Mobec Innovation

Happy Earth Day

Today is a reminder that the future isn’t just imagined, it’s built.
India’s EV adoption is accelerating, but the real impact depends on how we power it.

At Mobec, we’re working towards a more sustainable energy ecosystem:
• Mobile EV charging that brings power where infrastructure falls short
• Energy storage systems for reliable, everyday energy use
• Battery recycling that brings critical materials back into the loop

Because sustainability doesn’t stop at adoption, it continues through how we deliver, store, and reuse energy.

Explore more: www.mobec.io
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India’s EV transition is accelerating.

With 2.3M+ EVs sold in 2025, the demand for lithium is rising rapidly.

As highlighted by the Ministry of Mines, Government of India, lithium sits at the core of modern mobility and energy systems.

But the real challenge begins after lithium is used.

Because lithium doesn’t disappear.

It either becomes waste, or it becomes an opportunity.

This is where circularity matters.

At Mobec.io, we are enabling the next phase of the lithium lifecycle:

• EV charging solutions that power lithium-driven mobility

• Energy storage systems that maximize lithium usage across applications

• Lithium-ion battery recycling that recovers lithium and other critical materials

By recovering valuable materials from end-of-life batteries, Mobec.io is helping reduce dependency on fresh resources and supporting a more circular energy ecosystem.

Because the future of EVs isn’t just about lithium.

It’s about how long we can keep it in use.

Visit now: www.mobec.io
Mobec

India’s EV transition is accelerating.

With 2.3M+ EVs sold in 2025, the demand for lithium is rising rapidly.

As highlighted by the Ministry of Mines, Govt of India, lithium is at the core of modern mobility and energy systems.

But the real challenge begins after lithium is used.

Because lithium doesn’t disappear.

It either becomes waste… or it becomes an opportunity.

This is where circularity matters.

At Mobec, we are enabling the next phase of the lithium lifecycle:

• EV charging solutions that power lithium-driven mobility

• Energy storage systems that maximize lithium usage

• Lithium-ion battery recycling to recover critical materials

By recovering valuable materials from end-of-life batteries, Mobec is helping reduce dependency on fresh resources and supporting a more circular energy ecosystem.

Because the future of EVs isn’t just about lithium.

It’s about how long we can keep it in use.

Visit Now: www.mobec.io

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of Mines, Govt of India

Ever noticed how charging your EV can cost ₹7 in one place and ₹20+ in another?

That’s not random.

That’s the reality of EV charging in India today.

EV adoption is growing fast, 2.3M+ vehicles sold in 2025,

and it’s no longer limited to metro cities.

But here’s the gap:

• Charging isn’t consistent

• Access isn’t everywhere

• Pricing isn’t just about electricity

Because behind every charging point, there’s more at play:

• State tariffs

• Setup costs running into lakhs

• Land + grid limitations

So while EVs are moving forward…

Charging is still stuck in fixed locations.

And demand?

It’s everywhere: highways, smaller cities, remote routes.

That’s the mismatch.

India is aiming for 30% EV adoption by 2030.

But reaching there needs more than just more stations.

It needs smarter energy access.

Charging shouldn’t depend on where you are.

It should reach you where you need it.

That’s where Mobec comes in.

With portable EV charging solutions,

Mobec enables flexible, demand-driven energy access, so charging moves with users, not holding them back.

Mobec Portable EV Charging Solutions

Built for where EV demand is going.

Explore more: www.mobec.io
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India’s EV transition is no longer just about adoption; it’s about control over the supply chain that powers it.

The shift is already underway:

• 19 critical mineral blocks identified across 10 states

• Key resources: lithium, rare earth elements, graphite, and nickel

• The backbone of EV batteries, energy storage, and charging infrastructure

At the same time:

• EV market projected to grow at 30–35% CAGR this decade

• Battery demand expected to scale 10x+ by 2030

• 60–70% of battery value lies in raw materials

Which means the real question is no longer how many EVs we sell, but how we power them sustainably and securely.

This is where the ecosystem becomes critical.

From extraction → storage → recovery → reuse, every stage is interconnected.

Mobec is enabling this next phase of EV evolution:

• Recovering critical materials from used batteries

• Deploying flexible energy storage solutions

• Building charging infrastructure aligned with real demand

Because the future of mobility isn’t just electric, it’s circular, resilient, and resource-efficient. ♻️

From recovery to reuse, the system moves forward with Mobec.io.

www.mobec.io

BatteryRecycling CleanEnergy EVInfrastructure EnergyStorage Lithium RareEarth ClimateTech GreenMobility FutureOfMobility Mobec EVGrowth SustainableFuture BatteryTech IndiaEV NetZero

EV adoption is accelerating across India.

