R&D Center

As a typical technical-oriented enterprise, Hypercell persists on the technology-leading policy and has built an outstanding R&D center and test center with a talented team. The company invests 10% of revenue in generating new knowledge through research and development; Strong technical team including senior experts, doctors, masters in electrochemistry, electronics and structure, Hypercell achieves different technical patents in lithium batteries’ materials, production procedure and battery pack solutions.

Comprehensive Cells Selection Process

Rigorous Cell Selection Process

Annual multi‑cell type evaluation for safety, consistency & performance.

Tailored Cell Matching

Access to NMC, LFP, various formats. Data‑driven decisions for optimal fit.

In-House Cell Testing

Capacity grading, thermal behavior, cycle testing before pack integration.

Cost Effectiveness

Best balance between cost & performance without compromising quality.

Advanced BMS & PCM Technology

Hypercell holds in-house development of Battery Management Systems (BMS) and Protection Circuit Modules (PCM) to ensure optimized performance, safety, and longevity for a wide range of applications.

Robust Protection Circuit Modules (PCM)

Primary protection functions
Against over-voltage, under-voltage, over-current, and over-temperature
Short circuit protection
Rapid response to trigger external short circuit protection
Temperature monitoring
Sensors detect temperature, and trigger high temperature protection
Cell balancing
Ensures balance level of cell’s voltage, and optimizes cell’s consistent performance and lifespan

Perfect Battery Management Systems (BMS)

Varieties of BMS solutions
TI ICs, Maxim ICs, Sinowealth IC, 32bit/64bit MCU, or integrates with DC-charge management circuit
Flexible threshold setting
Protection threshold can set accordingly, OV, UV, OCC, OCD, OTC, OTD, UTC, UTD, SCC, SCD
SoC & SoH monitoring
Real time monitoring battery operation status, state of charge and state of health
Communication protocols
Available for I2C, HDQ, UART, SMbus, RS485, or CAN2.0A/B

Optimized Battery Packing Technology

Hypercell provides 3D structure design, prototype of housing, mold & tool development. R&D team owns rich experiences on battery packing technology according to customer’s application, such as battery packs in series or parallel, Hot-swapping, removable, anti-spark.

Cells layout optimization– ensures current loop symmetry to reduce cells voltage difference
Heat dissipation– packing with cell’s holder or other cooling process to provide heat dissipation
High drain carrying-out– adopts composited Copper-Nickel current collector
Structure stability– preventing damage from vibration, drop, impact
Specific protection– water proof, fireproof, aging and corrosion

R&D Center

Comprehensive Cells Selection Process

Rigorous Cell Selection Process

Tailored Cell Matching

In-House Cell Testing

Cost Effectiveness

Advanced BMS & PCM Technology

Robust Protection Circuit Modules (PCM)

Primary protection functions

Short circuit protection

Temperature monitoring

Cell balancing

Perfect Battery Management Systems (BMS)

Varieties of BMS solutions

Flexible threshold setting

SoC & SoH monitoring

Communication protocols

Optimized Battery Packing Technology

Let’s Power the Future Together

Shenzhen Hypercell Co., Ltd.

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