Module Products

Standard Lithium-Carbon Supercapacitor Module

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Structure: 2S10P cell integrated module with metal housing, unified output terminals via copper busbars, modular stackable design.

Specifications: Model rated 75000F / 8.2V; Capacitance 75000F, operating voltage 5.0–8.2V; Internal resistance ≤0.4mΩ; Rated current 700A, peak current 2000A; Energy density 74Wh/kg; Operating temperature -40~+65℃; Cycle life 50,000 cycles (2.5–4.2V).

Advantages: High power density, supports continuous high-current discharge at 15C rate. Standardized module compatible with mining trucks, energy storage systems and low-speed vehicles. Built-in voltage equalization protection, excellent vibration resistance and durability, ideal for outdoor heavy-duty equipment.

1S3P Compact Module

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Structure: Single cell with low-temperature formula integrated inside metal housing, fitted with two 12*33mm metal terminal posts for positive and negative poles, adopting an integrated hermetically sealed shell structure.

Specifications:Operating voltage: 2.5V~4.2V,Nominal capacitance: 45000F / 21Ah (tolerance: -20%~+50%),AC internal resistance ≤0.4mΩ (1kHz / 20℃), DC internal resistance ≤0.83mΩ
Standard charge-discharge current: 105A (5C); Max continuous charge-discharge current: 315A (15C); 30s peak current: 400A,Max stored energy: 71.18Wh,Self-discharge ≤5% after 3 months storage at 25℃,Operating temperature: -40℃~60℃; Storage temperature: -40℃~70℃; Recommended storage voltage: 3.35V±2%,Dimensions: 159.4×88×62mm, weight approx. 1.24kg,Standard cycle life at 25℃ ≥10,000 cycles

Advantages: Supports ultra-high rate charge and discharge, continuous high current output at 15C and short-time peak current up to 400A. Ultra-wide temperature performance enables stable 4C discharge even at -40℃ with controllable capacity attenuation under high and low temperatures. The metal housing delivers excellent sealing performance with zero leakage and no thermal runaway risk. Low self-discharge rate ensures minor performance degradation during long-term storage. Standard terminal posts allow flexible series and parallel assembly for high-voltage energy storage modules, widely applicable to mining truck power systems, oilfield energy recovery, grid frequency regulation, backup power for AI data centers, low-speed EV energy storage and other scenarios.

Integrated Lithium-Carbon Supercapacitor Module, LCC Module for Low-Speed Vehicles

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Structure: Single cells integrated into a dedicated battery pack for low-speed vehicles, equipped with lightweight BMS management system and standardized protective housing. Matches the chassis mounting space of electric two-wheelers and low-speed vehicles, enabling direct replacement of traditional lithium battery packs.

Specifications: Adopts LCC lithium-carbon supercapacitor cells with up to 50,000 cycles; charging time 6–12 minutes; operating temperature range -40℃~65℃; intrinsically safe with no risk of fire or explosion.

Advantages: High safety performance with no explosion or thermal runaway risks, completely eliminating fire hazards of conventional lithium batteries. Excellent cruising range extends driving time for electric two-wheelers to meet daily commuting demands. Ultra-long service life with minimal capacity attenuation after tens of thousands of charge-discharge cycles, greatly cutting users’ subsequent replacement costs. Ultra-fast charging fully charges the pack within 6–12 minutes to quickly replenish power and reduce downtime waiting periods. Outstanding low-temperature adaptability enables efficient operation even at -40℃, solving the pain point of lithium batteries’ performance degradation in cold environments. Standardized modular design compatible with various low-speed electric vehicles, built-in safety protection mechanisms, shock-resistant and durable, suitable for outdoor riding scenarios.