Practical Clean Power Begins With Intelline
Why Choose CAVIE systems?
Easy, Scalable Deployment
From a few kilowatts to hundreds of megawatts, rapidly deploy power to meet demand when it is needed. Easily add capacity as your operation scales.
Zero-Downtime Power
Multi-module systems can be configured as partially or completely redundant. 800+kW systems offer zero-downtime service. Ultra-fast and easy service is accomplished by quick module swaps, maximizing your operation's uptime.
<2 year ROI
Fuel agnostic capability to protect against fuel price volatility, combined with the lower consumption and maintenance needs, results in a payback period less than 2 years for most industrial use cases.
Built to Last
CAVIE systems are designed for heavy-duty industrial needs from day one. Our systems are designed to be familiar, rebuildable, and rugged, providing dependable power for decades of use.
Discover CAVIE Modules
Up to 40% lower fuel consumption.
CAVIE modules are the heart of the modular linear generator. Conventional engine technology has a limited ability to adapt to changing conditions and loading demands; therefore, efficiency in real world use suffers. CAVIE modules can adjust key physical parameters of the generator (displacement, compression, valve lift and timing, and fuel injection) to maintain high combustion efficiency across a wide range of loading.
Zero-emissions capable.
The ability to adjust displacement and compression allows multi-fuel equipped systems to switch fuel types at any time. Modules can switch from fossil fuels to biofuel, synthetic fuel, or even hydrogen without changing the hardware. The CAVIE™ architecture makes it easy to retrofit new fuel systems in the future as well.
Stackable to 2MW power output.
CAVIE™ modules are designed for up to 50kW output from a single module and can be stacked together in a single enclosure for higher power outputs, up to 2MW. Multiple CAVIE™ modules offer even greater load matching capability as individual modules can deactivate completely when not needed.
