As the global speed towards global speed and the speed of clean transport gains, industry trailblazer stability, innovation and reaches the future of mobility with a strong emphasis on access. In this special interview, we are attached to Mobec founder and CEO Mr. Harry Bajaj to reveal our vision and leadership in shaping India’s electric dynamics landscape.
This conversation looks deeply on the EV ecosystem to develop, exploring important topics such as electric mobility adoption, mobile EV charging innovation, battery recycling, infrastructure development and renewable energy integration. Mr. Bajaj shares the overall approach of Combake to enable a smart, cleaner and more connected transport future.
By addressing the range of range with portable charging solutions to support national net-zero ambitions through battery circulatory and resource recovery, Mr. Bajaj has highlighted how innovation innovated under the influence of the real world can run an inclusive and permanent dynamics revolution.
Vision and leadership
What did you inspire power dynamics and renewable energy sector?
In fact, inspired me to enter the power dynamics and renewable energy sector, which was a deep urge to challenge the status quo and bring real, tangible changes. We saw a clear difference in India’s EV ecosystem range concern, accessible charging infrastructure deficiency and high -existence on imports for critical battery materials. These were not just technical issues; They were preventing wide EV adoption.
Mobec started by solving one of the most immediate problems. We developed easy-to-use for businesses, portable fast chargers and Comback Mini Backup generators to ensure uninterrupted power, which can be easily used for portable charging, diagnostics, sales and support, Mobility-e-Service (MAAS), Fleet Support Services, and more.
We felt that true stability is beyond charging, this requires reducing our dependence on imported materials and embrace a circular economy. This inspired us to set up our own battery recycling plant, where we now recover important elements such as lithium, cobalt, nickel and rare earth metals. This not only contributes to resource efficiency, but also aligns India’s vision for self -sufficiency in clean energy.
Ultimately, my inspiration comes from the belief that innovation should solve real problems. Mobec’s commitment to make EV charging easier and reliable as filling petrol, accelerates changes in clean, permanent mobility for all.
As the founder and CEO, how would you define the main mission of your company in terms of sustainable mobility?
Our main mission is to redefine India’s way of running – clean, connected and convenient dynamics not only as a privilege, but as the primary form of permanent movement. We are building portable EV charging solutions, creating a flexible circular economic ecosystem that supports transition to permanent energy. By combining energy storage, real -time dynamics services, energy dispensing solutions, innovation in other life applications and circular battery practices, we aim to eliminate range anxiety, reduce infrastructure dependence on infrastructure and really enable the green future for dynamics.
EV battery infrastructure
What are important challenges in setting up a reliable EV battery infrastructure in India?
Establishing a strong EV battery infrastructure in India is a versatile challenge. One of the primary barriers is particularly high capital requirement for mobile EV charging units that demand significant investment in battery storage systems and rapid changing techniques. Additionally, the absence of integrated charging standards and the complexity of integrating with the existing power grid makes the deployment even more difficult.
Regulatory uncertainty and ups and downs energy tariff further reduced the speed of infrastructure expansion. In many areas, access to the power grid is limited, and where it is present, the slow charging speed reduces the overall efficiency of the system.
There are also soft challenges to consider: less public awareness, slow users adopt, and a skilled workforce for management of logistics and operations. Training and maintaining such talent is often ignored but seriously important.
To address these issues, India needs further policies, aggressive innovation in batteries and charging technologies, clever grid integration and adequate private sector investment. Only then can we create an EV infrastructure which is scalable, inexpensive and durable.
How to meet the issues related to energy distribution standardization, safety and swapping activities to meet your organization supply and demands?
We take a structured, three-step approach, which is to remove the major concerns to balance the energy dispensing standardization, safety, and demand with demand.
Before any product takes size, we focus too much on resource inspection, availability and capacity – ensuring that the foundation of our development is strong, scalable and reliable.
During product development, our team invests deeply in widespread R&D, where each component is tested for endurance and safety in real world conditions. We also find out many solutions to the same challenge, so we do not boxing in one approach – this flexibility allows us to meet the needs of different customers in areas and vehicle types.
Once the product is out, we do not stop. We actively collect the response and use a recurring model such as a waterfall or spiral life cycle, which means that each version of our product is part of a continuous cycle of improvement – from planning and processing to output, reaction and purification.
Each step taken by us is designed to ensure safe, clever and more standardized energy distribution for a permanent EV ecosystem.
Future of permanent mobility
What role do policy and government incentives play in accelerating adoption?
Policy and government incentives play an important role in accelerating EV adoption by creating a favorable environment for manufacturers and consumers. By reducing import duties on major materials such as subsidy, tax profit, and cobalt and lithium-ion battery scraps, as the Union Budget is seen in 2025 governments, makes EVS more cheap and accessible. These measure low production costs, encourage battery recycling, and strengthen overall EV ecosystems. We see such an initiative as important steps towards advancing clean, skilled and durable dynamics in India.
How is your company aligning with national or global stability goals, such as carbon neutrality or net-zero goals?
The mission of Mobec is firmly associated with the stability goals of India and the global community, including carbon neutrality and net-zero goals. Through our innovative green dynamics and energy solutions, we are actively lowering the environmental impact in the battery life cycle.
Our battery uses state -of -the -art technology to recycling initiatives, lithium, cobalt, nickel, copper, and virgin resources to recover significant materials to reduce dependence on virgin resources. With processes such as blackmas and mineral extraction, we support the manufacture of a high-demonstration battery from recycled materials, strengthening a circular economy.
Additionally, we focus on batteries renewal and second-life applications, ensuring that the battery used is tested, upgraded, and renovated for home and commercial energy storage, which reduces waste and maximizes the battery life.
Renewable energy integration
How is renewable energy integrated into your energy dispensing, ESS and power backup generation solutions?
For us, renewable energy is one of the main columns of our products. We actively integrate solar energy technology to create a multi-channel approach for clean energy distribution in our energy dispensing units, ESS (energy storage systems), and power backup solutions.
This means that our products are designed not only to attract electricity from the traditional grid, but also wherever possible, solar energy is also exploited – to ensure that we can meet growing energy demands by reducing our carbon footprint. By enabling hybrid energy sourcing, we provide users a route for flexibility, reliability and most importantly, reliable energy access.
Concluding reflection
What would you recommend startups and entrepreneurs to create an impression in clean technology and dynamics?
For those entering this place, it is necessary to think beyond short -term victory. Pay attention to the construction solutions that are scalable, efficient and really durable. Surround yourself with a team and partners who believe in large objectives, not only the product. Regulatory landscapes may be shift and technologies can develop, but if your foundation is inherent in impact and innovation, you will be ahead. Clean mobility is future and this construction demands patience and accuracy.
Finally, what heritage do you expect to leave behind in the scope of sustainable transport and energy?
If Mobec can be remembered as a catalyst that helped eliminate range anxiety, made renewable energy easily accessible, and built a mentality for businesses and communities to use available resources, then, for me, for me, is worth a legacy. It is about to prove that innovation at the same time can be responsible, scalable and deeply human.
