3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications

3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications

  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
Summary
3.0V 1650F Supercapacitor with high energy density and dry electrode technology, offering over 10% higher performance than traditional capacitors. Ideal for renewable energy storage, EVs, and industrial applications, it ensures long cycle life (1 million+), extended DC lifespan under high humidity, and reliable operation from -40°C to +65°C. Weldable terminals, low ESR, and RoHS/REACH compliance make it perfect for demanding power solutions.More
Specifications
Rated Voltage:
3.0V
Rated Capacitance:
1650F
Operating Temperature:
-40℃ ~ +65℃
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications
  • 3.0V 1650F Supercapacitor High Energy Density Dry Electrode Technology for Renewable Energy Storage and EV Applications

Product Advantages

Utilizing Self-produced dry electrodeCompared with traditional capacitors, the energy density exceeds 10%
Under high temperature and high humidity conditions, the DC life is longer than 1500 hoursLong life, more than 1 million times
Suitable for 3.0V and above high voltage capacitors


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