Keep Charging, Stop Changing: Crown Presents Its New V-Force lithium-ion Technology

Spread the love

Crown’s V-Force Energy Storage Systems (ESS) include lithium-ion batteries and chargers and are now available for Crown’s entire forklift truck portfolio.

Crown Equipment Corporation, a global material handling company, has launched its own branded solutions for customers seeking to improve battery electric forklift performance by using lithium-ion technology.

For fleet managers, the ability to rely on one trusted supplier for both forklift trucks and battery technology is essential. Crown has now launched its own V-Force batteries and chargers to provide customers with a top-quality, single-source service dedicated to lithium-ion technology. The whole system is backed by Crown’s comprehensive service and support network. Highly qualified service technicians visit customers’ premises to help ensure forklifts, chargers and batteries are in proper operating condition.

“V-Force lithium-ion batteries last up to three times longer than lead-acid batteries; they also offer faster charging, opportunity charging top-ups and longer run times,” explained Henry Larsen, Motive Power product manager and technology solutions at Crown. “The batteries charge and discharge more efficiently and deliver sustained high performance throughout their charge. Because you can recharge the batteries whenever you like, you can extend your forklift uptime over a 24-hour period. This means you can use them for one or more shifts without having to swap batteries.”

Lithium-ion systems offer considerable advantages over lead-acid batteries, especially in multi-shift operation. Routine battery maintenance is no longer necessary, and batteries no longer need to be changed or watered. Because lithium-ion batteries do not produce emissions while recharging, separate battery-charging rooms are no longer required. In short, the batteries’ increased efficiency and lower service costs over time result in significant advantages for customers.

Crown V-Force Batteries Comply With Australian Standards AS IEC 62619 For Use In Industrial Applications

Crown’s V-Force batteries are designed to meet international automotive standards and locally adopted industrial standards in terms of extreme safety and ease of use, thus offering more capabilities than many other lithium-ion batteries on the market. Fitted with multiple redundant safety systems, each battery features a multi-level safety architecture incorporating, for example, a variety of fuses plus individual-cell temperature and voltage monitoring. Safety systems built into the battery help protect against overheating, short circuits, overcharging or deep discharging. Even better, various active protection functions prevent operator errors from damaging the battery.

Crown’s V-Force Charger

Crown’s V-Force V-HFMSeries high-frequency chargers deliver the power your lithium-ion energy storage system needs. The performance of the Crown chargers is excellent thanks to the fast charging process. V-Force chargers use high-frequency technology to achieve charging rates of up to 1C. This means they can fully charge batteries with capacities of up to 400 Ah in less than 60 minutes by delivering a steady charging current of up to 400 A. Currently, the figures are among the best in the industry, Crown said. The user-friendly chargers can handle battery voltages ranging from 24 to 96 volts for the V-HFM3. To detect each battery’s voltage class automatically and charge the battery without requiring manual pre-sets, the charger communicates directly with the battery management system via the CAN bus. During the charging process, a large, informative user interface displays an exceptionally clear overview of the battery’s charging and operating status.

-End-

CLICK HERE FOR LATEST NEWS.

READ CURRENT AND PAST ISSUES OF IAA.

KEEP YOURSELF UPDATED, SUBSCRIBE TO IAA NOW!

AND DON’T FORGET FOLLOW US ON FACEBOOK, LINKEDIN AND TWITTER!

 

World Premiere: QUANTRON Launches Electric 12-metre Bus
Natural Gas As A Key Alternative Energy Source In Sustainable Renewable Energy Transition