Carrier Transicold expands line of TRU solar charging systems, boosts power delivery

Carrier Transicold, climate and energy solutions provider, made upgrades to its platform of solar charging systems for transport refrigeration unit (TRU) batteries with more choices and greater power delivery for faster charging.

“Rapid gains in solar panel technology have enabled us to make significant improvements to our solar charging systems, making this a great time to take advantage of our technology,” said Jason Forman, Director, Aftermarket Parts Sales and Marketing, Carrier Transicold.

The company’s current solar charging system platform for trailer and intermodal units includes:

• TRU-Mount Solar Charging System: Designed to provide a custom fit on the narrow, curved top surface of Carrier Transicold trailer refrigeration units. This system now delivers 2.25 amps of power, a 12.5% boost over the original model.
• 50-watt Trailer Rooftop-Mount System: Provides 4.2 amps of power delivery, which is about 2.5 times greater than Carrier Transicold’s original rooftop system, delivering significant amps per watt for TRU applications.
• New 20 Series 50-watt Rooftop-Mount System: Part of Carrier Transicold’s 20 Series line of aftermarket products for competitive trailer units, this system delivers greater efficiency and power than standard 30-watt panels provided by the original TRU equipment manufacturer.
• 50-watt Rail-Optimized Door-Mount System: This system is designed for domestic intermodal containers that are often double-stacked on flatbed railcars, which limits the application of rooftop mounted systems.
• Charging System for Solara Heating Unit: The newest system designed for a Carrier Transicold unit, this 2.25-amp top-mount system is the first for the Solara unit, which heats trailers used in cold climates.

Carrier Transicold’s tri-layer solar panel technology maximizes strength and efficiency. Uncut monocrystalline cells maximize output and minimize power loss from intermittent shading, and the charge controller uniquely matches the fixed output of the panel to the voltage required by the battery for faster charging.

Refrigerated haulers use solar panels to help offset refrigeration system battery draws from ancillary devices, such as fuel-level sensors, interior trailer lighting and telematics systems during dwell periods. This saves fuel by reducing the need to run the TRU for battery charging and helps to avoid depleting the battery, requiring a service callout to start the TRU engine and possibly replace the battery.