Design it. Simulate it. Perfect it.
Bring your ideas to life, faster. Our SPICE models and design simulators let you simulate real-world performance, so you can explore, refine, and perfect your designs with confidence.
Green Energy
Balance and boost your grid.
Supercapacitors stabilise power, capture renewables efficiently, and buffer demand spikes—making energy systems cleaner, more responsive, and more reliable.
Grid Stabilization
Provides instant response to voltage dips or spikes.
Wind Turbine Pitch Control
Powers blade angle adjustments even in blackouts.
Solar Energy Harvesting
Stores and releases power quickly to supplement solar panels.
Microgrid Buffering
Smooths power delivery in remote or renewable-powered grids.
Capture and Release Energy from Renewables
Supercapacitors store energy harvested from solar panels, wind turbines, or vibrational energy sources and release it on demand to support load balancing or device activation, especially in off-grid or remote locations.
Stabilise Renewable Power Output
In systems with variable generation, such as wind and solar, supercapacitors absorb power surges and fill in gaps to maintain a steady output, reducing strain on downstream batteries and improving overall system performance.
Charge Fast, Cycle Longer
Unlike batteries, supercapacitors recharge in seconds and maintain high performance over more than a million cycles, making them ideal for frequent charge/discharge environments like microgrids or autonomous sensors.
Sustainable, Maintenance-Free Storage
With no hazardous materials and long operational life, supercapacitors offer a low-maintenance, eco-conscious alternative to traditional energy storage, particularly in sustainability-focused applications.
Bridge Power During Source Transitions
Supercapacitors provide seamless energy delivery when switching between multiple sources (e.g., from solar to grid), preventing dips in voltage that can disrupt sensitive equipment or control systems.
Selecting Your Supercapacitor
Sizing the supercapacitor to your application is essential to maximise operation according to your required voltage and energy, package size and life constraints. With CAP-XX’s large range of supercapacitors, from 0.09F to 2.4F in our prismatic range and 1F to 3000F in cylindrical cans, we are able to meet whatever your application needs.
CAP-XX has a range of Application White Papers to assist customers’ design with supercapacitors. For more information please follow the link below.
Custom Power. Made Simple.
CAP-XX can provide you a detailed technical proposal showing the supercap performance and life in your application.
Download the application for below and email to sales@cap-xx.com.
