Ergon Labs | Fast-Charging Solutions for Light EVs

Ergon Labs | Fast-Charging Solutions for Light EVs

Industrial Equipment & OEM Partners

Sustainable Development Goals

SDG 11 – Sustainable Cities and Communities, SDG 13 – Climate Action, SDG 7 – Affordable and Clean Energy, SDG 9 – Industry Innovation and Infrastructure

Company Overview

Ergon Labs is an electric vehicle powertrain technology company based in Bengaluru, India. The company designs power electronics hardware for light electric vehicles, primarily electric two-wheelers and three-wheelers.

Its core product, the Integrated Power Converter (IPC), combines an on-board fast charger and a motor controller into a single unit. The design is intended to let light EVs charge from standard wall outlets and Level I charge points rather than depending solely on dedicated charging infrastructure.

The company was founded by Ashwin Ramanujam, an NITK Surathkal graduate with prior experience at Rimac Automobili and Mahindra Electric Mobility. Ergon Labs works directly with vehicle original equipment manufacturers (OEMs), supplying its patent-pending powertrain unit for integration into two- and three-wheeler platforms.

The company operates in India’s electric mobility sector, which has seen rapid growth in electric two- and three-wheeler adoption. Ergon Labs has moved from early prototyping toward pilot deployments with OEM partners and has raised early-stage and seed funding from climate-focused investors and an academic incubator.

Ergon Labs remains a small, early-stage engineering company. Its activity to date centers on product development, OEM partnerships, and funding rounds that support scaling of its powertrain hardware and firmware.

Why These SDGs Matter

SDG 7 (Affordable and Clean Energy) applies because the Integrated Power Converter is designed to improve charging efficiency and reduce the battery capacity needed per vehicle, lowering the energy and material burden of powering light EVs.

SDG 9 (Industry, Innovation and Infrastructure) is relevant because Ergon Labs develops original power electronics hardware, an innovation aimed at closing a technology gap in India’s light-EV manufacturing base, and works directly with OEMs on industrial integration.

SDG 11 (Sustainable Cities and Communities) applies since electric two- and three-wheelers are a significant component of urban transport in Indian cities, and easier charging access supports continued electrification of urban mobility.

SDG 13 (Climate Action) is relevant because enabling practical, everyday charging for light EVs supports the broader shift away from combustion-powered two- and three-wheelers, a meaningful source of urban transport emissions in India.

Products & Services
  • Integrated Power Converter combining fast charger and motor controller
  • 3kW on-board charger for two- and three-wheeler EVs
  • Motor controller compatible with PMSM and BLDC motors
  • Configurable support for 48 to 72V lithium battery packs
  • Mobile app based switching between fast and slow charging
  • Thermal management system for powertrain components
  • Engineering integration support for OEM partners
Business Challenges Solved
  • Slow charging times for electric two- and three-wheelers
  • Bulky, heavy separate charger and motor controller components
  • Oversized, costly batteries driven by range anxiety
  • Limited access to dedicated public fast-charging infrastructure
  • High component count complicating EV powertrain assembly
  • Rigid charging speed options for everyday EV owners
Approach & Methodology

The Integrated Power Converter merges two functions, on-board AC charging and motor control, into a single compact power electronics enclosure. Conventional light-EV powertrains use separate chargers and motor controllers, which adds weight, cost, and assembly complexity.

Ergon Labs’ architecture is built around a shared power stage that both charges the battery and drives the motor, reducing component count. The unit is configurable across lithium battery chemistries in the 48 to 72V range and can be scaled to drive hub or mid-drive motors, with automatic identification of PMSM or BLDC motor types.

Charging behavior is managed through firmware-based algorithms intended to protect battery life during repeated fast charging, with mode switching handled through a companion mobile app. Thermal management is built into the unit to keep components within operating temperature during fast-charge cycles. The engineering approach differs from conventional powertrains by treating charging and motor control as a single integrated system rather than two independently sourced parts.

Market Position

Ergon Labs operates in the electric powertrain component segment of India’s light electric vehicle market, supplying hardware to two- and three-wheeler OEMs rather than selling directly to consumers. Its customer base consists of vehicle manufacturers seeking to simplify powertrain design and improve charging convenience.

The company differentiates on its integrated charger-controller architecture, positioning it against conventional setups that use separate charging and motor control components. As an early-stage supplier, Ergon Labs is still moving from pilot integration toward broader OEM production adoption.

Procurement Considerations
  • Confirm IPC compatibility with target vehicle’s 48 to 72V architecture
  • Verify motor compatibility (PMSM or BLDC) during integration testing
  • Assess availability of wall outlets or Level I charge points at deployment sites
  • Request thermal performance and component lifespan data
  • Evaluate app-based charging mode configuration for fleet use cases
  • Confirm current production readiness versus pilot or prototype status
  • Check patent and intellectual property protection status of the design
  • Discuss engineering integration timelines and support directly with Ergon Labs
Funding, Recognition & Ecosystem
  • Incubation support from DLabs at the Indian School of Business (ISB)
  • Investment from Social Alpha, a climate and sustainability focused impact investor
  • Investment from Spectrum Impact, a family office investment fund
  • Pre-seed funding of approximately $200,000 from Social Alpha, Spectrum Impact and angel investors (2023)
  • $950,000 (INR 80 million) funding round led by Rainmatter by Zerodha and 3i Partners, with participation from IIMA Ventures and Spectrum Impact (2026)
Natnavi Analysis

Ergon Labs addresses a specific, well-defined engineering gap in India’s light electric vehicle market. Two- and three-wheelers account for the large majority of India’s EV sales volume, yet their underlying powertrain electronics have changed relatively little even as vehicle volumes have grown substantially. By combining the charger and motor controller into one unit, Ergon Labs targets a structural cost, weight, and charging-convenience problem rather than a peripheral feature.

The company’s direct relevance lies in its OEM-facing model. Rather than selling charging infrastructure or vehicles, it supplies a component that could influence how a large number of vehicles are built, which gives its technology outsized potential reach if adopted widely.

At the same time, Ergon Labs remains an early-stage company with a small team, limited public disclosure of commercial deployments, and no confirmed large-scale production contracts at the time of this profile. Its recent funding rounds and incubator backing indicate continued investor interest, but the company’s actual market traction with OEMs is not yet independently verifiable in detail. Procurement teams evaluating the technology should treat current claims of performance gains as vendor-reported until confirmed through direct technical evaluation.

Sources & References
Website
Founded: 2020
Company Stage: Startup
Headquarters
Bengaluru, Karnataka, India
Geographic Presence
Ergon Labs is based in Bengaluru and operates within India, focusing on the domestic two- and three-wheeler electric vehicle market. Its work centers on partnerships with Indian OEMs and pilot deployments within the country.
Solution Type
Equipment Supplier, Manufacturer, Technology Provider
Sustainability Outcomes
Carbon Reduction, Energy Efficiency, Resource Efficiency, Sustainable Infrastructure
Industries Served
Automotive & Electric Mobility, Manufacturing
Last Reviewed: July 26, 2026

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