In-Situ Anode Formation
An anode forms in situ, simplifying cell construction and enabling a meaningful increase in energy density.
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High-energy-density semi-solid cells engineered for demanding electric platforms.
Jintang New Energy develops core materials, defines pouch-format NMC cell platforms, and validates ultra-high-energy, high-power, fast-charging, long-life storage, and lithium-metal designs.
Core Technologies
Materials and interface engineering for next-generation semi-solid cells.
Integrated Solid-Electrolyte Membrane
A roll-to-roll integrated membrane architecture enhances battery thermal stability and safety.
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Solid-State Interface Engineering
Precisely controlled solid-electrolyte interfaces improve high-rate performance and cycle stability.
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Each series maps to a clear engineering target, from eVTOL-grade discharge capability to stationary storage cycle life and frontier lithium-metal energy density.
Specification Matrix
Filter by family to compare rated capacity, energy density, discharge capability, dimensions, operating temperature, and cycle-life positioning.
| Model | Rated Capacity | Nominal Energy | Energy Density | Discharge | Dimensions | Applications |
|---|
Markets
Built for high-value electrification programs.
UAV & eVTOL
High specific energy and 5C-class output for aviation platforms where every gram matters.
Light Mobility
Power-energy balanced cells for compact electric platforms, specialty vehicles, and dual-use packs.
Portable & Backup Power
High-energy polymer and long-life semi-solid options for portable stations, base stations, and backup systems.
Frontier Electronics
Lithium-metal AEP cells for advanced aviation, consumer electronics, and next-generation lightweight designs.
About Us
Developing the next generation of semi-solid pouch cells.
Jintang New Energy is a specialist developer of high-energy-density semi-solid battery materials and cell platforms. We engineer pouch-format NMC and lithium-metal designs, then work with qualified manufacturing partners to support electric aviation, light mobility, portable and backup power, and advanced electronics.
Our work connects materials, cell architecture, and interface engineering to create product families aligned with demanding targets for energy density, power, charging, cycle life, and safety.
Development & Quality Capability
Two connected capabilities behind every cell program.
A small-scale experimental line supports new material and process development, while dedicated test equipment enables electrical, environmental, and safety-oriented cell validation.
New Material Development
Cell Quality & Validation
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Engineering Support
Need a cell matched to your pack architecture?
Share your target energy, peak current, pack envelope, thermal limits, and certification path. Our engineering team will help identify the most suitable JT series and model.