Products
Optimized & Industry-ready Solutions
For All Your Complicated Needs
We channel our enthusiasm and energy into every project we undertake. This quality not only fuels our adaptability but also empowers us to navigate and regulate any circumstance that comes our way.
At Apurwa Green Energy, we firmly believe in leading by example. We recognize that our clients are our most valuable resources, and it is our responsibility to ensure that their needs and expectations are not only met but exceeded. We place a strong emphasis on building lasting relationships, understanding that the success of our clients is intricately connected to our own.
As we envision a future where green energy plays a pivotal role in shaping a sustainable world, our goal is to become a global leader in Green Energy Research. We are dedicated to contributing to the green hydrogen sector and equipping it with the necessary skill sets to meet the ambitious target of Net Zero Emissions (NZE).
We invite you to join us on this exciting journey towards a sustainable future. Your continuous interest and affection are invaluable as we work towards transforming Apurwa Green Energy Research and Technology into a beacon of innovation and positive change.
Product SERVICES
H₂ Genset - The Mobile, Emission‑Free Power Generator
A proven hydrogen internal combustion engine (H₂ICE) from ApurwaGreentech, Pune. makes H₂Genset an exceptionally environmentally friendly and low‑maintenance source of energy, capable of serving as both primary and backup power.
Heavy-Duty Haulers: Trucks & Buses Powering India
Hydrogen ICE Vehicle of 18 T/ 48 T Truck and Buses with Vehicle Range in single Filling 400-450 km
Hydrogen Offroad Vehicles
ApurwaGreentech, Pune. makes H2 offroad for construction" refers to the emerging use of hydrogen power (H2) in heavy-duty off-road construction equipment, like hydrogen-powered machines, excavators and backhoe loaders.
Hydrogen storage and distribution
Conventional energy systems rely on mature infrastructures optimized for the specific properties of fossil fuels.
Hydrogen requires a fundamentally different approach due to its unique physical and chemical characteristics.
Key handling variables—such as fuel volume requirements, transportation distances, and existing infrastructure support—have a significant impact on costs.
Hydrogen’s full potential can only be realized by considering the entire supply-chain infrastructure holistically.
System-level optimization is essential across production, storage, transport, and distribution.
Hydrogen storage technology plays a decisive role in defining the overall hydrogen fuel infrastructure requirements.
