Durée de vie de la batterie d’un chariot élévateur : plomb-acide ou lithium

cela dépend d'eux de connaître leur fiabilité en fonctionnement. Les chariots élévateurs généraux utilisent différents types de batteries, mais les batteries couramment utilisées sont la batterie au plomb du chariot élévateur et labatterie de chariot élévateur au lithium. Chaque type a sa particularité, sa durée de vie et l’entretien requis. Être conscient de ces différences peut vous aider à prendre la bonne décision concernant le type de batterie le plus approprié à vos besoins opérationnels.(Find the best with MANLY Battery's low-cost custom lithium forklift batteries. Contact us here!)

Durée de vie de la batterie du chariot élévateur : types de batteries

There are two main types: the forklift lead acid battery and the lithium forklift battery. Both of them have unique features that govern their life span and how they will impact the forklift efficiency.

Batterie au plomb pour chariot élévateur

This type of battery has been in use since 1859. As such, it is time-tested and proven to be a solution to power forklifts. These batteries work through a chemical reaction that occurs with lead plates, producing electrical power with a mixture of sulfuric acid and water. This type of battery has been the industry standard for decades because of its dependability and lower upfront cost.What can probably be considered the most advantageous aspect of a forklift lead acid battery is the fact that it is cheap. The capital required to purchase this kind of battery is less than the capital required for a lithium battery. However, they have some significant cons. Forklift lead-acid batteries are weighty and cumbersome in size; hence, handling them is a challenge. They are difficult to maintain, including the need to water the electrolyte levels. If poorly maintained, these batteries degrade fast and need replacement before their time. A major setback is the need for downtime during charging. This time-wasting process interrupts the activities since forklift lead acid batteries have to be taken out of the forklift for recharging. In addition, these batteries are not the best since they lose a certain amount of capacity over time due to the chemical reactions within them. This can lower the running times, hence a need to be charged more often and lower productivity.

Batterie de chariot élévateur au lithium

These are new technology. They also have high energy density and are compact, storing lots of energy in a tiny space. The lithium batteries for forklifts do not need watering and are sealed; therefore, they do not require any maintenance. This is an excellent advantage over lead acid batteries for forklifts since it saves costs for regular maintenance work and the labor costs involved.One of the features that stand out with lithium forklift batteries is their fast charging capability. Such a battery can be partly charged in between breaks without necessarily affecting its life cycle. For example, a lithium forklift battery charges to 100% in just one or two hours. This flexibility allows running for very long periods, as these forklifts can be charged through minimal break periods without requiring very long downtime intervals. As for its lifespan, lithium forklift batteries can go up to over 3,000 cycles. It simply means they are more energy-efficient. It uses up to 30% less than forklift lead acid batteries; that is quite a considerable amount of saving in terms of energy and, therefore, the cost of operating them. They are also friendlier to the environment because they consume less power and hence fewer chemical maintenance trips are needed.However, lithium forklift batteries have a higher initial cost. Businesses will have to invest more capital initially, but in the long run, maintenance and energy savings might make that a moot point. Additionally, in warehouses that run their operations throughout the day or have multiple shifts, lithium forklift batteries can charge quickly and keep forklifts running continuously, making this a more cost-effective and time-efficient option.To summarize: forklift lead-acid batteries are cheap but have much money put into maintenance; they have a short life, whereas lithium forklift batteries are more expensive at the purchasing moment, but they have a longer life, less maintenance, and better efficiency; thus, the best choice in modern, high-demand warehouse operations.

Durée de vie de la batterie du chariot élévateur : facteurs déterminants

Forklift batteries are offered in a few models with varying lifespans based on type and maintenance. Forklift lead acid batteries and lithium forklift batteries are the two main types of forklift batteries, both with different lifespans and maintenance requirements.

Batterie au plomb pour chariot élévateur

A forklift lead acid battery will last around 1,000 to 1,500 charge cycles. This means that if properly maintained, it can last about five years if the operation involves only one shift. The batteries are to remain for 8 hours for charging and another 8 hours for cooling. Therefore, one forklift lead acid battery can only run a forklift for one shift each day. For those businesses running more than one shift, up to two or three forklift lead acid batteries will be needed for each forklift. This can add cost and significant complexity to battery management if forklifts are to run all day.Forklift lead acid batteries will have to be maintained with regularity. They should be watered on a periodical schedule to ensure appropriate electrolyte levels. Without this care, the battery will degrade and fail early. Proper charging procedures must also be adhered to since overcharging and undercharging decrease the lifespan of a battery.

Batterie de chariot élévateur au lithium

Generally, a lithium forklift battery is designed to last more, typically 2,000 to 3,000 charge cycles. By average standards, it should therefore serve a business operation for nearly ten years by single shift use. One of the most notable benefits of using the lithium forklift batteries is a short time that they take to recharge. They can be fully charged in 1-2 hours and do not need any time to cool down, either. So, one lithium forklift battery can power a forklift across multiple shifts by charging during breaks or lunch periods.Lithium forklift batteries are also considerably less maintenance. They are a sealed unit and do not require any watering, and they also have more flexible charge cycles with no effect on lifespan. This can reduce their need for labor and cut down expenses related to battery maintenance. (Obtenez des batteries de chariot élévateur au lithium personnalisées de haute qualité auprès de MANLY Battery à un prix imbattable. Cliquez ici pour nous contacter maintenant !）

