Here’s the truth:

What batteries can do and what they should do are not the same. We have a powerful solution for you.

We protect & enable batteries.

  • Our products are physically flexible providing more placement options than you have ever had. We are expanding the energy storage infrastructure outside the space typically dedicated for energy storage.

  • Batteries are generally low power, long lasting, energy storage devices. The PowerLink uses supercapacitor technology to provide high power, rapid response energy storage. By using batteries and supercapacitors together, we can use each energy storage part for what it does best.

  • The PowerLink is modular solution that can be easily scaled to higher voltages or power levels with series and parallel connections.

Key features:

The PowerLink is a drop-in high power energy storage solution that connects to sources and loads. Its unique form factor unlocks advantages such as not competing for space with batteries in space constrained applications.

We’re Here to Help

We hide supercapacitors in a flexible conduit to add the effects of supercapacitors without the challenge of finding space for them in the system to achieve unrivaled performance.

Impact

Our PowerLink modules listed below are standard sizes that can be connected in series or parallel to meet higher voltage, peak power, or storage capacities. Standard specifications include:

More power & higher performance in less space with less money.

6x Power 30% ROI

  • Fits inside 5” conduit that is ~3.5ft long and delivers 9kW of peak power. Modules can be connected in series or parallel to meet voltage, energy, and power requirements.

  • Fits inside 7” by 2” ribbon that is ~8ft long and delivers 72kW of peak power. Modules can be connected in series or parallel to meet voltage, energy, and power requirements.

  • Ask us how to connect those modules in series or parallel to meet higher voltage, peak power, or storage capacities.

Operating voltage range: 12V to 1024V

Operating temperature range: -40C to 65C

Peak Power Capacity: Scalable upon request

An ideal energy storage system features both batteries and supercapacitors.

Not all energy storage devices are created equally. Not even all batteries are created equally. At its highest level, there are devices designed to deliver energy over long periods of time and there are other devices designed to deliver energy very quickly. An ideal energy storage system will feature both.

For example, batteries and fuel cells are designed to deliver energy over long periods of time. Supercapacitors are designed to charge and deliver energy quickly. Many applications require the capabilities of both, but there is only enough space for one or the other leading to a difficult engineering tradeoff. The PowerLink is designed to alleviate that challenge leveraging form factor to fit supercapacitors within available space in the system.

Free Consultation

For questions, issues, sales, or if you have an idea for a project or collaboration, please contact us for a free consultation. Typical responses are within 24 hours. 

Email: hello@capacitechenergy.com

No tradeoff.

The engineering tradeoff to adopt supercapacitors for batteries is high due to the lack of space to add them. To add supercapacitors generally means to use fewer (or smaller) batteries. Capacitech installs supercapacitors in new places to avoid these kind of design tradeoffs.

More power.

Supercapacitors are powerful. They feature a very high power density to deliver >10x more power than batteries. The benefit of having more power, is the ability to turn on a larger load than what batteries can on their own. By connecting supercapacitors in series and parallel, supercapacitors can complement batteries from small electronics to solar farm applications.

Discrete.

Capacitech’s form factor innovations are designed to be a discrete and distributed network of supercapacitors running between solar panels, batteries, inverters, and the loads they are powering. We optimize design and performance to reduce additional capital expense and ongoing operating expenses.