HSS Energy manufacturer positions the 72V 100Ah LiFePO4 Forklift Battery for customers evaluating a higher-voltage LFP pack for electric forklift integration, replacement projects or OEM supply. Selection should be based on the truck controller, charger profile, continuous and surge current, battery compartment, connector arrangement and required battery weight—not voltage class alone.
HSS Energy product visual for the current 72V-class reference battery configuration.
|
Specification Item |
Reference Value |
|
Market-Facing Product Class |
72V 100Ah |
|
Chemistry |
LiFePO4 |
|
Current Reference Nominal Voltage |
76.8V |
|
Current Reference Nominal Capacity |
105Ah |
|
Current Reference Nominal Energy |
8.06kWh |
|
Peak Charge Voltage |
87.6V |
|
Discharge Cut-off Voltage |
60V |
|
Standard Charge Current |
22A |
|
Standard Full Charge Time |
5 hours |
|
Max Charge Current |
100A continuous |
|
Max Discharge Current |
100A continuous |
|
Peak Discharge Current |
315A for 30s |
|
Charge Temperature |
0–60°C |
|
Discharge Temperature |
-20–60°C |
|
Dimensions (L × W × H) |
740 × 320 × 246 mm |
|
Weight |
72 kg |
|
IP Rating |
IP67 |
|
Cycle Life |
>6000 cycles at 80% DOD |
A 72V forklift battery should be selected from the vehicle architecture backward: confirm the truck controller voltage window, charger output, battery cut-off limits and communication requirements before approving the pack. For this reference build, 76.8V nominal voltage and 87.6V peak charge voltage are the electrical values that need to be checked against the target forklift system.
For a 72V electric forklift battery, continuous current and short-duration surge capability are more useful purchasing inputs than capacity alone. The supplied reference data lists 100A continuous discharge and 315A peak discharge for 30 seconds, giving the customers concrete figures to compare with traction, steering, hydraulic and acceleration demand before fit approval.
The 740 × 320 × 246 mm enclosure and 72 kg reference weight make physical integration a separate decision from electrical fit.customers should compare tray dimensions, cable exit direction, hold-down points and service access. For forklift replacement work, minimum battery weight and counterweight requirements should also be confirmed with the truck manufacturer or vehicle documentation before installation.
Supplied dimensions and weight visual for the current reference enclosure.
For the 72V 100Ah product class, the current 76.8V / 105Ah reference configuration is specified with an IP67 enclosure rating, a 0–60°C charge range and a -20–60°C discharge range. These values support evaluation for industrial environments where dust, moisture and temperature exposure matter, while installation location and charging conditions still need to remain within the approved pack limits.
The supplied data lists more than 6000 cycles at 80% DOD for this lithium ion forklift battery reference configuration. Cycle-life data can support total-cost evaluation, but actual service life still depends on depth of discharge, charging practice, operating temperature, current profile and system control. Likewise, 8.06kWh should be used as a sizing input rather than a fixed forklift runtime promise.
When the 72V 100Ah LiFePO4 Forklift Battery is being evaluated for a specific truck, the product visuals provide useful mechanical cues: a front terminal / connector zone, metal enclosure, top cover with handles and mounting feet. For a 72V 100Ah forklift battery project, connector orientation, cable length, mounting method and service access can determine whether an electrically suitable pack can also be installed cleanly.
Supplied external product-detail visual showing the terminal area, mounting feet, enclosure and top handles.
For a 72V LiFePO4 forklift battery project, HSS Energy can review voltage class, capacity, connector, BMS / protection settings, case dimensions, labeling and packaging. For this SKU, the approved project record should preserve both the 72V 100Ah market class and the 76.8V / 105Ah technical reference so repeat quotations, drawings and production instructions stay aligned.
● Forklift make / model and controller voltage information
● Current battery label or existing battery specification
● Battery compartment dimensions and required minimum battery weight
● Charger model / charger output profile
● Connector and cable photos or drawings
● Continuous / peak current requirement and duty-cycle information
● Communication requirement, if the truck or charger uses CAN / RS485 or another interface
Because this SKU is sold as a 72V 100Ah product class while the current engineering reference is 76.8V / 105Ah / 8.06kWh, configuration control is part of the quality process. The same market identity, technical reference, vehicle-fit decision and approved order record should remain aligned from inquiry through repeat supply.
|
CONTROL GATE |
customers-FACING PURPOSE |
PROJECT RECORD / CHECK |
|
1 Product Class |
Keep the public SKU, inquiry and quotation under the 72V 100Ah market class. |
72V 100Ah appears consistently in the customer-facing model identity. |
|
2 Technical Reference |
Use the current reference pack values for engineering fit and electrical review. |
76.8V nominal / 105Ah / 8.06kWh plus approved current, voltage and temperature limits. |
|
3 Vehicle Fit |
Confirm the battery against the actual forklift system instead of voltage class alone. |
Controller, charger, bay dimensions, minimum battery weight, connector and communication requirements. |
|
4 Release & Repeat Supply |
Prevent the market name and approved build from drifting after sample confirmation. |
Approved drawing, interface notes, label, packaging and order-specific acceptance details. |
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