Skip to content

Research & Development

Four focus areas, each grounded in measurement, testing and field data.

Universal Battery Swapping
Focus Area 01

Universal Swapping System

Universal Battery Swapping

Swap a discharged EV battery for a tested, charged one in minutes.

Our flagship work removes the two biggest barriers to electric mobility, long charging times and range anxiety. A hybrid battery system, intelligent swapping stations and a cloud battery management platform work together so any compatible EV, from scooters to trucks, gets a verified, fully charged battery in about five minutes.

  • Swappable primary and fixed secondary batteries
  • Standard 3, 5 and 10 kWh modules
  • Automatic battery health checks at every swap
  • Digital warranty and battery passport

Flagship programme

A universal battery swapping ecosystem built to eliminate long charging times and range anxiety. A Hybrid Battery System, an Intelligent Battery Swapping Station and a Charging & Battery Management System work together to deliver fast, safe and efficient battery swaps across multiple EV platforms.

Read the programme
Solar Energy
Focus Area 02

Distributed Solar-Grid Integration

Solar Energy

Solar systems, optimization, and distributed clean power.

From module selection to inverter tuning and storage coupling, our solar work targets the gap between rated capacity and delivered energy, the losses that quietly decide whether a plant pays back in six years or ten.

  • Photovoltaic module and inverter performance
  • Storage coupling and hybrid power systems
  • Distributed generation and microgrid design
  • Yield modelling and energy audits

Flagship programme

A community-linked solar network that aggregates surplus rooftop and public-asset generation to power battery charging and swapping stations, keeping the grid as a controlled reliability and balancing resource rather than the default supply.

Read the programme
Pollution Control
Focus Area 03

Pollution Control

Pollution reduction systems and environmental resolution.

Pollution is measured before it is managed. We build monitoring approaches and reduction pathways that stand up to regulatory scrutiny and translate into action a plant manager or a municipality can actually take.

  • Real-time air quality monitoring approaches
  • Emission reduction pathway modelling
  • Nature-based and engineered mitigation
  • Policy and compliance alignment
Sustainable & Future Tech
Focus Area 04

Sustainable & Future Tech

Next-generation sustainable and future-ready technologies.

Recycling and refurbishment of energy systems, second-life batteries, smart energy management and the technologies that are not yet standard practice but will be. This is where our longer-horizon research sits.

  • Battery recycling and second-life applications
  • Smart energy management systems
  • Lifecycle and sustainability assessment
  • Emerging clean-technology scouting
Integrated Programme

Two projects, one coordinated clean-energy pathway

India's move to electric mobility needs both a convenient way to replenish energy and a dependable, increasingly domestic supply of it. Universal battery swapping improves the rider's experience, and distributed solar-grid integration supplies a growing share of the electricity that charges station inventory.

Strategic purpose

Accelerate EV adoption through rapid, safe battery exchange while increasing the role of locally generated renewable electricity in transport energy demand.

Amigas universal EV battery swapping station with a solar roof serving cars, scooters and buses
ProjectPrimary roleStrategic contribution
1. Universal Battery SwappingMobility and energy-replenishment platformRapid exchange, interoperability, diagnostics, traceability and service continuity
2. Distributed Solar-Grid IntegrationRenewable-energy and grid-coordination layerLocal generation, managed charging, transparent metering and grid-supported reliability

How the projects interlink

  1. 01

    Solar assets

    Generate local renewable electricity

  2. 02

    Grid and metering

    Balance supply and record approved flows

  3. 03

    Station EMS

    Forecast demand and schedule charging

  4. 04

    Charging racks

    Charge authenticated batteries safely

  5. 05

    Swapping service

    Deliver rapid energy to EV users

Combined programme objectives

  • Reduce energy-replenishment time and range anxiety for compatible EV users and high-utilisation fleets.
  • Create an interoperable system across vehicle, battery, station, software and energy-management layers.
  • Coordinate flexible battery charging with solar availability, grid capacity and forecast station demand.
  • Keep transparent battery and energy records for safety, service, warranty, settlement and performance governance.
  • Build evidence through controlled pilots before phased multi-station expansion.
  • Support domestic manufacturing, renewable-energy participation, skilled services and lower petroleum dependence.

A coordinated mobility-and-energy platform can make EV use more convenient while strengthening India's long-term energy security and renewable-energy use.

Conclusion

A practical pathway to energy self-reliance

The swapping ecosystem supports rapid, safe and traceable energy replenishment across vehicle categories, while the solar-grid ecosystem increases the role of domestically generated renewable electricity and coordinates flexible charging demand with grid reliability.

Together they create an evidence-led pathway from renewable generation to verified battery charging and rapid EV service. A controlled joint pilot will validate the technology, station operations, metering, utility coordination and governance before phased expansion.

Current Research

What Our Teams Are Working On Right Now

  • Universal Battery SwappingElectric Mobility

    Universal Battery Swapping

    A swappable primary battery, a fixed secondary battery and a cloud-managed station network that replaces a long charge with a five-minute swap.

  • Solar & Grid IntegrationClean Energy

    Solar & Grid Integration

    Research on solar efficiency, storage coupling, and resilient microgrid-style architectures.

  • Pollution & Environmental SystemsEnvironment

    Pollution & Environmental Systems

    Exploring reduction pathways and monitoring approaches aligned with policy and industry needs.

Collaborate

Research Partnerships With Institutions And Industry

We collaborate with government bodies, universities and corporations in India and abroad. If your work overlaps with ours, let's talk.