๐๐ Lithium-ion batteries: Powering the future of electric forklifts
Lithium-ion batteries: Powering the future of electric forklifts!
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Lithium
Battery
|
Lead-acid
Battery
|
|
Battery
Life |
3500 charge
cycles |
500 charge
cycles |
|
Charging
Speed |
2 hours |
8-10 hours |
|
Weight |
Easy to take |
Heavy to carry |
|
Maintenance |
No maintenance is required. l Solid electrolyte, no water addition needed. l No battery replacement required. l No corrosion checks, as battery is sealed. l One lithium battery per forklift, no swaps. |
l Regular water addition after charging. l Frequent battery swaps. l 2-3 batteries per shift, additional storage needed. |
|
Environmental
Impact |
Environmental friendly |
Contains sulfuric acid and
toxic substances |
|
Charging |
Fast charging & Instant
charging |
l Lead-acid batteries need cooling after charging,
inefficient. l Battery room distant from forklift, heavy handling
required. |
|
Cost |
High initial cost, but more
energy-saving and cost-effective in the long run |
Low initial cost, but frequent
maintenance, replacements, and safety hazards. Long-term, higher investment
is needed. |
|
Safety |
BMS protects the lithium battery from overcharge, discharge,
heat. However
protective gear, training, and good operating habits are still needed to
prevent unnecessary accidents. |
l Acid splashes risk inhalation and corrosive contact. l Carrying heavy lead-acid batteries during shift changes
can lead to operator drops and injuries. |
|
Efficiency |
Stable
voltage during discharge, superior efficiency, stores 3x more energy than lead
acid. Higher efficiency |
Voltage
drops during discharge, affecting efficiency. Battery consumes energy when
idle or charging. |
