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Imagine a factory where machines never slow down. In today’s manufacturing, every minute is valuable. Automated Guided Vehicles (AGVs) help move materials quickly, but battery-powered ones often need long breaks. They can be off for five to six hours a day to charge batteries, causing a 20 percent loss in work time. Hydrogen-powered AGVs change ...

Andrew is the Director of Government Affairs at Plug. He works with key stakeholders and external partners to navigate state, local, and federal challenges. He assists with permitting and regulatory issues while planning for future growth. His goal is to create a favorable political environment for Plug. From Air Liquide to Plug: A Unique Journey ...

Hydrogen is emerging as a key energy source in the shift towards a greener future. It offers a sustainable alternative to fossil fuels, helping reduce carbon emissions and support cleaner technologies. Hydrogen production plants play a vital role in producing and distributing this energy on a large scale. Plug stands out as a leader in ...

Marissa Eagan is a GenDrive Production Planner at Plug, serving as the key link between various departments. In her words, “I spend a lot of time coordinating between our Production, Sales, Finance, Engineering, Purchasing, and Logistics Teams to make sure our units can be built, tested, and shipped to our customers.” A New Adventure at ...

Telecommunications are essential in our everyday lives, enabling communication for both personal and business needs. With the increasing reliance on continuous connectivity, having a reliable power supply is crucial to avoid interruptions in service. However, power outages caused by natural disasters, grid failures, or equipment issues are a common challenge for telecom companies. When the ...

Phillip Roberts works as a Field Service Technician at Plug. His role involves repairing and diagnosing hydrogen fuel cells while ensuring client satisfaction. “I work directly with our clients to make sure we meet their expectations,” Phillip explains. Journey to Plug Phillip’s entry into Plug was unexpected but rewarding. After working in home delivery, he ...

Last week, Plug hosted its sixth Plug Symposium at our headquarters in Slingerlands, NY—bringing together industry leaders, innovators, and visionaries to explore the transformative potential of hydrogen technology. For those who missed the live event, the entire 4-hour symposium is now available online, offering an in-depth look at our strategic vision and the future of ...

What do you get when you combine a jiu jitsu competitor, a chemist, and a Tik Toker whose dog has more than 38 million video views? That’s not a joke, it’s Amina SubLaban, one of Plug’s R&D Engineers whose focus is PEM electrolyzers. Amina, who has worked at Plug for the last two years, focuses ...

The hydrogen industry is rich with opportunities for professionals across various disciplines. On October 8th, Hydrogen and Fuel Cell Day, Plug hosted an informative webinar that explored career paths within this dynamic field. Nadia Alvarez, our Talent Acquisition Operations Manager, moderated a discussion featuring insights from panelists Meryl Mallery, Vice President of Engineering, and Tim ...

As the world moves toward a sustainable future, Plug is taking bold steps to lead the charge. CEO Andy Marsh, recently appointed chairman of the U.S. Net Zero Advisory Board for Northern Ireland, is playing a pivotal role in advancing clean energy solutions. His leadership, coupled with Plug’s innovations, positions the company at the forefront ...

“I wanted to find a company that would challenge me and motivate me and when I saw Plug and all that they were doing, I knew this was a great opportunity and I had to go for it.” Ashley Chicorelli has been with Plug as a Total Rewards Specialist in the Human Resources department since ...

PEM (Proton Exchange Membrane) fuel cells are a key part of the growing movement towards clean energy solutions. Unlike traditional energy sources that rely on burning fossil fuels, PEM fuel cells use hydrogen and oxygen to generate electricity electrochemically, producing only water and heat as by-products. This makes them one of the cleanest energy technologies ...