Description
HP Series HPEG / HPED Solid-State Cells (Balanced Power Series) | ATOMFAIRCOMMERCIAL GRADE · PRODUCTION
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TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: INQUIRY@ATOMFAIR.COM
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MANUFACTURER: ATOMFAIR LLC
BRAND: ATOMFAIR®
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These solid-state cells require stable external multi-point clamping forces to maintain uniform internal contact boundaries. Operation outside certified charge/discharge parameters or below specified low potential floors risks irreversible capacity degradation and safety hazards.
- Compression Fixture Requirement: House individual cell arrays securely within a rigid compression fixture plate structure to prevent internal layer separation.
- Voltage Floor Protection: Prevent terminal contact strings from dropping below the specified low potential floors to avoid cell damage.
- Certified Charge/Discharge Compliance: Follow certified charge and discharge parameters to maintain thermal stability and lifecycle performance.
- Safety Data Verification: Verified UN38.3 and MSDS testing datasets are available for lot-level monitoring and compliance assurance.
Proper mounting and electrical setup are critical to prevent mechanical stress and electrical failure. Follow these steps to integrate the cell into a system with correct clamping and connections.
Required Equipment: Rigid compression fixture plate, Torque wrench (if specified), Multimeter
- Inspect Cell Integrity
Visually inspect the pouch for any punctures, swelling, or deformation before handling. - Mount in Compression Fixture
Place the cell array inside the rigid compression fixture and apply uniform clamping force according to manufacturer specifications. - Connect Terminals Correctly
Attach the load or charger leads to the cell terminals, ensuring correct polarity and secure contact. - Set Charge/Discharge Parameters
Program the charger or electronic load to the certified voltage and current limits for this cell model (e.g., 1C charge, 8C discharge in test loops). - Verify Initial Voltage
Confirm that the cell open-circuit voltage is within the specified operating range before initiating any electrical cycle.
What are the key performance trade-offs when choosing the HPEG/HPED 22Ah 10C solid-state cell for UAV propulsion compared to higher-C-rate alternatives?
The HPEG/HPED series provides a balanced 22Ah capacity with sustained 10C continuous discharge (220A), verified ≥600 cycles at 1C/8C stress, and a thermal rise limited to ≤40°C, making it optimal for applications requiring both high continuous power and extended cycle life. Higher-C-rate alternatives (e.g., 20C series) offer increased peak discharge but typically incur trade-offs in cycle life, heat generation, or volumetric efficiency; the source notes separate ultra-high discharge variants for dynamic focus applications, confirming this performance compromise.
What are the integration requirements for the HPEG87187T1-22 solid-state cell in a commercial UAV airframe?
The cell requires stable external multi-point clamping forces via a rigid compression fixture plate to maintain uniform contact across internal solid-state layers. It is designed for industrial high-speed inspection UAVs, heavy-lift logistics, aerial cinematography, and severe climate prototyping. Customization options include dimensional sizing, heavy-gauge current tabs, and wire layouts for dedicated airframe integration. The pouch dimensions are 11×87×187 mm.
What safety and handling precautions are required for the HPEG/HPED solid-state pouch cells during laboratory testing or fleet operation?
Cells must be housed in a rigid compression fixture to maintain uniform contact pressure across internal layers. Charge/discharge parameters must be strictly followed, and terminal voltage must not drop below specified low potential floors. Verified safety testing datasets (UN38.3/MSDS) are available for lot-level monitoring. The surface thermal rise is inherently capped at ≤40°C under continuous 10C discharge, reducing adjacent avionic system risk.
This 22Ah solid-state pouch cell delivers 10C continuous discharge with surface thermal rise ≤40°C and ≥600 cycles under 1C/8C test protocols, but demands external compression fixturing and strict electrical parameter adherence.
Positive
- High continuous 10C discharge capacity: Sustains 10C constant amperage output at 22Ah nominal capacity, providing high continuous torque for multi-rotor lifting without premature voltage drop.
- Thermal rise ≤40°C under heavy load: Surface temperature increment is capped at 40°C peak during intensive discharge, protecting sensitive adjacent avionics and maintaining safe operation.
Trade-offs
- Requires rigid compression fixture: Stable external multi-point clamping force is mandatory to maintain uniform contact across active internal layers; cells must be housed in a compression fixture plate structure.
- Strict electrical limits needed: Operation must follow certified charge/discharge parameters and prevent terminal voltages from dropping below specified low-potential floors to ensure longevity and safety.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
