[ energy storage ]
The 200 kW MP200 setup inside Metalot ’ s Future Energy Lab for combustion tests . In 2023 , this system was upgraded to 500 kW and demonstrated again at the Swinkels Brewery . Photo By Bart van Overbeeke Photography
is hydrogen . Heralded as a cornerstone of the energy transition , hydrogen faces challenges in storage and transportation . Iron Power emerges as a transformative solution , leveraging its capacity to store energy from hydrogen in a compact and efficient manner . By overcoming the hurdles associated with hydrogen storage , Iron Power catalyzes the adoption of a hydrogen-based society . As a key component in the regeneration process , the cost of hydrogen significantly influences the overall economics of Iron Power . Ongoing efforts in the hydrogen sector and advancements in green hydrogen production are closely monitored , presenting opportunities and challenges for the Iron Power ecosystem .
As Iron Power continues to gain momentum , a nuanced analysis of its applicability in various industries becomes crucial . The predominant use of energy in industries is for heat , positioning Iron Power as a strategic player in addressing the heat-intensive demands of diverse sectors . The ongoing exploration of applications ensures that Iron Power aligns with industry-specific requirements , driving a targeted and effective energy transition .
About Metalot
Throughout this journey , the non-profit innovation center Metalot has been more than a mere facilitator ; it has been the linchpin connecting research , innovation , and industry . From the foundational collaboration with Eindhoven University of Technology to the emergence of startups and the evolution of different pilot systems , Metalot ’ s role is integral . As projects unfold and challenges are navigated , Metalot remains the driving force , steering the Iron Power ecosystem toward a future where sustainable , circular energy solutions redefine the norm .
36 Hydrogen Tech World | Issue 16 | June 2024