INNIO is empowering the transition to net zero – with energy solutions and services that are flexible, scalable, and resilient.

INNIO Jenbacher’s hydrogen-to-power solution is leading the transition to green power on a global scale. Our technology converts stored green hydrogen – created using surplus green power from a wind farm – to power and heat. Storability is what makes this solution possible. In Patagonia, Argentina, the hydrogen—which can be stored for weeks or months—is electrifying homes and businesses.

The new modern and flexible combined heat and power plant replaces the coal-fired power plant on the Kieler Förde with INNIO’s Jenbacher technology. Thanks to its high efficiency and the environmental benefits of gas, the new facility is reducing its carbon dioxide emissions by 70%, equivalent to an annual saving of almost 1 million metric tons of CO2 or removing 500,000 cars from the road. Going forward, INNIO Jenbacher is working with Stadtwerke Kiel to make the coastal power plant climate-neutral by using green gases with a higher hydrogen content.

The largest private real-estate development in US history, the project transformed the West Side of Manhattan by developing 17 million square feet of commercial and residential space. Hudson Yards is innovating by incorporating a 13.2 MW INNIO Jenbacher CHP system to decrease energy costs and improve resiliency across the site.

Microgrids are decentralized power solutions that produce energy and supply it to the local consumers. Watch this film to see how an airport in Pennsylvania uses INNIO Jenbacher´s innovative technology in a first-of-its-kind solution ensuring greater power reliability, enhancing public safety and creating cost efficiencies.

Although new technologies in fuels and energy sources are being developed, the current installed base of natural gas generators needs to reduce CO2e emissions now. That’s why INNIO supported Ember Resources in navigating various emission reduction programs while upgrading our Waukesha engines that are in operation to reduce their CO2e footprint.