Lithium-ion batteries are changing cold storage energy management

# Why battery choice matters in cold storage

The cold chain is growing and refrigeration is expensive. Forklifts and other material-handling equipment in cold storage have traditionally used lead-acid batteries, which come with performance and operational limits in low temperatures. Lithium-ion batteries are increasingly adopted because they perform better in cold conditions and simplify operations.

# Practical differences between lead-acid and lithium-ion

• Maintenance and safety: Lead-acid batteries need watering and produce gases during charging, requiring dedicated charging rooms and worker exposure to chemicals. Lithium-ion batteries eliminate watering and hazardous gas exposure.

• Charging and availability: Lead-acid batteries typically require full charge cycles and cooldown periods and often need battery swaps for multi-shift operations. Lithium-ion batteries can be opportunity-charged without harming the battery, can remain on the truck for brief charges, and do not require a cooldown period.

• Lifetime and throughput: According to the supplier example in the story, Crown's V-Force lithium-ion batteries deliver a significantly longer lifespan and runtime than lead-acid and can provide up to three times the throughput in daily use.

# Cold-environment performance

Not all lithium-ion batteries behave the same in the cold. Some systems include on-board heaters and intelligence to maintain safe operation and performance as charge depletes. The article cites batteries rated for extreme cold—Crown's V-Force is rated to operate down to -30°C—making on-site charging and continuous operation inside cold zones more feasible.

# Four decision steps for operators

1. 1Know your power profile

Run a power study to map how lift trucks consume energy across shifts, operators, and tasks. The study shows whether opportunity charging and lithium-ion chemistry match your duty cycles and throughput expectations.

1. 1Choose an integrated lithium-ion system

Select batteries designed to work with your trucks that include onboard intelligence and, if needed, heaters. Integration preserves safety features as the battery discharges and helps the battery and truck communicate to prevent unexpected downtime.

1. 1Place chargers strategically

Use chargers rated for cold storage so trucks don't need to leave the cold zone for charging. Place chargers where cable management is safe and connectors are accessible to reduce wear and condensation risk.

1. 1Train operators on new behaviours

# How to weigh the investment

Lithium-ion requires a higher upfront cost than lead-acid, but the story identifies concrete operational benefits: lower ongoing maintenance, reclaimed storage space, faster and more flexible charging, and higher throughput. Operators should compare lifecycle costs using their power study and include space savings, reduced staffing or safety controls for charging rooms, and expected battery lifespan when modelling ROI.

# Bottom line

For many cold-storage operations, modern lithium-ion forklift systems remove several of the practical limitations of lead-acid batteries. A decision should rest on measured energy use, a matched integrated battery-truck solution, thoughtful charger placement for cold environments, and operator training to capture the expected gains.