Custom battery systems for industrial and energy applications

Custom Battery Systems for Industrial & Energy Applications

PackForge Energy supports selected B2B battery pack projects for industrial equipment, energy storage, mobility and portable field equipment, with engineering-led project review, independent cell and BMS selection, partner assembly support, testing coordination and export documentation support.

Engineering-led project review
Independent cell and BMS selection
Partner assembly and testing support
UN38.3 / MSDS / SDS documentation support
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Battery system projects where engineering, safety and export planning matter.

Our main focus is on industrial equipment and energy storage projects, where battery safety, BMS matching, connector integration, testing and export documentation are critical to successful delivery.

Industrial Equipment Battery Systems

Industrial Equipment Battery Systems

Custom battery pack support for industrial instruments, inspection devices, cleaning equipment, automation equipment, communication devices and professional tools where stable output, safety and lifecycle cost matter.

Typical Project Range

  • Voltage: 24V – 96V project discussion
  • Chemistry: LiFePO4 / lithium-ion options
  • Capacity: Based on runtime and load requirements
  • BMS: Protection, current control and communication options
  • Integration: Custom connector, cable harness and enclosure support
  • Documentation: UN38.3 / MSDS / SDS support based on project scope

Common Applications

  • Industrial instruments and inspection devices
  • Cleaning equipment and communication equipment
  • Professional power tools and automation support devices
  • Portable industrial terminals and production line backup systems

Support Provided

  • Application requirement review
  • Cell and chemistry selection
  • BMS matching and cable harness customization
  • Sample coordination, testing and export packaging support
Explore Industrial Equipment Solutions →
Energy Storage Battery Systems

Energy Storage Battery Systems

LiFePO4 and lithium battery pack support for selected energy storage, backup power, solar storage and industrial power applications, with focus on safety structure, BMS communication and export-ready delivery.

Typical Project Range

  • Voltage: 48V / 51.2V / 96V project discussion
  • Chemistry: LiFePO4 preferred for cycle life and safety
  • Capacity: Pack or module configuration based on project scope
  • BMS: Smart BMS with CAN / RS485 options
  • Structure: Module, case or cabinet direction based on requirements
  • Documentation: UN38.3 / MSDS / SDS / Class 9 DG support

Common Applications

  • Solar storage modules and backup power systems
  • Small commercial ESS and industrial backup power
  • Off-grid power projects and energy storage sample development

Support Provided

  • LiFePO4 cell selection and smart BMS matching
  • Module structure discussion
  • CAN / RS485 communication option review
  • Export packaging and dangerous goods document support
Explore Energy Storage Solutions →

Selected mobility and portable field equipment projects.

For selected projects, we also support mobility and portable field equipment battery pack requirements where BMS protection, connector design, testing and reliable export delivery are important.

Mobility and Light EV Batteries
01

Mobility & Light EV Batteries

OEM/ODM battery pack support for light electric mobility and low-speed vehicle projects where weight, energy density, discharge performance and safety protection matter.

Typical Requirements

  • 36V / 48V / 52V / 60V / 72V options
  • 18650 / 21700 configurations
  • BMS over-current, temperature and charging protection
  • Custom discharge port, charging port and cable layout

Common Applications

  • E-bikes, e-scooters and mobility scooters
  • Golf carts, low-speed utility vehicles and specialty mobility platforms
Explore Mobility Solutions →
Portable and Field Equipment Batteries
02

Portable & Field Equipment Batteries

Compact and rugged battery pack support for portable instruments, field measurement devices, outdoor monitoring equipment and professional mobile devices.

Typical Requirements

  • 7.4V – 48V project discussion
  • 18650 / 21700 / compact lithium-ion options
  • Protection circuit and optional communication support
  • Compact pack structure, cable harness and charging port

Common Applications

  • Field measurement instruments and portable testing equipment
  • Surveying devices, emergency lighting and outdoor monitoring devices
Explore Portable Equipment Solutions →

How We Evaluate Each Battery Project

01

Application & Duty Cycle

We review how the battery will be used, including load profile, daily runtime, peak draw, rest periods and expected operating cycles.

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02

Voltage, Capacity & Energy

We translate your application requirements into nominal voltage, usable capacity and total energy needs.

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03

Cell Chemistry & Format

We compare LiFePO4, lithium-ion, 18650, 21700 or other cell formats based on energy density, cycle life, cost and availability.

