New Energy Industry
Material Handling Systems for New Energy Component Production
Material preparation and automation for battery and lightweight component production.
- PA / PBT / PP
- Common materials
- Ramp-up
- Expansion planning
- Drying
- Material condition
- Traceable
- Route visibility
- PLC + HMI
- Central monitoring
Production Challenges
Material-control risks in new energy production
New energy plants often scale quickly and use multiple engineering plastics, so the material system must be ready for capacity growth.
Capacity ramp-up
New lines often need reserved conveying capacity and future machine points.
Engineering plastics
PA, PBT, PC and similar materials require controlled drying before processing.
Route traceability
Material lots and machine supply routes should remain visible to operators.
Process stability
Stable feeding and temperature control help reduce production variation.
Recommended Architecture
A scalable material path for new energy lines
The system is planned around current machine demand while leaving room for future capacity expansion.
- 01
Material storage
Organize resin lots in a central material area with clear routing and changeover control.
- 02
Drying and preparation
Configure drying, dehumidifying or blending based on the material and part-quality requirement.
- 03
Closed conveying
Move materials through planned vacuum routes to reduce manual handling and exposure.
- 04
Machine distribution
Deliver the correct material to each machine through receivers, valves and controlled routes.
- 05
Monitoring and control
PLC and HMI monitoring supports alarms, material route visibility and future system expansion.
Typical Solutions
Solutions selected for new energy production
Central Feeding System for Multi-machine Production
Centralize storage, drying, conveying, distribution and monitoring to provide every processing machine with stable material supply.
Explore solution
Crushing & Recycling
Recover production scrap through controlled size reduction and closed-loop reuse.
Explore solution
Dosing & Mixing
Achieve accurate gravimetric or volumetric blending for stable material recipes.
Explore solution
Drying & Dehumidifying
Maintain stable material conditions with low-dew-point drying for hygroscopic engineering plastics.
Explore solution
Energy-saving Retrofit
Upgrade existing equipment and controls to reduce power consumption and heat loss.
Explore solution
Material Conveying
Move powders and pellets reliably with flexible vacuum and pressure conveying architectures.
Explore solution
Plant-wide Automation
Connect feeding, drying, cooling and downstream processes with central control and production visibility.
Explore solution
Temperature Control
Control mold and process temperatures precisely for consistent production quality.
Explore solutionMaterials & Applications
Designed around new energy plastic components
| Application | Typical materials | Key requirement | Recommended control |
|---|---|---|---|
| Battery-related plastic parts | PP, PA, PBT | Stable material condition | Drying + central conveying |
| Electrical connectors | PA, PBT, LCP | Low moisture and precision molding | Dehumidifying drying + alarms |
| Energy storage housings | ABS, PC/ABS, PC | Appearance and dimensional stability | Central feeding + temperature control |
| Insulation components | PC, PP, PA | Clean route and batch control | Closed conveying + route management |
| Lightweight structural parts | PA, PBT, PP | Continuous supply for larger parts | Material station + machine receivers |