The Full-Stack Integration Services
You control the chemistry. We master the engineering. From initial system blueprint to global homologation, explore our 9-pillar service pipeline that turns bare cells into road-ready and marine-ready battery systems.
Stage 1: Genesis & System Architecture
System Definition and Architecture Planning
Before laying a single cable, we define the DNA of your battery pack based on its ultimate operating reality.
1. Battery System Engineering
We develop a holistic battery system architecture tailored to your unique application requirements. Whether it is a mining truck facing severe shock loads or a marine vessel demanding zero downtime, we align mechanical, thermal, electrical, and control-level planning into one unified blueprint.
- Application requirement and operating profile analysis
- Battery pack architecture definition
- Voltage and energy capacity planning
- Installation and packaging review
- Safety and serviceability planning
Stage 2: Structural Integration & Hardware Engineering
Physical Structure and Hardware Integration
Fortifying the system. This stage transforms schematic designs into physical, robust, and thermally stable realities built entirely around your chosen cells.
2. Cell & Module Integration
We are strictly cell and module agnostic. Whether you bring raw cells for maximum CTP energy density or predefined modules for MTP serviceability, we package them logically for the target application.
3. Mechanical Design & Enclosure Integration
We engineer heavy-duty structural enclosures to survive demanding platform environments. From high-vibration off-highway terrain to salt-fog marine exposure, our enclosure systems are built for strength, sealing, and service durability.
4. Thermal Management Integration
Thermal performance dictates safety and cycle life. We engineer precision liquid cooling and heating solutions to maintain stable temperature uniformity even under peak load cycles and harsh environmental conditions.
Stage 3: High-Voltage Safety & Intelligent Controls
High-Voltage Safety and Intelligent Control Integration
Breathing life into the hardware. We ensure massive power is distributed safely and that the battery pack communicates reliably with your vehicle or vessel control system.
5. High-Voltage Integration
Managing systems above 800V or 1000V requires uncompromising safety standards. We architect the high-voltage distribution system to support safe switching, overload protection, and diagnostic access.
6. BMS Integration
We integrate intelligent BMS hardware and software solutions to act as the primary guardian of the pack, supporting real-time monitoring, active or passive balancing, and accurate SOC/SOH diagnostic logic.
7. Controls & Communication Integration
A battery system does not work in isolation. We bridge the communication gap between the battery pack and the end platform, ensuring stable signal mapping and control compatibility.
Stage 4: Reality Execution & Compliance
Testing, Deployment, and Compliance Support
The final mile. A beautifully engineered battery pack means nothing if it is not deployed correctly, tested thoroughly, and legally cleared for your target market.
8. Testing, Validation & Commissioning
A battery system is only complete when it survives real-world validation. We organize rigorous EOL testing and provide hands-on commissioning support to ensure immediate deployment readiness.
- Functional and EOL testing validation
- Mechanical vibration and simulated cycle testing
- On-site system commissioning support
9. Certification-Oriented Design & Homologation Support
We support global compliance pathways covering standards such as UN38.3, ECE R100.3, DNV, and CCS. Compliance requirements are considered during the design stage, helping reduce certification friction and support global deployment readiness.
- Certification requirement mapping based on target region
- Pre-audit design alignment for UN38.3, R100.3, and marine standards
- Third-party testing coordination and documentation support
- Class 9 hazmat packaging and export alignment support
Ready to turn bare cells into a complete battery system?
Send us your system requirements, layout constraints, operating profile, or STEP / DWG / PDF drawings for engineering evaluation.
