ChatGPT × Deepseek In-Depth Analysis: Unveiling the Future Trends of Charging Modules

1. Trends in Charging Module Power Levels

ChatGPT:

Current Stage (2024): Mainstream power levels range from 30kW, 40kW, to 60kW.

Future Trends (2025-2030):

• Higher Power Demand: 75kW, 100kW, and above for modular fast charging.
• Ultra-High Power Modules: 120kW+ for Megawatt Charging Systems (MCS) targeting heavy-duty EVs.
• V2G-Specific Modules: 30kW-60kW range to support bidirectional charging applications.

Deepseek:

Continuous Power Growth: The current mainstream charging module power ranges between 30kW-60kW, expected to evolve toward 75kW-100kW+ for faster charging.

Modular Design: Charging stations are adopting modular, parallel architectures for flexible power expansion.

Future Mainstream Power Ranges for Charging Stations:

• 50kW-150kW: Suitable for urban and suburban charging stations.
• 150kW-350kW: Designed for highway fast-charging stations.
• 350kW+: Targeted at commercial vehicle charging hubs and ultra-fast charging networks.

2. Trends in Charging Module Output Voltage

ChatGPT:

Short Term (Before 2025): The 800V high-voltage platform gains traction, while 1000V charging systems start deployment.

Mid-Term (2025-2030): Mainstream output voltage range expands to 200V-1000V to accommodate diverse EV models.

Long-Term (Post-2030): 1500V ultra-high voltage systems emerge, catering to high-power commercial EVs and ultra-fast charging applications.

Deepseek:

Current Mainstream:

• 400V systems (majority of EVs).
• 800V systems (premium models like Porsche Taycan, XPeng G9).

Future Trends:

High Voltage Evolution: 800V-1000V becoming mainstream for high-end models, enabling ultra-fast charging (5C charging, 10-minute 80% charge).

Compatibility Design: Charging modules need to support 200V-1000V wide voltage ranges to accommodate various EVs (e.g., Tesla Cybertruck's multi-voltage compatibility).

3. V2G Charging Module Market Scale Projection

ChatGPT:

Market Scale Forecast: The V2G market is expected to see large-scale adoption in the next 5-10 years. Key drivers include the increasing penetration of EVs, rising demand for grid stabilization, a higher share of renewable energy, and the emergence of profitable V2G business models.

Deepseek:

Scale-Up Timeline (2025-2030): Driven by policy support (EU "Fit for 55," China’s "dual-carbon" goals) and grid infrastructure upgrades, V2G is expected to transition from pilot projects to widespread adoption.

Key Drivers:

• EV ownership growth (over 300 million EVs globally by 2030).
• Rising demand for grid flexibility (higher renewable energy share).

4. Market Growth Trends for DC/DC EV Charging Modules

ChatGPT:

Rapid Market Expansion:

Driven by the global EV boom, the DC/DC charging module market is expected to maintain high growth over the next 5-10 years.

2024-2030 CAGR: Over 15%, driven by 800V platforms, ultra-fast charging, and V2G applications.

High Voltage & High Power Trends (800V-1500V):

• DC/DC modules are advancing toward 800V, 1000V, and 1500V to support next-gen battery technology and high-power charging.
• Megawatt Charging Systems (MCS): Expected to deploy between 2025-2030, increasing demand for 1000V+ DC/DC modules.

Bidirectional DC/DC Modules Becoming the New Standard:

• Future modules will support bidirectional energy flow, enabling V2G, V2H, and V2B applications.
• The rise of smart grids and distributed energy storage will further drive demand for bidirectional DC/DC technology.

Modular & High Power Density Design:

• Charging infrastructure is shifting toward modular, distributed architectures to enhance scalability and maintenance efficiency.
• Silicon Carbide (SiC) & Gallium Nitride (GaN): New semiconductor materials improve efficiency, reduce energy losses, and enable compact, high-density module designs.

Deepseek:

CAGR (2023-2030): Estimated at 18%-25% (according to Grand View Research).

Key Growth Drivers:

• Rising EV penetration: Expected to exceed 30% of new car sales by 2030.
• Growing demand for ultra-fast charging: Adoption of 350kW+ high-power chargers.
• Energy storage market boom: Global storage capacity growing at 30%+ annually.