Huahui Energy 2.7V 20F Super Titanate Capacitor for IoT products

In today’s rapidly evolving technological landscape, efficient and reliable energy solutions are critical for a wide range of applications.

Limitations of Traditional Supercapacitors:

• Low Energy Density
  • Issue: Supercapacitors have a lower energy density (typically 5-50 Wh/kg) compared to lithium batteries (100-265 Wh/kg), limiting energy storage capacity.
  • Impact: IoT devices requiring prolonged power (e.g., remote sensors) may need frequent recharging or hybrid battery setups, increasing system complexity.
  • Example: Environmental monitoring devices relying solely on supercapacitors may fail to sustain weeks of data collection.
• High Self-Discharge Rate
  • Issue: Supercapacitors self-discharge at 5%-40% per day, far higher than lithium batteries (1%-5% per month).
  • Impact: Long-idle devices (e.g., emergency sensors) may lose power rapidly, risking failure.
• Voltage Limitations
  • Issue: Single-cell supercapacitors typically operate at 2.5-3.5V, often requiring series connections to meet higher voltage demands (e.g., 5V/12V).
  • Challenge: Series configurations reduce capacity, introduce voltage-balancing issues, and increase circuit complexity/cost.
  • Application Constraint: High-voltage uses (e.g., industrial gateways) need additional DC-DC conversion, lowering efficiency.
• Higher Cost
  • Material Cost: Reliance on activated carbon, graphene, etc., makes high-capacity supercapacitors more expensive than lithium batteries.
  • Cost-Effectiveness: Less viable for low-cost IoT devices (e.g., disposable tags), but suitable for premium applications (e.g., smart meter backup).
• Temperature Sensitivity
  • High-Temp Risk: Electrolyte degradation at high temperatures reduces performance (e.g., capacity loss, increased ESR).
  • Low-Temp Limit: Electrolyte conductivity drops in extreme cold (e.g., -40°C), impairing discharge.
  • Mitigation: Wide-temperature models (e.g., -40°C to +85°C) are available at higher costs.
• Size and Weight
  • Physical Constraints: For equivalent energy, supercapacitors are bulkier than batteries, limiting use in compact devices (e.g., wearables).
  • Design Trade-off: Smartwatches may opt for thin-film batteries to save space.
• Complex Power Management
  • Charge/Discharge Control: Rapid energy transfer demands precise voltage/current regulation to prevent overcharging or device damage.
  • System Design: Requires dedicated PMICs (Power Management ICs), raising development costs.
• Cycle Life Misconceptions
  • Pros & Cons: While rated for 500,000+ cycles, real-world lifespan is affected by humidity/temperature, often falling short of claims.
  • Maintenance: Long-term use still requires periodic performance checks, especially in harsh environments.

The Huahui Solution: 2.7V 20F Super Titanium Capacitor (Model: TC1015)
Hunan Huahui New Energy addresses these challenges with its 2.7V 20F Super Titanium Capacitor (Titanate Capacitor), combining compact size (high energy density in minimal dimensions), exceptional performance, and ultra-long lifespan. Ideal for rapid charge/discharge and stable power scenarios, it excels in:

• Grid circuit breakers
• Smart water/electric meters
• Router backup systems
• IoT data loggers

Key Advantages of Huahui’s Super Titanium Capacitor

• Compact Size, High Capacity
  • Just Φ10×15 mm (2.4g) with 20F capacity, perfect for space-constrained IoT sensors and portable electronics.
• Ultra-Low Leakage (<1μA over 72h)
  • Minimal energy loss enables long-term operation without frequent recharging—ideal for smart meters and data loggers.
• Exceptional Cycle Life (>100,000 cycles)
  • ≤30% capacity decay after 100,000 cycles, outperforming traditional supercapacitors in high-frequency applications like grid breakers.
• Wide Temperature Range (-40°C to +85°C)
  • Reliable in extreme cold/heat, suited for outdoor smart meters or industrial IoT.
• High Power Density (2.4 kW/kg)
  • Delivers instant high-current bursts for router backup or breaker tripping mechanisms.
• Safety & Eco-Friendliness
  • RoHS-compliant, puncture/overcharge/short-circuit resistant, non-explosive, and flame-retardant.

Typical Applications

• Smart Water/Electric Meters
  • Self-discharge rate ≤3% over 1,000 hours + long lifespan = maintenance-free operation.
• Grid Circuit Breakers
  • 2,500mA peak current (1s) ensures instant tripping for grid safety.
• Routers & IoT Data Loggers
  • High energy density (>30 Wh/kg) safeguards data during power outages.
• Industrial Control Systems
  • Stable performance for 18+ months in automation equipment/sensor networks.

Why Choose Huahui?
Unlike conventional capacitors/batteries, the TC1015 is optimized for high-power, low-energy needs, excelling in:

• Rapid charge/discharge (e.g., SSD backup, medical emergency power).
• Maintenance-free operation (e.g., wireless sensor nodes).
• High reliability (e.g., vehicle event recorders).

Note: The TC1015 is not designed for large-scale energy storage but shines in instant power delivery, longevity, and miniaturization.

Upgrade Your Next-Gen Devices with Huahui’s Power—Contact Us Today!