Cell
PACK
Process
Basic Research
Product Development
Process Technology
Testing & ValidationThree R&D Centers, One Continuous Chain
Two dedicated R&D centers (cell technology + PACK/BMS) plus process technology development — 75+ full-time engineers with 30+ years of electrochemistry leadership. From material chemistry to a validated, mass-producible PACK, nothing is outsourced.
Forward-Looking Basic Research
AbilityMaterials and electrochemistry studies covering chemical, electrochemical, thermal, reliability and safety analysis.
Data8 core analytical instruments (EDXRF, BET, electrochemical workstation, etc.) · 30+ years GM leadership · 80%+ team with bachelor's degree or above
“Before you commit to a cell chemistry, we simulate your application's thermal profile, discharge curve and cycle life — so you specify with data, not guesswork.”
Product Development
AbilityCell-to-system product engineering with DOE-driven design reviews and rigorous validation gates before mass production.
Data5 cell platforms developed in-house · 1,000+ custom PACK projects · validation covers electrical, thermal, mechanical and safety dimensions
“Every custom PACK goes through structured validation gates — not shipped until it passes your application's real-world conditions.”
Process Technology Development
AbilityManufacturing process R&D with CPK/SPC discipline, yielding high consistency and stable mass production.
DataBatch deviation <3% · 300M+ cells with zero incidents · CPK-controlled production lines
“Process R&D isn't about the lab — it's about making sure cell #1 and cell #300,000,000 behave identically. That's what CPK/SPC discipline delivers.”
Patents & Technology Milestones
82 Granted Patents
Core cell chemistry · safety protection mechanisms · BMS algorithms · manufacturing processes · PACK structures · test methods · product appearance & industrial design
Cell Technology Milestones
- High-rate 26650: up to 80C pulse discharge (IFR26650-25C), 30C continuous — industry leading
- Wide-temperature 26650: −40 °C to 60 °C (25D/34D) for extreme environments
- Ultra-long-life 26650: 4,000+ cycles at 1C / 80% DOD (36A/38A/40A) — twice typical life
- High-capacity 26650: 4,000mAh in standard size (IFR26650-40A) — LFP benchmark
- Safety record: 300M+ cells shipped, zero incidents
BMS Technology Results
- Coverage: 2S (6.4V) to 160S (512V)
- Team: 25+ dedicated BMS engineers
- Protocols: CAN · RS485 · UART · SMBus · Bluetooth · daisy-chain
- Hardware: high-end imported chips with full-function protection
- Applications: UPS · AGV · engine start · solar storage · emergency lighting
PACK Technology Results
- Integration: cell + BMS + PACK assembled in one in-house plant — one team, one responsibility
- Assembly: Miyachi automated welding, Bosch fastening and electrolyte filling at ±0.05g precision
- Validation: electrical, thermal, mechanical and safety testing before every shipment
- Custom PACK: 1,000+ projects delivered, prototypes in as fast as 15 days
- Traceability: lifetime traceability from raw cell to finished PACK
Eight Core Analytical Equipment & Capability
EDXRF Spectrometer
RoHS monitoring & material composition analysis
Air Permeability Tester
Separator permeability monitoring
Atomic Absorption Spectrophotometer
Element analysis
Laser Particle Size Analyzer
Cathode / anode material particle distribution
Carbon-Sulfur Analyzer
Conductive agent sulfur & cathode carbon content
Karl Fischer Moisture Titrator
Precise moisture determination
Electrochemical Workstation
Cyclic voltammetry & AC impedance spectroscopy
Surface Area Analyzer (BET)
Electrode surface area & separator pore volume
From Concept to Mass Production — How We Build Your Battery
Six structured stages. Clear timelines. One engineering team owns the entire journey — no handoffs, no gaps.
Requirement
Analysis
1–2 days
We review your voltage, capacity, form factor, discharge profile and application environment.
Cell Selection
& Simulation
3–5 days
Match your spec to our 10 in-house 26650 platforms. Thermal and cycle-life simulation before any hardware is built.
BMS Design
& Firmware
5–7 days
Hardware schematic + firmware development. CAN, RS485, UART or Bluetooth — tuned to your communication protocol.
Prototype
Assembly
Day 15
Cell-to-PACK assembly in our dedicated plant. Miyachi welding, Bosch fastening, 100% functional test before shipment.
Validation
& Testing
2–4 weeks
Electrical, thermal, mechanical and safety validation against your application's real-world conditions.
Pilot Run →
Mass Production
30–60 days
Pilot batch for your field testing. Once approved, scale to full production with CPK/SPC-controlled consistency.
How We Work With You — Three Paths to Production
From off-the-shelf cells to joint IP development. Pick the model that matches your project stage and risk appetite.
Standard Cell Selection
Fastest path to production
Pick from our 10 existing 26650 LiFePO4 platforms. Each model is fully characterized with published datasheets, test reports and certifications. No development risk, no lead time uncertainty.
- 10 proven cell platforms (2.5Ah–4.0Ah)
- Published datasheets & test reports
- UL 1642 · IEC 62133 · UN 38.3 certified
- Volume pricing available immediately
- Compatible with all PLB BMS platforms
Custom PACK Development
Our most popular engagement
We select the optimal cell, design the BMS hardware and firmware, and assemble the PACK — all tailored to your application. One engineering team, one point of contact, one responsibility.
- Cell + BMS + PACK — fully integrated
- 25+ BMS engineers, 2S to 160S coverage
- 6 communication protocols supported
- 1,000+ custom PACKs delivered
- 12-hour engineering response time
Joint Development (NDA)
For proprietary technology projects
Co-develop custom cell chemistry, BMS firmware or PACK architecture. Full NDA protection. IP ownership terms negotiated per project. Ideal for OEMs building differentiated products.
- NDA signed before technical disclosure
- Dedicated engineering team assigned
- IP ownership negotiated per project
- Exclusive supply terms available
- Chemistry lab + pilot line access
Start Your Custom Battery Project Today
Tell us your voltage, capacity and application — our engineers reply with a solution and quotation within 12 hours.
NDA available upon request · Typical response within 12 hours