Why Choose
VIVO?
Indigenous Electronics ODM
We conceive, design, and develop all our intellectual property entirely in-house in India.
This commitment to technological sovereignty not only advances the vision of an Atmanirbhar Bharat but also guarantees faster innovation cycles and complete control over our strategic future.
Complete Technology Control
As an ODM, we exercise complete control over the product's core technology by specializing in its internal electronic design.
This focused expertise ensures full traceability of the critical components, upholds the highest quality standards, and accelerates your time-to-market.
R&D-First Approach
At our core, we are an
R&D-driven company building what's next.
This foundational commitment fuels a continuous cycle of innovation, specifically targeting unprecedented gains in unparalleled operational efficiency, radical miniaturization, and uncompromising ironclad product reliability.
E2E Hardware and Software Synergy
We architect fully integrated intelligent systems, transforming hardware into strategic assets.
Our full stack command of IoT, cloud, and software engineering guarantees seamless interoperability from sophisticated backend CPMS and standards compliant protocols (UEI Beckn, OCPP, OCPI) to elegant, intuitive user interfaces.
What we
Do
And how we
Do
The Inception: Evaluation
and Assessment
We specialize in transforming innovative ideas into engineered realities. Our process begins with a comprehensive, R&D driven evaluation to ensure every project is built on a solid foundation.
This phase includes capturing precise requirements, selecting optimal topologies, and benchmarking performance for applications such as EV chargers, battery chargers, grid-tie inverters and Industrial Drives.
We meticulously analyze advanced power conversion approaches, selecting from high efficiency topologies such as the Totem Pole PFC rectifier for single-phase systems and the Vienna Rectifier for
three-phase applications, alongside optimal AC-DC and DC-DC conversion stages. This analysis extends by combining expertise in
wide-bandgap semiconductors technologies (SiC/GaN) and control strategies, defining critical targets for efficiency, thermal management, and EMI.
For motor control solutions, our expertise expands to advanced techniques like Field-Oriented Control (FOC) for BLDC motors, supporting both sensor less and sensor-based configurations. Through precise power-stage design and advanced digital-control algorithms including PI and 2P2Z control-loop tuning.
The Lab: Bring Design to life
We transform conceptual requirements into robust, fully integrated systems. Our development process encompasses power-stage design, digital control algorithms, and tailored topologies, engineered through iterative hardware and firmware development.
This includes PCB layout, gate-drive engineering, thermal and EMI mitigation, culminating in rigorous validation via hardware-in-the-loop testing, board bring-up, and seamless system integration.
The Drill: Tested to limits, perfected to perform
Our validation regimen employs a rigorous sequence of simulation, prototyping, and benchmarking. This includes extreme condition testing such as continuous charging cycles, finite element analysis (FEA) for stress, thermal dissipation profiling, and electromagnetic interference (EMI) compliance.
The outcome is a proven design where components maintain peak efficiency, stability, and reliability, ensuring a compact and durable product ready for full-scale development.
The Handover: Partnership
and beyond
Finally, our productization phase transforms validated prototypes into manufacturable solutions. This includes delivering production-ready electronic designs and robust firmware, supported by strategic BOM analysis to optimize cost and supply chain resilience. We manage initial pilot runs to validate manufacturing processes.
Value added services such as embedded integration, cloud infrastructure, system and mobile interfaces, and sustained post-launch support are available.
The outcome is a significant reduction in integration risk, an accelerated path to market, and a foundation for scalable deployment across demanding applications in electric mobility, renewable energy, industrial systems, and consumer durables.
Sectors We
Empower
Defence
We strengthen India's defense autonomy by delivering indigenously built, rugged power solutions, engineered to ensure resilience and peak performance in extremely demanding environments.
50Hz / 400Hz AC-DC converters, hardened to ensure absolute power availability for India's most critical land, sea, and air assets.
Modular, Redundant Power Distribution Systems, Qualified to MIL-SPEC Environmental Standards.
Featuring high-reliability designs and full EMI/EMC compliance for mission-critical performance.
Railways
We design robust Rail power solutions engineered for exceptional longevity, operational efficiency, and uncompromising performance under the most demanding conditions.
Reliable and dependable DC Power and Battery Charging Systems for locomotives, Rail Depots and Fleet Operations.
High-efficiency VFDs and auxiliary inverters with regenerative capability, reducing overall energy consumption and operating costs.
Solutions designed to ensure operational integrity in the presence of extreme thermal gradients and persistent mechanical vibration.
HVAC & Industrial Drives
We set the new benchmark for energy-efficient performance in HVAC and industrial automation through advanced Field-Oriented Control (FOC), enabling superior control of BLDC motors in both sensor-less and sensor-based configurations.
Dynamic control systems for pumps, fans, and compressors are engineered using Variable-Frequency Drives (VFDs) to optimize motor speed for peak efficiency and performance.
High-Efficiency, Wide-Bandwidth Motor Controllers for High Dynamic Response and Precision Control.
Engineered with field-proven thermal management to guarantee reliability, even under the most demanding continuous-duty cycles
E-Mobility
We are redefining the E-mobility landscape with a full spectrum of onboard and offboard charging solutions that combine blistering speed, a minimal footprint, robust reliability, and uncompromising efficiency.
AC/DC EVSE featuring a bidirectional power conversion system (PCS) for V2G energy arbitrage and V2L portable power applications.
Multi-topology charger designs leveraging GaN HEMTs for high frequency switching and SiC diodes for optimized thermal performance.
Unified architecture for charging control, governed by a central BMS for precision management and optimized power distribution.
Grid tie inverters
We engineer grid-tie inverters with wide MPPT voltage ranges and advanced control algorithms for maximum energy harvest and unmatched power density.
Our systems ensure robust grid compliance and safety with integrated features like anti-islanding protection and a configurable zero-export function.
The systems are designed for ultimate reliability, incorporating built-in DC reverse polarity protection and surge protection devices (SPD) to enhance resilience
Our platforms feature intelligent analytics and real-time monitoring for predictive maintenance and optimized operational lifetime.
Consumer Durables
We specialize in the engineering of compact and cost-optimized power modules for the home appliance industry.
We engineer high-precision control boards for inverter-driven appliances like ACs, refrigerators, and washing machines. Our solutions use meticulously designed power stages and advanced digital-control algorithms, including PI and 2P2Z control-loop tuning, to deliver exceptional stability and dynamic response.
Achieve low-noise, high-efficiency power conversion in a minimal footprint.
Production-ready BOM optimization and certification support.
IoT-fication
We develop unified IoT architectures for both EV chargers and consumer durables, featuring embedded edge intelligence within their power conversion systems.
This enables seamless user experiences for both domains, including mobile/voice control for appliances and feature-rich monitoring interfaces for EV chargers.
Our implementation utilizes complete suite of communication protocols and data-driven control algorithms to enable key functionalities like remote diagnostics and operational automation.
Our IoT stack encompasses embedded sensors for real-time telemetry, edge-node processing for localized decision-making, and leverages the cloud for secure, centralized command.
CPMS
We deploy a proven, proprietary Charge Point Management System (CPMS), engineered as a robust central intelligence and data aggregation layer for advanced power conversion systems.
Our CPMS is a standalone, cloud-native solution architected for resilient, vendor-agnostic interoperability and on-demand scalability, leveraging standards-compliant protocols like OCPP, OCPI, and UEI Beckn.
The platform delivers granular system control and real-time monitoring via a structured API architecture, complemented by an intuitive web and mobile interface for actionable analytics.
Its native multi-tenant, white-label architecture enables rapid deployment of branded EV charging solutions for partners like OEMs and Mobile Service Providers (MSPs).