Facteurs qui affectent la durée de vie d'une batterie de chariot élévateur

Proper Charging: Following proper charging guidelines is critical. An overcharged or undercharged battery will significantly cut down its lifespan.Routine Maintenance: Periodic checkups and maintenance cannot be overstated. With forklift lead acid batteries, this entails looking into electrolyte levels and cleaning terminals.Ambient Temperature: Any abnormal temperatures affect the life and functioning of a battery. Batteries are to be stored and used within the recommended temperature ranges.Not Allowing Deep Discharge: Allowing deep discharging (letting the battery run very low) can damage the battery. Charging before it reaches critical low levels helps prolong its life.Proper Use: How the forklift is operated to prevent strain on the battery will help extend its life. Not accelerating too fast with heavy loads can make a difference.Quality of Equipment and Maintenance: The general condition of the forklift and, along with, its charging system, as a result of maintenance, also has an impact on battery life. One should always maintain the quality of the forklift and its components.Battery Type and Quality: What is most important here, by and large, is the battery type and quality itself. Quality batteries from good manufacturers are generally long-lasting.To sum up, in comparison with a lithium forklift battery, a lead-acid battery has a short lifespan and needs more maintenance. Nevertheless, both types can serve the operation of forklifts well if taken care of and used correctly. Proper treatment and maintenance are going to affect both cost and efficiency dramatically.

Durée de vie de la batterie du chariot élévateur : pratiques de maintenance

Maintaining your forklift battery properly is essential for longevity and performance. There are two types of forklift batteries: the forklift lead acid battery and lithium forklift battery. Each needs different maintenance procedures.

Entretien de la batterie au plomb du chariot élévateur

Forklift lead acid batteries will require more attention than those that use lithium.Below are some of the most important maintenance steps for these batteries:Arrosage :Ces batteries doivent être arrosées régulièrement pour maintenir la cohérence du processus chimique. Arrosez constamment la batterie lorsqu'elle est complètement chargée et détendue. En général, vous souhaiterez arroser la batterie environ tous les dix cycles de charge. Ajouter de l'eau avec un pH compris entre 5 et 7, en remplissant pour recouvrir les plaques de plomb sans trop remplir.Charge: According to the manufacturer's instructions on current. Overcharging results in heating, which results in battery damage. Do not undercharge—this gives a lesser capacity of the battery. Also, see to it that there is no over-ventilation during charging.Maintien de la température : Keep the battery's temperature at a moderate level, preferably around 25 °C. Overcharging can thus lead to overheating of the battery, and it needs to be charged at a dedicated and well-ventilated station to maintain it at the proper temperature and avoid safety problems like gas leakage.Inspection périodique:La batterie doit être vérifiée périodiquement pour déceler toute corrosion, en particulier autour des bornes. Essuyez toute saleté pour assurer un bon contact électrique. Vérifiez les niveaux d’électrolytes et ajustez-les s’ils ne se situent pas dans les limites de sécurité.

Entretien de la batterie du chariot élévateur au lithium

For the most part, lithium forklift batteries are much easier to maintain. Here is what's important:Little Maintenance: Since lithium batteries don't require watering, like lead-acid batteries, they are pretty much hands-off.Battery Management System: The lithium battery will automatically contain a BMS (Battery Management System) that assists in cell balancing to prevent overcharging and deep discharging. This system makes the battery run fine and last longer.Fast Charge: The lithium batteries usually charge between 1 to 2 hours without requiring any cooling time, thus facility for opportunity charging during breaks so the forklift can work within shifts.Temperature Control: Though these batteries are not sensitive as the lead acid ones, still it is preferable to avoid any extremes of temperature. Ensure the batteries are maintained within their specified operational limits so they work efficiently and have a long life. (Find unbeatable value with MANLY Battery's custom lithium forklift batteries. Contact us here! )

Conseils généraux pour les deux types

Proper Charging: The battery must be charged as per the instructions of the manufacturer. Partial charging must be avoided to the maximum since this reduces the battery's overall life. Allow the battery to get fully charged at least once daily.Avoid Deep Discharge: The battery should not discharge below 20% of its capacity. Frequent deep discharges will cause damage to the battery and reduce its lifetime.Scheduled Preventive Checks: Inspection of the battery and the forklift system should be carried out frequently. Ensure all connections are tight and the charging equipment is working well.Safety Precautions: Always handle the batteries with care. Put on the proper protective clothing and use a charging area that is free from sparks or flames and is adequately ventilated.Such maintenance practices will ensure that your forklift batteries last a long time, be it a lead-acid forklift battery or a lithium forklift battery. This would save energy in properly caring for your forklift to perform efficiently and safely with minimal downtime and lesser operational costs.

Conclusion

The life and performance of your forklift battery rest to a greater extent on proper maintenance and understanding the specific needs of your forklift battery. Lead-acid batteries, even if cheaper in the initial stages, need regular maintenance and, above all, have limited life. On the contrary, in the case of batteries de chariot élévateur au lithium, le coût initial est beaucoup plus élevé. Néanmoins, sa durée de vie est beaucoup plus longue et la quantité d’entretien requise est minime, ce qui augmente l’efficacité. Une sélection appropriée de la batterie et son entretien aident une entreprise à faire fonctionner les chariots élévateurs en douceur et à augmenter la productivité sans aucun temps d'arrêt.

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