But the real test of this transition isn’t adoption. It’s what happens after.

Because the challenges aren’t theoretical. They show up in everyday moments.

When an EV runs low where charging doesn’t exist.
When infrastructure is fixed, but demand keeps moving.
When power supply isn’t reliable enough to support consistent charging.
And when batteries reach end-of-life with no clear path forward.

India crossed 2.3 million EV sales in 2025, and is targeting 30% EV pe*******on by 2030.

The shift is happening. But the ecosystem still needs to catch up.

This is where the focus changes.

From building more EVs → to enabling how they actually operate.

What’s proving to work on the ground:

• Charging that moves with demand, not just fixed to locations
• Fast, deployable infrastructure that scales with usage
• Energy systems that ensure reliability, not interruptions
• Circular solutions that address battery lifecycle, not just usage

This is the gap Mobec is working to solve.

From Smart 8 for last-mile and rescue charging,
to Lightning and MAC 30 for scalable deployment,
to EV11 and energy systems for reliable daily use,
to battery recycling solutions that close the loop.

Because EVs don’t just need adoption.

They need an ecosystem that works in the real world.
Mobec is building that ecosystem.

Explore more: www.mobec.ioio


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Mobec wishes you strength and positivity this Hanuman Jayanti.


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Clean mobility is accelerating across India. But there’s a critical side of this transition we need to address.

India sold over 2.3 million EVs in 2025. Battery demand is projected to reach ~600 GWh by 2030.

This also means a significant rise in end-of-life lithium-ion batteries.

These batteries are not just waste.

They contain valuable materials like lithium, cobalt, nickel, and copper

that can be recovered and brought back into the supply chain.

At Mobec, we are focused on enabling lithium-ion battery recycling in India as part of a larger shift towards a circular energy ecosystem.

We are contributing to the recovery of critical minerals, reducing dependency on imports, and strengthening a more resilient EV supply chain.

www.mobec.io

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Happy Mahavir Jayanti

May this day inspire mindful choices and a more responsible future
io

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India recorded over 2.3 million EV sales in 2025.

Charging infrastructure is still catching up.

States like Haryana are pushing DISCOMsto expand EV charging across cities like Gurgaon and Faridabad, a clear step forward.

But deployment takes time, and EV demand is already active on the ground

across roads, fleets, and daily operations.

The gap is not in intent.

It’s in access.

This is where Mobec’s portable charging solutions come in.

Mobec Smart 8 is built as a portable EV rescue and charging solution

for real-world conditions.

Key Highlights:

• 8 kW portable charging output

• Works across 2W, 3W & 4W EVs

• On-wheel design for easy mobility

• Operates even in off-grid environments

• Quick top-up (~40–50 km range)

Applications:

• Roadside EV rescue

• Fleet & last-mile operations

• Remote and urban charging support

Because EV growth isn’t waiting for infrastructure.

Mobec Smart 8 brings charging directly to where it’s needed.

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You don’t notice the EV infrastructure gap
until you actually need a charger.

That’s when the real problem shows up
not in policies or projections
but on roads, at delivery stops, and in places where charging simply doesn’t exist.

India’s EV push is strong.
But infrastructure is still scaling, especially beyond core urban zones.

And that’s where adoption slows.
Because charging demand doesn’t wait.
It shows up wherever EVs are moving.

This is where Mobec’s portable and deployable charging solutions come in.

• Smart 8 built for rescue and last-mile charging
→ 8 kW portable output with quick top-ups (40–50 km range)
→ on-wheel design, works even off-grid

• Lightning built for high-demand, fast charging environments
→ 200–1000 V output with ~94% efficiency
→ supports fleets, commercial hubs, and highways

• NewGen 10 portable power where infrastructure doesn’t exist
→ 10 kWh system with multiple outputs
→ reliable across sites, events, and remote setups

Because the real shift isn’t just building more charging points.

It’s making charging available where it’s actually needed.
And that shift is already underway.

www.mobec.ioio

India’s EV growth is undeniable.
But there’s a second side to it.
More EVs mean more batteries.
And soon, more batteries reaching end-of-life.
Without the right systems, this becomes a challenge.
With the right approach, it becomes an opportunity.
Recycling can recover up to 90–95% of battery materials, bringing critical resources back into the ecosystem.
At Mobec, we’re actively working on this shift
recovering valuable materials like lithium, cobalt, and nickel
enabling responsible battery recycling
supporting a more circular energy ecosystem
Because EV growth shouldn’t end with usage.
It should continue through recovery and reuse.
The future of EVs isn’t just electric.
It’s circular.

Follow for more: www.mobec.io io