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  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
  • High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles
High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles

High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles

$25.00-$85.00/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 200 pieces）
Customized packaging（Min.Order: 200 pieces）
Graphic customization（Min.Order: 200 pieces）
View product details

High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Energy Storage: Designed to deliver rapid charge/discharge cycles (ideal for regenerative braking in electric vehicles and power backup systems).
  • DuraBlue Durability: Built with a robust cylindrical design and advanced materials to withstand harsh environmental conditions and frequent use.

Key features

  • 1. DuraBlue Composite Material Technology

    • With DuraBlue composite material, ensure reliable performance in harsh automotive environments. This robust construction withstands extreme temperatures and vibrations, outperforming standard capacitors in durability*.

  • 2. Cylindrical Design for Seamless Integration

    • With a sleek cylindrical shape and surface mount terminals, easily integrate into compact automotive and electronic systems. This design reduces space constraints compared to traditional rectangular capacitors*.

  • 3. 3000F High-Capacity Storage

    • With a 3000 Farad capacitance, deliver rapid charge/discharge cycles critical for electric vehicles and power backup systems. Offers ~40% higher energy density than conventional supercapacitors* for instant power bursts.

  • 4. Automotive-Grade Performance Solutions

    • Designed for automotive applications, this supercapacitor provides stable power for EV systems, enabling quick acceleration and regenerative braking. Ideal for scenarios requiring continuous operation under high stress*.

  • 5. Enhanced Safety Standards

    • With a 10V breakdown voltage rating, exceed safety thresholds of standard capacitors*, ensuring reliable operation in high-power automotive circuits. Built to meet rigorous industry reliability benchmarks.

Product details

High Quality Maxwell Electrolytic Super Capacitors 2.7v 3000 f 3000f Supercapacitor Battery For Electric Vehicles

The Maxwell High Quality Electrolytic Super Capacitor (2.7V, 3000F) combines high energy density with rapid charge/discharge capabilities, designed for demanding applications like electric vehicles and automotive systems. Built with DuraBlue technology, it ensures durability under harsh conditions while offering a compact surface-mount design for seamless integration.

Technical specifications

FeatureSpecificationBenefit
Voltage Rating2.7V DCOptimized for low-voltage, high-power use
Capacitance3000 FaradsEnables quick energy delivery
Energy Capacity3.0 WhSufficient for power backup or bursts
Tolerance±10%Ensures consistent performance
Breakdown Voltage10VSafeguards against overvoltage spikes
Packaging TypeSurface MountEasy integration into electronic systems
ApplicationAutomotive, ACIdeal for EVs, renewable energy systems

Customization guide

Adjustable parameters:

  • Capacitance (3000F base): Scale up/down to match power density needs of automotive or industrial systems.
  • Voltage Rating: Customize for higher or lower voltage applications while maintaining safety margins.
  • Terminal Configuration: Modify for specific mounting requirements in compact devices.

Get inspired

With Maxwell’s DuraBlue technology, this supercapacitor delivers unmatched reliability in extreme temperatures and vibration-heavy environments. Its 3000F capacitance allows for instant energy bursts—perfect for EV regenerative braking or stabilizing power in solar inverters.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Capacitance (F)3000+15% (3450F)+30% (3900F)*
Energy Capacity (Wh)3.03.453.9
Breakdown Voltage (V)10V12V15V
Operating Temp Range-40°C to +85°C-50°C to +105°C-60°C to +125°C

Supplier's note

  1. Technical Breakthroughs:

    • 3000F Capacitance: 20% higher than industry-standard supercapacitors, enabling faster charge cycles.
    • DuraBlue Coating: Reduces corrosion by 50% in humid environments compared to competitors.
    • ±10% Tolerance: Ensures precise performance in precision automotive control systems.

  2. Version Selection Guidance:

    • Base Model: Best for standard EV applications (e.g., low-power regenerative braking).
    • Advanced Model: Ideal for hybrid systems needing wider temperature tolerance (-50°C to +105°C).
    • Pro Model: Tailored for heavy-duty automotive or aerospace, with triple the breakdown voltage of base models for high-stress scenarios.

Example Use Case: The Pro version’s 15V breakdown voltage ensures safe operation in electric truck powertrains, while its 3900F capacitance provides 30% more energy for extended hill-climbing support.

Frequently asked questions

  • Which Maxwell supercapacitor model is best suited for electric vehicle applications?

  • How do I maintain a Maxwell 2.7V 3000F supercapacitor for automotive use?

  • What are the key differences between Maxwell supercapacitors and lithium-ion batteries?

  • Can the Maxwell 2.7V 3000F supercapacitor be customized for surface mount designs?

  • Is the Maxwell 3000F supercapacitor suitable for renewable energy storage?

  • What certifications does the Maxwell 2.7V 3000F supercapacitor have for automotive use?

  • How does the 3000F capacitance benefit electric vehicle performance?

  • What’s the lifespan of the Maxwell 2.7V 3000F supercapacitor compared to traditional capacitors?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Maxwell Base SupercapacitorElectric vehicles, automotive systems3000F(ISO 68), 2.7V(IEC 60068-2-3), 10V breakdown(IEC 60384-14), ±10% tolerance(ASTM B193)High power density for rapid charge/discharge, durable DuraBlue technology*Lower energy density than batteries, higher cost than basic capacitors
Maxwell Advanced SupercapacitorHigh-power applications (e.g., regenerative braking)4000F▲▲(ISO 68), 3.0V▲(IEC 60068-2-3), 12V breakdown▲▲(IEC 60384-14), ±5% tolerance▲(ASTM B193)Enhanced energy storage, ideal for demanding applications like hybrid systemsPremium pricing, bulkier design
Industry Standard SupercapacitorGeneral electronics2000F(ISO 68), 2.5V(IEC 60068-2-3), 8V breakdown(IEC 60384-14), ±20% tolerance(ASTM B193)Cost-effective, widely accessibleLimited power handling, slower charge/discharge
Lithium-Ion BatteryPortable electronics, EVs150–250 Wh/kg(IEC 62660), 3.7V nominal(IEC 61960)High energy density for long runtime, lightweightSlow recharge, risk of thermal runaway, limited lifespan (500–2000 cycles)
Lead-Acid BatteryUPS systems, automotive starting30–50 Wh/kg(IEC 60095), 12V nominal(IEC 60095)Inexpensive, reliable for standby powerHeavy, environmental hazards (acid leakage), requires maintenance
PseudocapacitorHigh-energy storage applications500F(IEC 62391), 1.5V(IEC 62391), energy density between batteries/EDLCsBetter energy retention than supercapacitors (e.g., 5–10x higher)Fewer charge cycles (≈5000 vs. supercapacitors’ 1M), slower charge than EDLCs

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