V-Force Energy Solutions - Flipbook - Page 26
As you consider your charging requirements, it’s important to incorporate chargers that can be
configured to support either lead-acid or lithium-ion batteries, to ensure you are better prepared
as your fleet evolves. Lithium-ion batteries have become increasingly
popular in the warehouse for their reliability and longer lifespan.
Selecting the right chargers will enable you to
support your existing lead-acid-powered fleet while
preparing for a potential transition to the opportunity
charging requirements of lithium-ion batteries in the
future. For more specific information on the best
method for your charging application, refer to the
following Battery Charging Methods Chart.
Comparison Information
Conventional
Opportunity
Fast
Single or Multiple
Single shift with 10-12 truck hours
use (max), or 2 shifts with light
to medium duty workload; both
running a maximum of 5-6 days
a week.
2 shifts with 8-10 truck hours
per shift, or 3 shifts of medium
duty with 2-4 truck hours per
shift. These numbers can change
based on actual use; both
conditions should occur no more
than 6 days per week.
Battery Power
80% usable capacity, returned to
100% SOC daily
Not to exceed 125% of the
battery's rated capacity
Not to exceed 160% of the
battery's rated capacity
Charge Time
8-10 hours maximum
2.4 hours
(30 to 80% SOC)
1.5 hours
(30 to 80% SOC)
Equalize Charge
Weekly - Required
Weekly - Required
Weekly - Required
Battery Charge Area
Required
(with multiple batteries)
Not Required
Not Required
Safety Equipment
Required
Required
Required
Spare Batteries
Required for Multiple Shifts
Not Required
Not Required
Not Required
Recommended
Required
Battery Life
5 years or 1,500 cycle(s) common
Based on power throughput
Based on power throughput
Dual Cables
Not Required
Not Required
Required
Shifts
Battery Monitoring
Identification Device
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