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  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
  • GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price
GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price

GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price

  • 2 - 49 Sets
    $250
  • 50 - 299 Sets
    $230
  • >= 300 Sets
    $218

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
View product details

GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Energy Storage: Designed to deliver rapid energy bursts for engine starting, backup power, and high-current applications, leveraging its 16V/500F supercapacitor technology.
  • Graphene-Enhanced Performance: Combines the benefits of graphene materials for superior energy density, fast charging/discharging cycles, and extended lifespan compared to traditional capacitors.

Key features

  • 1. Graphene-Enhanced Energy Storage

    • With graphene-based electrodes and a corrosion-resistant aluminum casing, achieve superior energy density and efficient heat dissipation compared to traditional supercapacitors*. This ensures reliable performance in harsh environments like automotive or industrial settings.

  • 2. Modular Design for Customization

    • With a modular structure featuring through-hole mounting and customizable components (e.g., control modules, connectors), easily integrate into diverse systems or adapt to specific application needs more flexibly than fixed designs*.

  • 3. High-Capacity, High-Voltage Performance

    • With a 500F capacitance and 50V breakdown rating (vs. 16V operational voltage), deliver 30% higher energy storage and voltage tolerance than standard supercapacitors*, enabling stable operation under heavy loads or fluctuating power demands.

  • 4. Engine-Start Optimized Solution

    • Designed for rapid power bursts in critical scenarios like engine starts, this supercapacitor provides instant energy discharge—ideal for automotive or industrial applications where quick response is essential*.

  • 5. Certified for Global Compliance

    • With CE certification, ensure adherence to EU safety and quality standards, offering peace of mind compared to non-certified alternatives in regulated markets*.

Product details

GHC Engine Start supercapacitor battery 16V 500F super capacitor 12v graphene battery audio capacitor best price

The GHC Engine Start supercapacitor battery combines graphene technology with robust thermal management, offering high energy density and rapid charge/discharge capabilities. Designed for industrial and automotive applications, its modular design and heat-dissipating fins ensure reliability in high-temperature environments.

Technical specifications

FeatureSpecificationBenefit
Capacitance500 FSupports high-energy storage for peak demands
Voltage Rating16 V (Breakdown: 50 V)Safe operation in variable voltage scenarios
MaterialGraphene-enhanced electrodes20% higher energy density vs. traditional capacitors
Mounting TypeThrough-holeEasy integration into PCBs and systems
CertificationCEEnsures compliance with EU safety standards
Thermal DesignAluminum fins + heat-dissipating bodyMaintains performance in temperatures up to 85°C
ApplicationGeneral purpose, supercapacitorIdeal for renewable energy storage, automotive starters, and industrial control systems

Customization guide

Adjustable capacitance (500F ±10%) and voltage thresholds (up to 50V) to meet specific energy storage or voltage requirements in industrial, automotive, or renewable energy applications.

Get inspired

With graphene technology, you can achieve faster charging cycles and longer lifespan in high-current applications. The modular design allows seamless integration into systems like hybrid vehicle starters or solar power inverters, while the heat-dissipating fins ensure stable operation in harsh environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Energy Density6.5 Wh/kg+15% (7.5 Wh/kg)+30% (8.5 Wh/kg)*
Voltage Rating16 V24 V32 V
Operating Temp.-20°C to +60°C-30°C to +70°C-40°C to +85°C
Capacitance Stability±20% at 85°C±15% at 85°C±10% at 85°C

Supplier's note

  1. Three Technical Breakthroughs:

    • Graphene Electrodes: Enables 20% higher energy density than standard supercapacitors, reducing system size.
    • Enhanced Thermal Management: Aluminum fins and heat-dissipating design allow operation at 85°C, outperforming competitors by 25%.
    • Wide Voltage Tolerance: The 50 V breakdown voltage ensures safety in fluctuating industrial environments.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard automotive or low-temperature industrial systems (e.g., car starters in moderate climates).
    • Advanced Model: Suitable for high-current applications like solar inverters or industrial robotics requiring stable performance up to +70°C.
    • Pro Model: Designed for extreme conditions (e.g., electric vehicle charging stations or oil drilling equipment), with triple the voltage stability of industry benchmarks.

*Pro Model’s energy density exceeds the 2023 industry average by 30%, enabling smaller system footprints.

Frequently asked questions

  • Which supercapacitor model (16V or 50V) is best for engine starting systems?

  • How do I maintain the GHC supercapacitor for long-term use in harsh environments?

  • Why choose graphene-based supercapacitors over traditional electrolytic capacitors for audio equipment?

  • Can the GHC supercapacitor be customized for through-hole mounting in industrial control systems?

  • Is the GHC 16V supercapacitor CE-certified for EU automotive applications?

  • What applications suit the GHC 500F supercapacitor besides engine starting?

  • How does the GHC supercapacitor compare to lead-acid batteries for engine starting?

  • Does the GHC capacitor handle high-temperature environments like industrial power supplies?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
SupercapacitorsHigh-power applications (e.g., regenerative braking, UPS systems)Capacitance: 500F (▲ vs Industry Standard 300F, IEC 60068-2-18)
Voltage: 16V (Base) / 50V (Advanced ▲▲, ASTM D395)		Ultra-fast charge/discharge (seconds), 1,000,000+ cycles, low maintenanceLower energy density (10–30 Wh/kg vs 100+ Wh/kg for Li-ion)
Lithium-ion BatteriesPortable electronics, EVsEnergy Density: 200Wh/kg (▲ vs Industry Standard 150Wh/kg, IEC 62660-2)High energy storage, lightweight, compactSlow charging, limited cycles (500–2,000), thermal runaway risk
Lead-Acid BatteriesUPS systems, automotiveEnergy Density: 30–50 Wh/kg (Industry Standard), Cost: $50/kWh (lowest)Low cost, durable in harsh conditions, recyclableHeavy, short lifespan (2–5 years), toxic materials
Electrolytic CapacitorsPower supplies, audio equipmentCapacitance: 1000µF (Industry Standard), Voltage: 500V (Advanced ▲, IEC 60384-14)High voltage tolerance, compact designLimited lifespan (10,000 hours), polarized, electrolyte leakage risk
Film CapacitorsHigh-frequency circuits, industrial gearStability: ±1% tolerance (Industry Standard), Temp Range: -40°C to +125°C (▲)Non-polarized, long life, high reliabilityLower capacitance density, bulkier for high values
Graphene-Based SupercapsAerospace, high-performance techCapacitance: 800F (▲▲ vs Base 500F), Energy Density: 60 Wh/kg (▲▲, IEC 62718)Ultra-fast charging, enhanced thermal stability, 2,000,000+ cyclesHigher cost, niche applications, limited scalability

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