Award-Winning,
Patented
Technology

Explore what makes dcbel different.

Award-Winning,
Patented
Technology

Explore what makes dcbel different.

Award-Winning,
Patented
Technology

Explore what makes dcbel different.

IEEE Award-Winning Technology

IEEE Best New Approach 2017

Best Thesis Award 2017

+200 Patents

+50 Technical Publications

PUC5 at Core

World’s first digital bi-directional inverter rectifier with the most efficient continuous power conversion.

A single DC source topology with no additional flying capacitor controllers, generating a symmetric 5-level quasi-sine voltage waveform output with low harmonic distortion.

Less than 3% THD (Total Harmonic Distortion)
99% PFC (Power Factor Correction)
Just 1/10th of the heat production compared to industry standards of DC to AC conversion
97.8% continuous efficiency at more than 7 kW on one PUC5

Protect Your Battery with PureDC

Energy management optimized to prolong battery life.
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Less Than 1% Ripple

dcbel™’s novel modulation method reduces ripple, diminishes battery overheating and prevents the malfunctioning of the DC circuit components in your EV and home.

Machine-Learning-Based Interaction with Equipment

Real-time data on your EV and back-up battery’s state of charge allows dcbel to coordinate the best way to deliver energy.

Reduces Battery Degradation

The patented five step smooth conversion using PUC5 maximizes the lifespan of your mobile and stationary batteries.

10kW Solar Inverter with MPPT

No need for multiple solar inverters to support a large solar power array.

A single dcbel unit with unique Maximum Power Point Tracking (MPPT) specifically designed to work with the PUC5 technology can support arrays of any capacity and ensure the industry’s best array to output ratio.

Being a digital inverter rectifier allows dcbel to operate efficiently at different voltage levels, allowing it to capture more of the sun’s rays throughout the day.

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Designed for Reliability and Scalability

Multiple Component Sources

Verified Supply Chain

Scalable Manufacturing

PUC5 requires fewer components (no GaN or SiC), which are easy to procure and manufactured by multiple suppliers.

Component supply chain analysis done by the largest electronic component distributor in the world.

Manufacturing planned and carried out by electronic design and manufacturing company that is a US military and smart grid certified provider.

Partnerships with Leading Institutes

High Accuracy Validation

Third-Party Tests

Academic partnership with ÉTS, a top Canadian engineering school specializing in applied power electronics.

Engineering validation and testing at ÉTS’ state of the art high power lab (GRÉPCI) and EV test centre.

Extensive thermal tests executed by third party CFD experts.

Multiple Component Sources

PUC5 requires fewer components (no GaN or SiC), which are easy to procure and manufactured by multiple suppliers.

Verified Supply Chain

Component supply chain analysis done by the largest electronic component distributor in the world.

Scalable Manufacturing

Manufacturing planned and carried out by electronic design and manufacturing company that is a US military and smart grid certified provider.

Partnerships with Leading Institutes

Academic partnership with ÉTS, a top Canadian engineering school specializing in applied power electronics.

High Accuracy Validation

Engineering validation and testing at ÉTS’ state of the art high power lab (GRÉPCI) and EV test centre.

Third-party Tests

Extensive thermal tests executed by third party CFD experts.

Orchestrate

Advanced algorithm derived by shrinking down the intelligence behind the management of sophisticated large hydro systems.

Real-Time Allocation

Integrates Weather Data & Utility Rates

Community-Grid Ready

Dynamic resource allocation based on the recalculation of energy consumption at every millisecond.

Reduce costs by 10-15% using micro weather forecasting and site-specific electrical utility rates.

Ability to build distributed power grids to leverage energy crowd-sourcing.

Real-Time Allocation

Dynamic resource allocation based on the recalculation of energy consumption at every millisecond.

Integrates Weather Data & Utility Rates

Reduce costs by 10-15% using micro weather forecasting and site-specific electrical utility rates.

Community-Grid Ready

Ability to build distributed power grids to leverage energy crowd-sourcing.