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2026
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Future Trends of New Energy Charging Modules: High-Voltage, SiC & Smart Integration
Source:
Future Development Trends of Charging Modules for New Energy Charging Piles
The future of charging modules for new energy charging piles centers on high-voltage, high-power, SiC-based, liquid-cooled, bidirectional, intelligent and highly reliable development, while deeply integrating solar-storage-charging-discharging systems and grid coordination to become a core node of smart energy networks.
1. High-Voltage & High-Power Evolution: From 400V to 1000V+, Continuous Power Upgrading
Voltage Platform Transition: 1000V output will fully replace 750V, adapting to 800V/1000V vehicles, reducing current and line loss, and supporting ultra-high current of 600A+.
Doubled Power Density: Single-module power rises from 60kW → 80kW → 125kW with unchanged size; megawatt-level (1MW+) modules become standard for heavy-duty/commercial vehicles.
Ultra-Fast Charging Popularization: 480kW/600kW charging piles will be mainstream, with public ultra-fast charging penetration expected to exceed 40% by 2026, making "5 minutes of charging for 200km of range" the norm.
2. Full Penetration of Third-Generation Semiconductors (SiC/GaN): Breakthroughs in Efficiency & Density
SiC Devices as Standard: Switching loss is 50% lower than IGBTs, resistant to high temperatures (175℃), module efficiency exceeds 98.5%, and volume is reduced by 30%.
Rapid Cost Decline: SiC/GaN prices drop by 58% in three years; by 2026, SiC module costs are expected to fall to 1.5 times that of silicon-based modules, accelerating domestic substitution.
Topology Upgrade: LLC+SiC and three-level + SiC become mainstream, boosting efficiency under both light and full loads.
3. Liquid Cooling: The Only Solution for High-Power Heat Dissipation
Full Liquid Cooling Replaces Air Cooling: Heat dissipation efficiency is 5–10 times higher, noise is lower (≤55dB), supporting stable output of 120kW+.
Integrated Liquid Cooling for Cables & Modules: Charging cables reduce weight by 40%+ and diameter by half, supporting continuous 600A high current.
Upgraded Protection: IP54/IP65 rating, adapting to high-temperature, high-humidity, high-salt fog and high-altitude environments.
4. Bidirectionality & Storage-Charging Integration: From "Charging" to "Energy Dispatching"
Popularization of V2G Bidirectional Modules: Support vehicle-to-grid discharge, participate in grid peak regulation and auxiliary services; users profit by charging at off-peak and selling power at peak hours.
DC Storage-Charging Integration: Energy storage directly connected to DC bus, reducing AC/DC conversion loss, expanding capacity by 10–20 times, and upgrading old stations to ultra-fast charging at low cost.
Solar-Storage-Charging-Discharging Coordination: Link with photovoltaic and energy storage to build microgrids and improve renewable energy consumption.
5. Intelligence & Connectivity: From "Hardware" to "Smart Nodes"
AI + Digital Control: Deep integration of SoC/ASIC, dynamic optimization of charging curves, fault prediction, and current sharing accuracy ≤3%.
Remote O&M & OTA: 5G + edge computing for remote diagnosis, software upgrades and cluster management, reducing operation and maintenance costs.
Vehicle-Pile-Cloud Collaboration: Real-time interaction with BMS, power grid and platforms for intelligent power distribution and dynamic scheduling.
6. High Reliability & Wide Adaptability: Full-Scenario Coverage
Wide Temperature Range: Stable operation at -40℃~+75℃, adapting to extreme environments.
Wide Voltage Output: Full coverage of 50–1000V, compatible with 200V/400V/800V/1000V platforms.
High Protection: Three-proofing (moisture/dust/salt fog resistance), vibration resistance, MTBF ≥150,000 hours.
7. Technical Routes & Market Landscape
Mainstream Routes: 1000V+SiC + full liquid cooling + bidirectionality + intelligence become high-end standards; medium-power modules adopt LLC+SiC + liquid cooling.
Head Concentration: Huawei, Infineon, Tonghe, Youyou Lüneng lead with device/system advantages; domestic manufacturers dominate the market by cost and service.
Summary
Charging modules are evolving from single "energy converters" to high-voltage, high-efficiency, liquid-cooled, intelligent, bidirectionally coordinated and highly reliable energy cores. They support the popularization of ultra-fast charging, implementation of V2G and integration of "solar-storage-charging-discharging", becoming a key link for the integration of new energy and new power systems.
Charging Module,EV Charging Module,New Energy Charging Pile
Latest Updates
2026-09-09
Representatives of Brazil’s Araguari Importadora Visited Our Factory for EV Charging Station Project Negotiation
Release Date: [Please fill in the specific date] Recently, professional representatives from Brazil’s Araguari Importadora paid an official factory visit to our company. Both parties focused on in-depth communication and business negotiation centering on EV charging pile cooperation projects, overseas market adaptation and project landing arrangements. During the visit, the Brazilian delegation conducted a comprehensive and systematic factory audit and on-site inspection. The team checked the production management procedures, product quality control standards, product performance parameters and overseas project delivery capabilities related to new energy charging equipment. Meanwhile, the two sides had detailed exchanges on the technical specifications, certification requirements, customized solutions and bulk supply plans of EV charging piles suitable for the Brazilian local market. The representatives of Araguari Importadora spoke highly of our standardized production system, stable product quality and professional overseas project service capability. They fully recognized the compatibility and practicality of our charging pile products for the South American market environment, and put forward targeted demands for follow-up product customization and cooperative operation.
2026-09-09
Chongqing Liyang Industry Leadership Team Conducted On-site Inspection to Advance Power Capacity Expansion Project Layout
Chongqing Liyang Industry’s core management team completed an on-site inspection and in-depth project communication. Both sides conducted full discussions on the planning, technical standards and implementation details of the power capacity expansion project for production expansion, reached preliminary cooperation consensus, and laid a crucial foundation for the smooth advancement and formal implementation of subsequent supporting power engineering projects.
2026-09-08
Shipment of 39 DC Fast EV Chargers Bound for Brazil
39 units of our DC fast EV chargers have departed our factory for Brazil.
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