Starting point
A concept, application problem or target specification.
ODM DEVELOPMENT
ODM Lithium Battery Development
Develop a battery or energy product from a defined market need through feasibility, engineering, prototype validation and production transfer.
QUICK ANSWER
What this solution provides
ODM creates or substantially adapts product architecture for the buyer’s application. Scope, design ownership, cost, schedule and compliance responsibilities are agreed before work begins.
Company-provided operational information. Project-specific capacity, availability and delivery schedules are confirmed during quotation.
KEY FACTS
Scope at a glance
Development scope
Electrical, mechanical, BMS, communication, prototype and transfer work as agreed.
Schedule
Indicative ODM development cycle: approximately 30 days after requirements are sufficiently defined; complexity and validation scope may change timing and is confirmed during quotation.
Commercial basis
Engineering, tooling, samples and MOQ quoted after feasibility review.
WHO IT IS FOR
Buyer fit
- Brand owners with a product concept
- System integrators
- Importers building a differentiated range
- Energy companies planning a launch
01 / WHAT WE PROVIDE
Development capabilities
Electrical design
Architecture, voltage, current paths, protection and interfaces.
BMS integration
Protection, sensing, balancing, communications and compatibility.
Mechanical design
Housing, mounting, service access and manufacturability.
Thermal management
Thermal risks and management method reviewed for the use case.
Firmware or communication integration
Protocol integration assessed against selected hardware.
Prototype development
Objectives, quantity and acceptance criteria agreed before build.
Validation
Plan tied to risks, specifications and market needs.
Production transfer
Approved drawings, BOM, process documents and checkpoints.
Have a specification or concept?Share it for a technical and commercial review.
Upload Specifications →02 / WHAT WE PROVIDE
Inputs required from the buyer
Target application
User scenario, environment, duty cycle and interfaces.
Performance requirements
Energy, power, runtime, charging and lifecycle targets.
Target market
Countries, channels and labeling needs.
Compliance requirements
Requested standards and applicant role.
Commercial targets
Target cost, annual forecast and launch timeline.
03 / WHAT WE PROVIDE
Development risk management
Feasibility risks
Critical assumptions identified before detailed design.
Certification risks
Targets reviewed early; passing is not promised before testing.
Supply-chain risks
Long-lead and single-source parts flagged during BOM planning.
Design change control
Changes documented, assessed and approved.
Prototype approval
Acceptance criteria and open issues recorded before transfer.
04 / WHAT WE PROVIDE
Supported applications
Residential energy storage
Feasibility and scope are evaluated against the buyer brief.
Commercial and industrial energy storage
Feasibility and scope are evaluated against the buyer brief.
Solar panels
Feasibility and scope are evaluated against the buyer brief.
Inverters
Feasibility and scope are evaluated against the buyer brief.
Portable batteries
Feasibility and scope are evaluated against the buyer brief.
EV charging stations
Feasibility and scope are evaluated against the buyer brief.
Accessories
Feasibility and scope are evaluated against the buyer brief.
05 / WHAT WE PROVIDE
Illustrative project workflow
Illustrative project workflow — not a customer case or timing promise.
Concept brief
Buyer defines the need, target market, interface and constraints.
Feasibility review
Engineering identifies interface, thermal, compliance and sourcing questions.
Prototype gate
Parties agree objectives, criteria and responsibilities.
Production decision
Only validated, approved work moves to pilot planning.
PROCESS
From requirement to coordinated delivery
- 01Concept
- 02Feasibility study
- 03Product definition
- 04Engineering design
- 05Prototype
- 06Testing
- 07Certification preparation
- 08Pilot production
- 09Mass production
COMPARISON
Make the scope clear
| Area | ODM development | OEM manufacturing |
|---|---|---|
| Starting point | New concept | Established platform |
| Engineering | Product architecture | Configuration |
| Prototype | Usually required | Depends on scope |
| Cost | Development and tooling may apply | Configuration and production |
| Design rights | Defined by agreement | Platform and buyer assets governed separately |
BUYER FAQ
Direct answers for procurement teams
How is ODM different from OEM?
ODM begins with a new concept or substantial engineering requirement. OEM configures an established platform.
Who owns the design?
Background technology, new deliverables, tooling, firmware and buyer assets must be defined in the agreement.
Can you sign an NDA?
An NDA can be reviewed before sensitive information is exchanged.
How long does development take?
Timing depends on complexity, components, prototype cycles, testing and certification. A typical development cycle is approximately 30 days after requirements are sufficiently defined.
What affects development cost?
Engineering depth, tooling, prototypes, firmware, tests and revisions.
Can you support certification documentation?
Documentation can be scoped for the exact product and market; standards and applicant responsibility must be confirmed.
READY TO DEFINE THE SCOPE?