Things Your Boss Wants to Know About Forklift Batteries

If you are in charge of purchasing new forklift batteries, here are some facts you should know. Check out the link on where to get fork lift batteries. For starters, forklift batteries are not the same as ordinary batteries. They can be either Lead-acid or lithium-ion. They need to be appropriately maintained. These tips will help you get the best deals on forklift batteries.

Lithium-ion batteries

When looking for a lithium-ion battery for a forklift, there are several factors you need to consider. These factors include the actual use of the lift truck or forklift and the amount of time it will need to recharge. Different batteries perform differently, and some may only require a few hours to charge while others need more time. The way to avoid problems is to ask the people who have used the batteries in your business for advice.

A lithium-ion battery’s performance depends on many factors, including capacity, charging speed, cable set-up, and protection from weather and incorrect treatment from an inexperienced forklift operator. Choosing the correct type of battery depends on a company’s specific needs and the overall environment. Lead-acid batteries

If you’ve been running on lead-acid batteries for your forklifts, you might have wondered how you can make the transition to lithium-ion batteries. Depending on how many lifts you’ve had, you can spend approximately three to five dollars per month on batteries. Lithium-ion forklift batteries will double the life expectancy of lead-acid batteries and cost about twice as much. This change is not easy and will require a culture and operational practice shift.

Lead-acid batteries are popular for a variety of reasons. They are reliable, low maintenance, and fast-charging. They’re also 50% less expensive than lithium-ion and have no maintenance issues. Lithium-ion forklift batteries also do not suffer from the loss of power during the discharge process, which leads to diminished battery performance. In addition, they can charge a total capacity in just 1.5 hours. Moreover, they last for up to five hours in Class III applications during five hours in Class I applications.

Maintenance of forklift batteries

If you have a forklift and you work long hours on construction sites, you probably don’t want to lose any of your work time due to a dead battery. But there are some simple steps to extend the battery’s life. For starters, you should regularly check the water level in your forklift battery. Next, you should add water to the cells every five charging cycles. Finally, the battery should have enough fluid to cover the plastic element protector.

It is required to keep the Forklift batteries at a specific gravity of 1.285. Fully charged batteries should be able to handle a minimum of 1,500 charging cycles. It is essential to charge your forklift batteries properly and use the equalize feature for at least five to ten recharges. Failure to do this may shorten the battery’s lifespan and cost your organization money. So, knowing the proper steps to take when maintaining forklift batteries is essential.

Cost-saving forklift batteries

The cost of forklift batteries can quickly drain a good chunk of your profits. The good news is those lithium-ion batteries last three times longer than conventional lead-acid batteries, so you can likely erase this cost from your long-term budget. However, consider its maintenance needs before choosing a new battery for your fleet. If you don’t use your forklifts every single day, you might not be able to afford the maintenance costs.

Lead-acid batteries are the old-school standard when it comes to power forklifts. They’re liquid-filled units with removable tops, and they generate electricity through a chemical reaction between lead plates and sulfuric acid. The downside is that lead-acid batteries require frequent water maintenance. Lithium-ion batteries first became a commercial product in the early 1990s. 

Lithium-ion batteries come in many different chemistries, such as lithium iron phosphate, which is compact and energy-denseā€”as a result, extending the battery’s life up to five years since they don’t require water maintenance.