Kohler Engines and Grastim Sign Agreement for Hydrogen Ready Plant
Kohler Engines, a Kohler company that has specialized in engine production since over a century, and Grastim, a JV specializing in high-efficiency technology solutions, have signed an agreement for a new hybrid self-generation plant at the historic Reggio Emilia facility. The project includes a 2 MW trigeneration plant and an 860 kW photovoltaic park integrated with each other, as well as the possibility of also being powered by hydrogen (hydrogen ready).
The two plants together, trigeneration and photovoltaics, will have important environmental and economic impacts: they will ensure a CO2 reduction of up to 1,300 t/year, equal to almost 20 percent (19.5 percent) of the site's energy emissions, and energy cost savings of up to 15 percent.
In parallel Kohler will be deploying Heila Technologies, a Kohler company, Heila IQ system to monitor and optimize plant energy use.
Core to the plant is an INNIO Jenbacher natural gas engine, distributed by another Kohler company, Clarke Energy. It is a new state-of-the-art engine that compared with others on the market provides even more flexibility in fuel choice, more efficiency, and cost and CO2 emission savings.
The entire hybrid plant is already set up for the future: photovoltaics could be extended over parking areas and other buildings for up to an additional 2 MW, and the cogeneration module is already hydrogen ready, meaning it is capable of being powered by up to 20 percent hydrogen in the fuel mix. Green hydrogen would also potentially be producible on-site by electrolysis, in case of excess PV production, and then be reused in the trigenerator.
With this transaction, Kohler Engines confirms its strategy of increasingly focusing on environmental sustainability, investing in multiple technological solutions on the road to energy transition. For its part, Grastim further expands and integrates its high-efficiency technology solutions for large industrial players committed to decarbonizing their manufacturing operations.