Apurva Energy Mobility Pvt. Ltd. is focused on developing innovative hydrogen-powered solutions for mobility, power generation and industrial applications.
Our technology approach combines hydrogen combustion, engine development, vehicle integration, testing and hydrogen infrastructure to create practical and scalable clean-energy solutions.
We are not only researching hydrogen we are developing practical applications built around hydrogen technology, from engine hardware to real-world vehicle and power systems.
Hydrogen brings a combination of combustion familiarity, energy density and application flexibility that suits demanding mobility and power requirements.
Hydrogen combustion in internal combustion engines provides a cleaner alternative to conventional fossil-fuel combustion.
Hydrogen-powered systems can significantly reduce dependence on fossil fuels and support cleaner mobility and power generation.
Hydrogen offers high energy content by weight, making it attractive for demanding mobility and power applications.
Hydrogen refueling can provide a practical refueling experience for suitable mobility applications.
Hydrogen technology can be applied across mobility, power generation, heavy-duty transportation and off-road equipment.
Engine technology, mobile power generation, heavy-duty mobility and off-road applications engineered as one connected hydrogen capability.
Hydrogen Internal Combustion Engine technology designed to provide a practical pathway toward cleaner mobility and power generation.
A hydrogen internal combustion engine based mobile power generation solution capable of serving as a primary or backup source of energy.
Hydrogen ICE solutions for heavy-duty transportation applications including trucks and buses.
Hydrogen powertrain solutions for challenging environments where clean and reliable power is required.
Development and testing capability that turns hydrogen combustion research into validated engine and vehicle technology.
Chassis dynamometer for high-speed testing of two-wheelers.
Chassis dynamometer designed for three-wheelers.
Eddy current dynamometer for multi-cylinder engines.
Transient dynamometer development capability.
Measurement of engine combustion characteristics.
Facility for measuring engine emissions.
A structured engineering path from hydrogen research through validation to deployment.
Hydrogen combustion and system research that defines the engineering direction.
Design and development of hydrogen internal combustion engine hardware.
Dynamometer-based testing, combustion measurement and emission evaluation.
Integration of hydrogen powertrains into vehicle and equipment platforms.
Calibration and refinement for efficiency, drivability and durability.
Moving validated technology toward practical, real-world application.
From highway freight to construction sites and industrial energy, hydrogen technology adapts to varied duty cycles.
Cars, buses, trucks and commercial vehicles.
Mobile and stationary hydrogen power generation.
Hydrogen-powered off-road and construction equipment.
Hydrogen solutions for industrial energy requirements.
Clean-energy solutions for demanding transportation applications.
Hydrogen-powered backup and distributed energy systems.
Hydrogen requires a fundamentally different infrastructure approach compared with conventional fossil fuels spanning production, storage, transportation, distribution, refueling and system-level optimization.
Hydrogen generation as the starting point of the energy chain.
Safe, pressure-managed storage suited to hydrogen's properties.
Movement of hydrogen from production points to demand centres.
Distribution and refueling infrastructure for end applications.
Use in mobility, power generation and industrial systems.
A growing portfolio of hydrogen-powered engine, power generation and vehicle technologies.
Apurva is working toward practical hydrogen solutions that can support India's transition toward cleaner mobility and energy.
Hydrogen powertrains for vehicles that move goods and people every day.
Mobile and distributed hydrogen power for demanding energy requirements.
Engineering approaches designed to move from prototype to deployment.
Whether you are exploring hydrogen mobility, power generation, engine development or hydrogen infrastructure, connect with our team to discuss your requirements.
Gat No 51, Off Main Road Warale, Post Ambethan, Tal-Khed, Dist-Pune
18°47'14.8"N 73°47'36.3"E