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04

BMS Architecture & Communication

We define protection settings, balancing needs and communication options such as CAN, RS485, UART or Bluetooth.

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05

Mechanical & Thermal Constraints

We review enclosure size, mounting method, weight target, heat dissipation and connector layout.

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06

Environmental Conditions

We consider temperature range, humidity, vibration, dust exposure and other application-specific conditions.

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07

Compliance & Documentation Path

We identify required transport documents and discuss possible certification pathways based on destination market and project scope.

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08

Production Volume & Logistics

We review sample quantity, expected batch volume, lead time, shipping method and destination country.

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Why PackForge for These Applications

PackForge Energy supports B2B battery pack projects through in-house engineering review, factory-controlled pack assembly, cell and BMS matching, testing coordination, documentation preparation and export delivery support. Our role is not only to quote a battery pack, but to help customers turn application requirements into manufacturable, testable and export-ready battery systems.

PackForge battery pack factory engineering and assembly process
Factory-Controlled Battery Pack Support

Engineering review, pack assembly, testing and export delivery are considered as one complete project process.

01

In-House Engineering from Review to Delivery

The Problem We See

Many battery pack projects fail or get delayed because the application requirements, electrical design, mechanical structure, BMS settings, testing requirements and shipping documents are not reviewed together from the beginning.

How We Work

PackForge reviews the project as a complete battery system. Our engineering and production teams evaluate the application, voltage, capacity, discharge current, cell chemistry, BMS protection, connector layout, enclosure structure, testing requirements and export documents before production moves forward.

02

Cell and BMS Selection Based on Real Application Requirements

The Problem We See

A battery pack can look correct on paper but still perform poorly if the selected cell, BMS, discharge capability, protection settings or communication method does not match the real operating conditions.

How We Work

PackForge selects cell chemistry, cell format and BMS architecture based on the customer’s actual application, load profile, runtime target, safety requirements, communication needs, budget and lead time. We use qualified cell sources and integrate the pack through our own battery pack engineering and assembly process.

03

Factory-Controlled Assembly and Testing Process

The Problem We See

For custom battery packs, inconsistent assembly, unclear wiring layout, poor insulation, weak connector planning or insufficient testing can create safety risks and delivery problems.

How We Work

PackForge manages pack assembly through our factory process, including cell matching direction, BMS integration, wiring and connector layout, insulation and structure review, sample build, electrical testing and pre-shipment inspection. The goal is to make each pack buildable, repeatable and suitable for the intended application.

04

Documentation Planning Before Shipment

The Problem We See

Lithium battery shipments can be delayed if UN38.3, MSDS / SDS, labels, packing method, dangerous goods documents or destination-market requirements are not considered early enough.

How We Work

PackForge reviews documentation and shipping requirements during the project stage, not after production is finished. Based on the selected cells, pack structure, shipping method and destination market, we support the preparation of required lithium battery documents and export delivery materials.

Recent Application-Based Project Discussions

A few anonymized project discussions from recent application-based requirements. Details are summarized by application type, region, project stage and technical focus to protect customer confidentiality.

Industrial Equipment North America Recent 2026 Discussion
01

48V Battery Pack Review for Floor Care Equipment

Technical Focus

  • LiFePO4 replacement direction
  • Existing enclosure size limit
  • Peak current and BMS protection
  • Connector and cable layout
  • Export documentation discussion
Project Stage: Sample feasibility and quotation discussion
View Similar Project Snapshots →
Energy Storage Europe Early 2026 Sample-Stage Review
02

51.2V LiFePO4 Module Discussion for Solar Storage Application

Technical Focus

  • LiFePO4 cell selection
  • Smart BMS communication options
  • Module structure direction
  • UN38.3 / MSDS / SDS document support
  • Class 9 DG shipping considerations
Project Stage: Sample configuration and documentation review
View Similar Project Snapshots →
Mobility & Light EV North America Recent Quotation Discussion
03

36V / 48V Battery Pack Review for Light Mobility Equipment

Technical Focus

  • 18650 / 21700 cell configuration
  • BMS current protection
  • Charging and discharging connector layout
  • Battery case and mounting direction
  • Shipping and packaging discussion
Project Stage: Pre-sample quotation and feasibility review
View Similar Project Snapshots →