel use, engine hours, emissions, and refueling demands compared to a conventional diesel tower.

In Hybrid ECO mode at 33% brightness, the LitePod Pro Li+ can run up to 1,275 hours on a single 39-gallon tank, helping lower operating costs across long-duration deployments.

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What Is a Hybrid Light Tower?

A hybrid light tower combines a diesel engine with an onboard battery system to provide sustained lighting without continuous engine operation. Instead of powering the lights directly all night, the engine acts as an automatic battery charger. It starts when battery levels drop, recharges to the target level, then shuts off while the LED fixtures run from stored battery power.

This cycle reduces engine runtime, fuel consumption, and exhaust output compared to diesel-only towers. The LitePod Pro Li+ uses a 12V LiFePO4 battery, which offers longer cycle life, stronger thermal stability, and deeper usable discharge than sealed lead-acid batteries, making it well-suited for extended field use.

LitePod Pro Li+ Features

• Three brightness settings at 33%, 67%, and 100% to balance light output against runtime needs
• Hybrid ECO mode at 33% brightness delivers up to 1,275 hours per 39-gallon tank
• HATZ 1B30 PMGi Tier 4 diesel engine operates exclusively as a battery charger, minimizing engine hours per shift
• Four 240W dimmable LED fixtures producing up to 156,480 maximum lumens at full brightness
• Electro-hydraulic mast extends to 26 feet with 340-degree rotation for wide-area coverage
• 110VAC, USB, and USB-C outlets for onsite equipment and device power
• Semi-permanent low-profile design reduces theft exposure on extended job site deployments
• 110% secondary liquid containment sump for fuel spill compliance on regulated and environmentally sensitive sites
• Wind resistance rated to 65 MPH calculated (104 km/h) for exposed terrain and elevated site conditions

How the Hybrid Diesel/Battery Charging Cycle Works

The LitePod Pro Li+ uses an automated two-stage energy cycle managed by an onboard energy management system. During battery operation, all four LED fixtures run from the 12V LiFePO4 battery bank. When charge drops to a preset threshold, the HATZ 1B30 engine starts automatically, powers the PMGi generator/inverter, and recharges the battery. Once the target charge level is reached, the engine shuts off and the tower returns to battery-only operation.

This cycle significantly reduces engine hours compared to a conventional diesel tower running continuously. Operators can also recharge the battery separately, either in about 2 hours with the HATZ engine and lamps off, or in about 5 hours through a standard landline connection. This allows the battery to be topped off before a shift or during planned downtime.

Full Technical Specifications

Lighting Output

Lamp Type: Four dimmable 240W LED fixtures

Battery Charge Time: Approximately 5 hours via landline; approximately 2 hours via engine with lamps off (estimated)

Runtime figures represent tested operating conditions. Actual results may vary based on ambient temperature, altitude, fuel quality, and load.

Engine and Power System

Mast, Mobility, and Physical Dimensions

Common Applications for Hybrid Light Towers

Hybrid light towers are designed for operations requiring reliable, high-output nighttime illumination where grid access is unavailable and frequent refueling is impractical. The LitePod Pro Li+ supports the following deployment types:

• Highway and roadway construction projects where OSHA 29 CFR 1926.56 illumination minimums apply (https://www.osha.gov/laws-regs/regulations/standardnumber/1926/1926.56)
• Bridge, tunnel, and infrastructure projects with restricted vehicle access for fuel delivery
• Emergency response, flood recovery, and disaster relief operations
• Pipeline construction, oil field development, and remote utility corridor projects
• Public events, outdoor venues, and festivals requiring low-noise lighting during engine-off cycles
• Airport ground operations and airfield maintenance
• Mining, quarrying, and aggregate processing on extended overnight shift schedules
• Military and government temporary installations requiring self-contained, fuel-independent lighting systems

Work zones using the LitePod Pro Li+ for site illumination typically incorporate traffic control equipment for complete perimeter setup, including traffic cones at https://www.trans-supply.com/traffic-cones and barricades at https://www.trans-supply.com/c/72/barricades.

Hybrid Light Tower vs. Standard Diesel Light Tower

A standard diesel light tower runs its engine continuously to power the fixtures. That means engine hours, fuel use, noise, and exhaust output accumulate throughout the entire deployment.

