EV wireless charging market to surpass US $1 billion by 2030- Valuates reports

Press Release, Nov 07, 2024

Major Factors Driving the Growth of EV Wireless Power Transfer Market:

The EV wireless power transfer market is evolving quickly as consumers, governments, and corporations recognize the benefits of this technology. By eliminating the need for manual charging, wireless systems offer a seamless, efficient charging solution that is both user-friendly and environmentally sustainable. The market is poised for significant growth, with increasing investments, technological improvements, and the global push toward sustainable, zero-emission transportation solutions contributing to widespread adoption.

TRENDS INFLUENCING THE GROWTH OF THE EV WIRELESS POWER TRANSFER MARKET

The market demand for below 50 kW power transfer solutions is driven by their cost-effectiveness, suitability for urban transportation, and compatibility with smaller EVs. These systems provide efficient energy transfer, reducing the need for conventional charging infrastructure and lowering operational costs for individual users and fleet operators. They support gradual market penetration of wireless charging systems, especially for compact cars, scooters, and motorcycles, enhancing accessibility to EV ownership and usage, and contributing to the expansion of the EV wireless power transfer ecosystem.

The 50-200 kW range caters to larger electric vehicles, such as SUVs and light commercial vehicles, making it essential for wider adoption among family and utility vehicle owners. This power range offers faster, more efficient charging for vehicles with larger battery capacities, supporting long-distance travel and usage with minimal downtime. Its appeal lies in the balance between power and infrastructure, making it suitable for both personal and fleet use. The 50-200 kW systems bolster wireless charging solutions’ market growth by enabling high-power options tailored to higher-end and more versatile EVs.

Passenger vehicles represent a large and rapidly growing segment of the EV market, driving demand for convenient, wireless charging options. With the increased need for user-friendly solutions, particularly in urban settings where charging points may be limited, wireless power transfer is emerging as a solution to meet convenience and efficiency needs. Wireless technology reduces the hassle associated with plug-in charging, enhancing user experience, and making EVs more appealing to a broad audience, ultimately driving market growth in this segment.

Growing urban populations and city planning efforts that prioritize sustainable mobility are accelerating the adoption of wireless EV charging. Urban centers increasingly aim to reduce vehicular congestion and pollution, making wireless power transfer a viable option that supports eco-friendly transportation. Infrastructure enhancements focused on smart city initiatives are creating spaces where wireless EV solutions can thrive, making the technology indispensable for future urban mobility.

Government subsidies, grants, and environmental policies aimed at reducing carbon emissions are crucial in supporting the EV wireless power transfer market. Subsidies for EV adoption, combined with incentives for zero-emission technology deployment, have encouraged consumers and manufacturers to explore wireless charging solutions. By offering tax breaks or incentives for installing wireless charging infrastructure, governments drive market growth and support sustainability goals.

Wireless charging provides added convenience and safety compared to traditional plug-in methods, particularly for consumers in congested areas or those with limited mobility. This ease of use promotes a user-friendly EV experience and reduces wear and tear associated with physical connectors. Enhanced safety standards and the ability to integrate wireless charging into various parking environments also drive demand for these systems among consumers seeking hassle-free charging solutions.

The proliferation of EVs across passenger, commercial, and public transportation sectors creates a wider market for wireless charging systems. As EV adoption spreads to taxis, delivery fleets, and shared vehicles, wireless power transfer systems offer a practical solution for frequent, on-the-go charging. This cross-sector demand supports substantial growth for the market, with providers focusing on scaling solutions to meet diverse EV requirements.

Fleet operators prioritize efficiency and minimal downtime, and wireless power transfer aligns with these goals by enabling continuous, automated charging. As fleet services expand in urban and suburban areas, the demand for wireless power solutions increases, allowing fleets to operate with minimal interruption. This trend supports the market by integrating wireless charging with fleet management software, optimizing route and energy consumption patterns.

Advances in manufacturing technology have lowered the costs of essential components like inductive charging coils and converters. This cost reduction makes wireless power transfer solutions more accessible to a broader customer base, promoting the adoption of EVs equipped with wireless charging capabilities. Lower prices encourage market competition, fostering further growth as providers can offer more affordable wireless systems.

EV WIRELESS POWER TRANSFER MARKET SHARE ANALYSIS

Regional growth in the EV wireless power transfer market is influenced by varying rates of EV adoption, infrastructure development, and government policies. In North America, supportive policies and strong EV sales drive adoption, while Europe sees rapid growth due to its aggressive climate policies. The Asia-Pacific region, led by China, is expanding due to high EV demand and government initiatives for wireless technology deployment in public spaces. Regional factors like these contribute to the overall growth and competitive landscape, shaping each market’s unique demand dynamics.

Key Players:

• WiTricity
• Qualcomm Inc
• Plugless
• Bombardier
• HEVO
• Groupe Renault
• BMW Group
• InductEV
• Electreon