Vacuum Solutions for New Energy Industry
DV Vacuum vacuum solutions for new energy, lithium battery, and advanced material production are designed for processes requiring dry operation, stable vacuum conditions, and effective moisture or solvent removal.
Typical applications include electrode drying, material dehydration, solvent removal, lithium material processing, vacuum baking, and powder transfer support.
Solution configurations are selected according to actual process requirements using dry screw vacuum pumps, Roots vacuum pumps, and engineered vacuum systems.
Why Vacuum Technology Matters in New Energy Manufacturing
Many new energy and battery material processes require controlled drying, moisture removal, and stable processing conditions under reduced pressure. Stable vacuum performance helps maintain suitable process conditions during material treatment and related production steps.
In these applications, vacuum systems may need to handle residual solvent vapor, moisture, fine particles, and continuous-duty operation, which makes proper pump type selection and system configuration especially important.
DV Vacuum supports customers with process-based vacuum solutions for modern new energy manufacturing environments.
Typical Applications in the New Energy Industry
Electrode Drying
Suitable for drying coated battery electrodes under controlled vacuum, frequently powered by DVS-V Variable-Pitch Dry Screw Vacuum Pumps to lower exhaust temperatures and ensure oil-free purity.
Material Dehydration
Helps remove residual water and volatile components from lithium battery precursors, supported by high-capacity DVBS Roots + Dry Screw Vacuum Systems.
Solvent Removal
Used in processes that require stable removal of residual solvent vapor from materials, intermediates, and coated products.
Lithium Material Processing
Supports vacuum conditions for lithium material synthesis, treatment, and intermediate handling in battery material production.
Vacuum Baking
Applicable to controlled heating and drying steps where moisture reduction and stable vacuum conditions are required.
Powder Transfer Support
Supports vacuum-assisted powder conveying and material transfer in selected battery material and advanced manufacturing processes.
Recommended Vacuum Pumps and Systems
| Product / System | Recommended Use | Key Features |
|---|---|---|
| DVS-V (Variable-Pitch) / DVS (Constant-Pitch) Dry Screw Vacuum Pumps | Electrode drying, lithium battery baking, and clean dehydration processes | 100% oil-free compression; DVS-V Variable-Pitch design reduces power consumption and exhaust heat, while DVS Constant-Pitch design delivers reliable continuous performance based on load conditions |
| DVB (Standard) / DVQB (Circulatory Gas Cooled) Roots Vacuum Pumps | Vacuum booster duties, staged pumpdown, and high-flow battery process systems | Significantly increases pumping speed at deep vacuum; DVB serves as standard system booster, while DVQB features circulatory gas cooling for higher differential pressure capability |
| DVBS Roots + Dry Screw Vacuum Systems | Integrated dry vacuum packages for material dehydration and large-scale battery cell drying lines | Completely dry operation without process contamination, integrated PLC controls, and superior continuous evacuation capacity |
Customized Solutions for New Energy Applications
New energy processes vary in material type, vapor content, drying temperature, and system layout. DV Vacuum provides engineering support for pump selection and integrated vacuum system design based on actual process requirements.
- Selection support for dry vacuum processes based on operating conditions
- System integration with filters, condensers, piping, and control cabinets
- Optional corrosion-resistant solutions for process media with solvent or vapor exposure
- Customized configurations for continuous-duty production lines
New Energy Industry FAQ
Which vacuum system is best for lithium-battery electrode / cell drying?
Dry screw + Roots booster combinations are the standard choice — oil-free, high pumping speed at low pressure, and compatible with N₂-purged environments. They shorten drying-cycle time and maintain stable vacuum (< 10 Pa) across long oven cycles.
How do you guarantee low dew point and leak-tightness?
We design for OEM-grade leak rates (typically < 1×10⁻⁹ Pa·m³/s) and integrate dew-point monitoring downstream of the pump. N₂ purge circuits and moisture-resistant coatings on rotors prevent condensation damage during repeated oven loading/unloading cycles.
Can the system scale with multi-chamber or large oven layouts?
Yes. Our modular design lets you combine multiple booster + backing-pump units on a common manifold, supporting large oven banks with chamber volumes from a few liters to several hundred cubic meters. Each pump module is independently serviceable, so maintenance does not stop the line.
What about energy efficiency and total operating cost?
Dry screw + Roots systems typically cut energy use30–50% versus traditional liquid-ring setups. Variable-frequency drives (VFD) match pumping speed to oven demand, and direct-drive rotors eliminate belt losses. Detailed TCO models available on request.
Need a Vacuum Solution for Your New Energy Process?
Share your material characteristics, operating pressure, required pumping speed, temperature, and process requirements. Our engineering team can recommend a suitable vacuum pump or custom-engineered vacuum system for your application.
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