Wireless Power Transfer in India: Strong Patent Momentum, Nascent Startup Activity

What it is

Wireless power transfer (WPT) transmits electrical energy without physical connectors, using time-varying electromagnetic fields. Near-field methods like inductive coupling and resonant inductive coupling dominate short-range applications, while far-field techniques such as microwaves or lasers enable power beaming over longer distances.

The technology eliminates cables and battery swaps, increasing mobility, convenience, and safety. It already powers smartphone charging pads, and is expanding into electric vehicle (EV) charging, medical implants, industrial IoT sensors, and drones. By decoupling power delivery from fixed wiring, WPT enables new product form factors and dynamic, in-motion charging.

The value chain

• Upstream – Component manufacturing: coils, power management ICs, magnetic materials, and shielding. Global leaders like Texas Instruments and Qualcomm supply high-efficiency, miniaturized components. Value sits in integration density and thermal performance.
• Midstream – System integration & technology development: designing resonant and RF-based platforms, control software, and compliance with standards like Qi. Key players include WiTricity, Energous, and Powercast. Defensibility comes from IP portfolios and interoperability certification.
• Downstream – End-use applications: automotive (static and dynamic wireless EV charging), consumer electronics (phones, wearables), healthcare (implants), and industrial (AGVs, sensors). OEMs and service providers capture margin; India's EV push and Digital India initiative create downstream pull.

Where it's heading

• Qi2 25W standard update (July 2025) is improving charging speed and cross-device compatibility, broadening consumer adoption (Mordor Intelligence).
• Long-range RF-based charging is maturing, enabling simultaneous multi-device charging without precise alignment (IMARC Group).
• GaN components are boosting efficiency in high-power and medical-grade wireless systems (LinkedIn).
• India's PM E-DRIVE scheme (INR 10,900 crore) is accelerating EV adoption, directly pulling demand for wireless EV charging infrastructure (IMARC Group).
• Electric two-wheeler sales in India reached 571,411 units in 2024-25, creating a large addressable base for urban wireless charging (IMARC Group).
• INFRGY LLC demonstrated practical far-field RF wireless energy transfer in India in September 2024, signaling growing local experimentation (IMARC Group).

The opportunity in India

Our data maps 130 patents to wireless power transfer, with filing momentum rising even before the last two years fully publish. This points to a deep and growing inventive base. Yet only 3 deep-tech companies in our dataset explicitly reference WPT in their profiles, while 32 startups hold relevant patents. The gap suggests many innovators are embedding WPT within broader mobility or electronics plays rather than branding as pure-play WPT firms.

The dominant patent sector is mobility-transport, which has drawn $3.25B in total funding across 423 companies. India's WPT market is projected to grow from $1.03B in 2025 to $8.25B by 2034 (IMARC Group), and government schemes like PM E-DRIVE are creating tailwinds. White space exists for startups to build dedicated WPT solutions—especially in EV charging infrastructure, industrial IoT, and medical devices—leveraging the existing patent pool.

India signal: patents, startups, capital

Our dataset maps 130 patents to wireless power transfer, with momentum rising. The patent-holding startup count stands at 32, led by Preeyarika Innovations (Mumbai, 17 patents), Chitkara Innovation Incubator Foundation (Chandigarh, 4 patents), and Dash Dynamic (Dehradun, 2 patents). Other notable patent holders include Matter Motor Works, Ather Energy, and several individual inventors.

In contrast, only 3 deep-tech companies in our data explicitly mention WPT in their profiles: Evoura Technologies (Palakkad), Magnertia Private Limited (Namakkal), and Richa Mishra (Kharagpur). This low profile-match count underscores that many firms working on wireless power may not brand themselves as such, or the technology is part of a larger product stack.

The broader mobility-transport sector, where WPT patents cluster, has attracted $3.25B in funding. Notable funded players include Ather Energy ($502M), Svaayatt Systems ($473M), and Netradyne ($308M). While these are not pure-play WPT companies, their activity signals investor appetite for electrification and advanced mobility—a rising tide that could lift wireless charging ventures.

In our data

Sources

• Wireless Power Transfer: How it Works and Why it Matters ↗
• Wireless power transfer ↗
• Wireless Power Transfer: What It Is, How It Works, and ... ↗
• Wireless Power Transmission Market Size & Share Analysis ↗
• What True Wireless Power Could Mean for Supply Chains ↗
• North America Wireless Power Transmission Market ... ↗
• Wireless Power Transmission Market Size, Industry Share & Forecast | 2030 ↗
• Wireless Power Transmission Market Size, Share | Report [2034] ↗