The LitePod Pro Li+ uses a more efficient model. Its HATZ 1B30 engine runs only during battery charge cycles, then shuts off while the LEDs operate from stored battery power. Compared to a standard diesel tower, this helps deliver:

• Lower fuel cost per hour of illumination
• Fewer engine hours and longer service intervals
• Reduced maintenance costs over time
• Lower exhaust output per shift
• EPA Tier 4 Final compliance for regulated job sites
• Quieter operation during engine-off intervals, useful near residential areas or noise-restricted sites

Hybrid Light Tower vs. Solar Hybrid Light Tower

Solar hybrid light towers rely on photovoltaic panels to recharge battery banks during daylight. They work well in high-sun environments with enough daily exposure to offset overnight use.

The LitePod Pro Li+ is better suited for sites where solar charging is limited or unpredictable, including northern winter projects, shaded areas, tunnels, underpasses, and locations where panels cannot be positioned for direct sunlight. Its HATZ diesel engine charges the LiFePO4 battery on demand, regardless of weather, daylight, or site orientation.

The tower uses the same high-efficiency LED fixture approach found in top-tier solar units, delivering strong lumen output per watt while avoiding dependence on solar availability.

Trans Supply: Your Source for Hybrid Light Towers

Trans Supply supplies work zones, traffic control, and temporary lighting equipment to contractors, municipalities, utilities, and infrastructure teams throughout the United States. The LitePod Pro Li+ is available for direct purchase and volume inquiry, with equipment specialists available to assist with project specification, runtime calculations, and delivery logistics.

Our team supports single-unit orders and fleet-scale procurement with volume pricing and coordinated freight delivery. If your project requires a specific runtime target, minimum lumen output, or site compliance configuration, our team can match the right unit to your application before purchase.

Submit a quote request today to begin the process.

Frequently Asked Questions About Hybrid Light Towers

What is a hybrid light tower?

A hybrid light tower combines a diesel engine with a battery storage system to power LED lighting without running the engine continuously. The engine charges the battery on an automated cycle and shuts off when the battery is full, allowing the fixtures to run on stored battery power alone. This reduces fuel consumption, engine hours, and emissions compared to a conventional diesel-only light tower.

How long does the LitePod Pro Li+ hybrid light tower run on one tank of fuel?

The LitePod Pro Li+ delivers up to 1,275 hours per 39-gallon tank in Hybrid ECO mode at the 33% brightness setting. At 67% brightness in Hybrid ECO mode, runtime is 630 hours per tank. At full brightness in standard Hybrid mode, runtime is 319 hours per tank. Actual runtime varies based on brightness setting, ambient temperature, and operating conditions.

What is the difference between a diesel hybrid light tower and a solar hybrid light tower?

A solar hybrid light tower uses photovoltaic panels to charge its battery during daylight. A diesel hybrid light tower like the LitePod Pro Li+ uses a diesel engine to charge the battery on demand, independent of weather or available sunlight. The diesel hybrid is the better choice for sites with limited solar exposure, short winter daylight windows, shaded environments, or deployments with no daytime window for solar recharging.

Is the LitePod Pro Li+ EPA Tier 4 compliant?

Yes. The LitePod Pro Li+ uses a HATZ 1B30 diesel engine with PMGi technology rated to EPA Tier 4 Final standards. Tier 4 certification is required on many federally funded construction projects and on sites within EPA-designated air quality nonattainment areas. See the EPA Tier 4 nonroad diesel engine standards here.

What is the lumen output and coverage area of the LitePod Pro Li+?

At full brightness, the LitePod Pro Li+ produces 156,480 lumens from four 240W dimmable LED fixtures, covering a maximum illuminated area of 57,614 square feet. At 67% brightness, output is 104,372 lumens covering 38,370 square feet. At 33% brightness, output is 52,104 lumens covering 19,185 square feet.

How does the LitePod Pro Li+ battery charge?

The 12V LiFePO4 running battery charges automatically via the HATZ engine during normal hybrid operation. Manual charging options include approximately 5 hours via a standard landline connection, or approximately 2 hours via the HATZ engine with lamps off (both estimated). Both options allow operators to pre-charge before a shift or top off during planned downtime.

How high does the LitePod Pro Li+ mast raise?

The electro-hydraulic mast rises to a maximum height of 26 feet and rotates 340 degrees. This range of motion allows all four LED fixtures to be directed across a wide coverage area from a single tower position, reducing the total number of units required for complete site illumination.

Request a Quote on the LitePod Pro Li+ Hybrid Light Tower

The LitePod Pro Li+ is available for direct purchase, project specification, and volume inquiry. Trans Supply provides delivery coordination and specification support for single-unit orders and fleet deployments.

Submit your quote request today