Engineered for the Extremes. Proven in the Field
General-purpose EV packs fail where our systems thrive. Discover how our cell-agnostic turnkey integration empowers the world's most demanding heavy-duty, marine, and off-highway applications.
Built Around Real-World Demands
No two industries fail the same way. From salt-laden marine environments and vibration-intensive heavy vehicles to dust-heavy off-highway machinery and mission-critical special fleets, each application brings its own constraints, risks, and compliance demands. Our job is not to force a standard pack into a non-standard world—it is to engineer battery systems around the realities of your operation.
🚢 Marine & Offshore
Challenge:High humidity, continuous salt-fog corrosion, highly irregular hull spaces, and zero-tolerance for thermal runaway at sea.
Our Integration: Megawatt-level water-cooled standalone packs (IP67/IP69K). Custom C5-M anti-corrosion enclosures with active FSW sealing and independent module-level fire suppression routing.
🚛 Heavy-Duty & Commercial Vehicles
Challenge: Relentless chassis vibrations, rapid mega-watt fast charging requirements, and strict payload weight limitations.
Our Integration: Ultra-rigid Structural Engineering (CTP/CTM) using aerospace-level aluminum alloys. Oversized liquid-cooling plates mimicking commercial diesel radiators to reject extreme fast-charging heat.
🚜 Off-Highway, Mining & Agriculture
Challenge: Unpredictable mechanical impacts, heavy dust, extreme temperature cycles, and zero maintenance infrastructure in remote sites.
Our Integration: Armor-grade steel or heavily reinforced extruded enclosures. High-Voltage interlocks (HVIL) capable of instantly securing the system during a rollover. Robust potting and heavy-duty harnesses resistant to abrasive dust.
🚒 Special Purpose & Emergency Vehicles
Challenge: Long standby periods, instant power demand, extreme cold starts, and mixed high-/low-voltage loads in tightly constrained vehicle architectures.
Our Integration: Mission-ready dual-voltage architecture with redundant auxiliary power, low-temperature thermal strategies, and compact modular packaging for complex body equipment.
🔋 Energy Storage Systems (ESS)
Challenge: High energy throughput, thermal runaway containment, space-constrained deployments, and utility-grade reliability requirements.
Our Integration: Cell-agnostic ESS platforms with modular enclosure design, liquid-cooling or hybrid thermal control, and coordinated BMS/PCS/EMS integration.
🚆 Rail & Transit
Challenge: Continuous high-duty operation, strict safety requirements, constrained installation envelopes, and reliable performance under vibration and temperature variation.
Our Integration: High-reliability battery architectures with robust thermal control, vibration-resistant structural design, and modular packaging tailored to railcars and depot vehicles.
Defeating the Elements: Universal Physics, Custom Solutions
Different industries face distinct nightmares, but the core engineering challenges remain universally demanding. Here is how we build the ultimate defense perimeter for your cell chemistry.
💥 Dynamic Shock & Vibration Mitigation
From 3G+ acceleration in mining haul trucks to continuous high-frequency vibrations in agricultural machinery, our housings utilize multi-axis FEA simulation to guarantee structural integrity and zero weld-fatigue.
🔥 Thermal Propagation Defense
Strictly ensuring internal fire/explosion confinement to meet global safety mandates. We integrate aerogel routing, bursting discs, and directional venting paths for 1000V heavy-duty applications.
🌊 Corrosion & Ingress Absolute Immunity
Whether it’s continuous salt-fog in marine environments or high-pressure IP69K caustic washdowns in food-grade material handling, our extreme FIPG sealing and multi-layer hard-anodizing never yield.
⚖️ Payload Optimization
For electric aviation and agile passenger EVs, every gram matters. We push the limits of thin-wall extrusion safely, giving you more weight budget for active cell chemistry to maximize range.
Proven in the Field: Real-World Integrations
NDA compliance prevents us from revealing our partners’ names, but we let our engineering results speak loudly.
🚛 Project A: 800V Long-Haul Electric Semi-Truck
Challenge:Managing a massive 600kWh payload needing 4C ultra-fast charging without inducing thermal deformation in a 2-meter-long tray.
Our Solution: Single-piece massive liquid-cooled flat floor with Friction Stir Welding (FSW), ensuring ΔT < 2°C across thousands of cells while maintaining absolute zero coolant-leakage risk.
🚢 Project B: Hybrid Offshore Supply Vessel
Challenge: 10-year design life in a highly corrosive marine environment, navigating extreme maritime certification hurdles.
Our Solution: Engineered IP67 heavy-gauge watertight enclosures with composite marine-grade E-coating. Fully supported the client in securing DNV and CCS compliance approvals.
Global Compliance Ecosystem: Built to Pass
Passing local regulatory certifications is the valley of death for battery packs. From European roads to international waters, we design enclosures pre-engineered to ace the tests, backed by China's foremost certification labs.
🛣️ Automotive & Commercial
ECE R100.3 (Europe), GB 38031 (China) structural & thermal propagation compliance support.
⚓ Marine & Offshore
Pre-validated sealings and coatings to support DNV, ABS, and CCS maritime battery system type-approvals.
🚜 Off-Highway & Industrial
IP67/IP69K testing validations and UN38.3 vibration & drop-test guarantees for global transportability.
Application-Specific Performance Requirements
Each application demands unique performance characteristics. Our manufacturing processes are optimized to meet these specific requirements.
Automotive Grade
- • Operating temp: -40°C to +85°C
- • Vibration resistance: 20G
- • Crash safety compliance
- • 15-year lifecycle
- • IATF 16949 certified
Industrial Grade
- • 24/7 continuous operation
- • EMC compliance
- • Dust/chemical resistance
- • 20+ year service life
- • IEC 61508 safety standards
Marine Grade
- • Saltwater corrosion resistance
- • IP68 submersion rating
- • UV radiation stability
- • Anti-fouling properties
- • DNV GL certification
Heavy Duty
- • Extreme shock resistance
- • High-temperature operation
- • Dust/debris protection
- • Maintenance-free design
- • Mining industry standards
Bring Your Cells. Let's Build the Architecture
A structured engineering workflow from concept to mass production.
Scope & Chemistry Mapping
You define the cells, voltage targets, and operational constraints. We translate that into engineering boundaries and feasibility.
Architecture & FEA / CFD Vetting
Structural integrity and thermal performance are validated digitally through simulation before any physical build begins.
Prototype & NPI Validation
Rapid prototyping using CNC and FSW manufacturing lines ensures real-world validation within weeks, not months.
Volume Scale-Up
Automated production, helium leak testing, and strict QA pipelines ensure zero-defect delivery at scale.
Ready to Power Your Application?
Whether you're developing the next generation of electric vehicles/vessels, energy storage systems, or special vehicles, we have the manufacturing expertise to bring your vision to life.
Application Engineering
Custom solutions for unique requirements
Performance Validation
Comprehensive testing & verification
Scalable Manufacturing
From prototype to high-volume production
