The world needs to go towards clean energy.
An industry is growing.
The best solutions will lead the clean energy revolution.
hygrid Powerplants will be running by 2027.
hygrid energy
With hygrid PowerPlants communities and companies will gradually produce cleaner energy over time. And with the hygrid VirtualGrid App they will balance all their energy sources between efficient and sustainable.
See the vision
Our people
hygrid’s team has a deeply rooted understanding of the interplay of mechanical engineering, the hydrogen economy and the energy-needs of present and future societies. With a clear goal: Making clean energy production available and viable for everyone.
Meet the team
How it works
We will see grids becoming cleaner and cleaner everywhere.
We help install everything safely and cost-effectively.
hygrid’s Solid Oxide Fuel Cells take a wide range of fuels and transform them into energy.
The hygrid VirtualGrid monitors all energy sources, finding the perfect balance between efficient and sustainable.
Power generation
Our solid oxide fuel cell system will be capable of running as an electrolyser for hydrogen production or as a fuel cell for electricity production – using a wide range of fuels, including natural gas, renewable biogas or hydrogen.
Hygrid's core tech
VirtualGrid
Our business strategy pivots around system integration in the renewable energy market, focusing on data optimisation.
Hygrid's core tech
News & Views
· By the Founders
Twenty years designing power for hospitals, data centres and industry kept leading Harshal Sankhe to the same problem. In this one-minute film, he explains how it became hygrid.
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· Net Zero
When I wrote this post last week, the weather outside felt ominous. Hurricane Helene attacking Florida USA: ‘Unsurvivable scenario’ in coastal area as Category 4 hurricane hits Florida.
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· Hydrogen
In the world of energy, two elements have played pivotal roles—oil and hydrogen. Their stories intertwine with our quest for power, sustainability, and innovation. From Colonel Drake’s discovery of oil in Pennsylvania in 1859 to Henry Cavendish’s identification of hydrogen in the 18th century, these elements have shaped our industrial and economic landscapes in profound ways. Oil fueled the rapid industrialization of the 20th century, becoming synonymous with progress and modernity. Yet, this prosperity came at a significant environmental cost, contributing to the climate crisis we face today. In contrast, hydrogen, with its clean and sustainable properties, was overshadowed and largely forgotten after the Hindenburg disaster. Today, as the world grapples with the urgent need to combat climate change, hydrogen is making a strong comeback. Innovations in hydrogen storage and transportation, along with its versatile applications in the energy sector, transportation, and industry, position hydrogen as a key player in the future of clean energy. Companies like hygrid are leading the charge, developing hydrogen fuel cells that offer efficient and environmentally friendly power solutions. This article delves into the history of oil and hydrogen, explores the challenges and innovations in hydrogen storage and transport, and highlights the environmental benefits and diverse applications of hydrogen energy. By understanding the past and embracing the potential of hydrogen, we can pave the way for a sustainable and prosperous future
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· Hydrogen
Hydrogen: The Lightest Molecule, The Heaviest Impact. Discover the Future of Clean Energy. As the AI booms, the electricity grid struggles. Can hydrogen be key here?
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· Community
The article addresses challenges in renewable energy generation, workforce growth and how hygrid is on a mission to train engineers from rural India.
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