The Advantages Of Lithium Batteries For Cold Storage Distribution
The American supply chain's foundation is chilled warehousing. Along with drugs that must be kept cold, American customers are increasingly purchasing a variety of frozen and chilled foods and drinks. A greater requirement for cold storage distribution results from all of this. By 2030, it is anticipated that the cold storage industry would have grown by over 11% to around 330.2 billion.
Electric lift trucks and pallet jacks are often used by cold storage distributors to move items. Due to how the cold affects the typical capacity of a typical lead-acid battery, cold storage is a difficult situation to handle. The effectiveness of cold storage warehouses with any size fleet of material handling equipment is increased by BENWEI Lithium batteries.
The Best Battery for Material Handling in Cold Storage
Lithium batteries have advantages over conventional lead-acid batteries in that they charge more quickly, last longer, and give more useful energy with each discharge. Batteries don't need to be changed, irrigated, or warmed up before being charged, simplifying processes and boosting productivity at cold storage facilities.
When kept and utilised in frigid conditions, lead-acid batteries may lose up to 50% of their capacity. Lead-acid batteries lose hours of operating time when their capacity is diminished, which puts warehouse managers in a difficult position where they must lose working time to charging or even forego certain maintenance procedures in order to finish the task on time. LiFePO4 batteries continue to operate well in frigid conditions, which presents a chance for cold storage distributors to save costs and boost output.
In colder climates, several kinds of material handling machinery perform differently. Specialised forklifts and forklift batteries may be used in cold storage facilities to keep things moving. Making ensuring the equipment and batteries can operate effectively in lower temperatures is another problem for operators of cold storage warehouses. To prevent the interior of the battery from becoming too cold, the batteries must be able to contain a heat source. These heated solutions may be used to help a battery operate better as it ages. All equipment is intended to endure for the duration of a shift. Onboard heaters are crucial in cold chain operations to guarantee that machinery functions properly and satisfies the demands of all corporate stakeholders.
The benefits of lithium batteries in cold conditions include the following:
1. No capacity decrease at low temperatures
Lithium batteries from the Low Temperature Series may be charged in environments as cold as -4° F (-20° C).
3. The ability to permanently keep pallet jacks and lift trucks in cold storage locations prevents condensation damage.
4. There was no chance charging harm.
5. No upkeep necessary
6. Up to ten times the life cycle
How Lithium Batteries Improve the Effectiveness of Cold Distribution
Despite having a far higher starting price than lead-acid batteries, lithium batteries are the most durable and have the quickest charging times. Many managers of refrigerated warehouses are learning that employing lithium batteries to power their material handling equipment has helped them overcome some of the particular difficulties associated with doing business in cold climates. In contrast to lead-acid batteries, which have a charge/discharge cycle of 200–500 cycles, lithium-ion batteries have a charge/discharge cycle of 2000–5000 cycles. It makes no difference how often or how deeply BENWEI lithium batteries are depleted since opportunity charging has no negative effects on them. For maximum productivity and battery life, it's critical to monitor how operators utilise their batteries.
Operators sometimes charge their battery rapidly to get through their shift since a lead-acid battery's cycle life is decreased in cold storage. Because lead-acid batteries need significantly more maintenance than lithium batteries do, it is far more difficult to execute battery fleet management best practises in a cold storage warehouse.
Battery management systems on lithium batteries make it much simpler to gather and analyse data for optimisation. A BMS monitors battery performance and guards against situations that might harm the battery, such as when it exceeds the authorised operating temperature range.
Charging Cold Storage Batteries
In colder climates, lead-acid battery charging may be challenging. A lead-acid battery should always be fully charged before usage. Lead-acid batteries' lifetime will be shortened if they are not given enough time to recharge and cool down.
The amount of time needed to charge a battery during a shift increases in colder areas because the rate of charge is slowed down. The whole process may be affected if one battery is improperly charged or is not operating in accordance with the rest of the equipment. When charging a lead-acid battery, the temperature must be returned to room temperature in order to accelerate the charging process. Cold storage facilities could find this to be a problem because of the costs incurred during downtime. Maintaining constant performance rates in various temperature zones presents additional challenges.
Due to the BENWEI Low Temperature Series' integrated heating components, opportunity charging is possible even inside of cold storage. In order to eliminate condensation problems, some facilities locate the charger units outside the cold storage unit but route the cables inside to a location where pallet jacks or lift trucks are stationed for opportunity charging.
