インテリジェントカーへの新技術の応用（2024年～2025年）

I. スマートコックピットの分野では、スマートガラスディスプレイ、3Dディスプレイ、パノラマディスプレイ、インビジブルディスプレイなどの新ディスプレイ技術が徐々に自動車に搭載されています。

（1）スマートガラスの革新的応用

現在、自動車用ガラスのインテリジェンスは主に調光、照明、ディスプレイ、太陽光発電、通信に反映されています。主に以下が含まれます。

調光ガラスには、エレクトロクロミック技術、電子制御技術、浮遊イオン技術などが含まれます。また、NIOは、黒やグレーなどの中間色を基調とした調光キャノピーを発売しました。

スマートディスプレイは発光し、アニメーションやシンボルを表示することで、人とコンピューターのインタラクションを可能にします。

太陽電池ガラスは、Webastoが発売したリアウィンドウとルーフを貫通する一体型太陽電池システムのように、太陽電池を搭載しています。

アンテナやLiDARを内蔵したガラスは、隠れたデザインを体現しています。さらに、5Gアンテナ内蔵ガラスは信号を100%強化し、ガラスを使用したUWBソリューションはアンカーポイントを減らし、コストを大幅に削減することができます。

（2）インビジブルディスプレイがコックピットのデザインとインテリジェンスを強化

インビジブルディスプレイは、情報を表示するための光源としてLCDを使用し、ガラスカバーに取り付けられた特殊な半透明の装飾材料を光源が通過することで、「見えない」ように表示します。コックピットでは、インビジブルディスプレイは主にCIDやインビジブルドアディスプレイなどに使用されています。

II. インテリジェントドライビングの分野では、AD/ADASの知覚能力を向上させるために、サウザンドラインLiDAR、バイオニックカメラ、5Dイメージングレーダーなどの新しいセンサーや融合センサーが登場しています。

（1）サウザンドラインLiDARの発売

CES 2025において、HesaiとRoboSenseは、先進の自動運転に必要な知覚能力を満たす、より鮮明な点群を持つサウザンドラインLiDARを発表しました。サウザンドラインLiDARは、自動運転センサーにおけるLiDARの「地位」を高めると予測されます。

（2）視覚センサーを刺激するバイオニックカメラ

バイオニックカメラは生物の視覚システムを模倣したもので、通常、より広い視野や深い知覚を得るために使用されます。先進の視覚システムは、画像の精度を向上させるために、自動運転、UAV、ロボットなどの分野で使用されることが予測されます。現段階では、バイオニックカメラは主に実験段階にあります。

III. ボディ・シャーシの分野では、3Dプリンティング、一体型ダイカスト、デジタルシャーシなどの技術が、車両の安全性と快適性をさらに向上させます。

（1）3Dプリンティングが自動車のスタイリングデザインのツールになる

自動車産業では、金型製造が不要になるため、3Dプリンティングは通常、研究開発段階で、スタイリング検討、デザイン検証、プロトタイピング、部品試作、コンセプトカー、工具、検査ツール、パーソナライズされたカスタマイズ、パッケージング検証、小ロットのスペアパーツなどに使用されます。

Mercedes-Benz、BMW、Audi、Jaguar、Toyota、Fordなどの世界的に有名なOEMは、自動車の研究開発段階で3Dプリンティング技術を幅広く採用しています。

（2）デジタルシャーシによる車両制御性能の向上

従来のシャーシのドライブ、ブレーキ、ステアリング、サスペンションなどのシステムは、機械的な接続と油圧システムに依存して独立して動作していましたが、デジタルシャーシはデジタル技術を使用してシャーシのさまざまなサブシステムを統合して制御するため、すべてのシステムをより適切に調整することができます。2024年、HuaweiやSAICなどの多くのOEMやサプライヤーがデジタルシャーシを発表しました。

当レポートでは、中国の自動車産業について調査分析し、スマートコックピット、インテリジェントドライビング、ボディ・シャーシ、エネルギー・電力などの分野における新技術の応用に関する情報を提供しています。

目次

第1章 スマートコックピットにおける新技術の応用

• スマートグラスの利用の拡大
• パノラマキャノピーを備えたその他のモデル
• 自動車ガラス向けの革新的な軽量材料
• 自動車ガラスインクの革新的な応用
• 3Dディスプレイがコックピットの没入体験を向上させる
• インビジブルディスプレイ技術がコックピットのデザインとインテリジェンスを向上させる
• パノラマディスプレイ
• ARグラスがコックピットのエンターテインメントを向上させる
• AIにおける自動車音声アシスタントのアップデート
• ヘルシーコックピットの革新的な機能

第2章 インテリジェントドライビングにおける新技術の応用

• サウザンドラインLiDAR
• ズーム可能なLiDARの量産と発売
• 新しいLiDAR用途
• 新しい3D LiDAR
• 4D LiDARが検出力をさらに強化する
• FMCWはLiDARの将来の開発方向である
• 開発中のオートフォーカスカメラ
• RGB-IRカメラの応用範囲の拡大
• バイオニックカメラが視覚センサーにインスピレーションを与える
• コックピットモニタリングや自動運転の分野で統合センサーの応用が始まっている
• 4DイメージングレーダーはNOAとレベル3を超える自動運転に対応できる
• 5Dイメージングレーダーの発売
• 赤外線サーマルイメージング技術がスマートドライビングを強化する
• エンドツーエンド基盤モデルが自動運転の焦点となる
• マルチモーダル基盤モデルが自動運転の認識と意思決定能力を向上させる

第3章 ボディ・シャーシにおける新技術の応用

• 3Dプリンティングが自動車のスタイリングデザインのツールに
• 5G RedCapが軽量通信モジュールを提供
• 5G-A開発の1年目
• 6Gの登場
• SparkLinkの商業化段階
• OEMが衛星通信のレイアウトを拡大する
• 10ギガビットイーサネット技術が車両通信ネットワークに革命をもたらす
• 色が変わるボディの革新的な応用
• ボディ、内装、外装における環境にやさしい材料の利用が拡大する
• 軽量材料が車両性能を向上させる
• 冷却材が試験段階に突入する
• デジタルシャーシが車両の快適性を向上させる
• 光るグリルがブランド認知度を高める
• 「目に見えない」インテリジェントな外装
• インテリジェントタイヤ

第4章 エネルギー・電力における新技術の応用

• 全固体電池は2026年以降に量産化される
• リチウムイオンバッテリーの革新的な応用
• 水素燃料電池の産業化が加速している
• スマートバッテリーは技術革新を実現すると予測される
• その他の新しい電池
• スーパーチャージシステムの登場
• スーパーレンジエクステンションテクノロジーが航続距離400キロメートルを突破する

第5章 その他の分野における新技術の応用

• 低空飛行市場の活況
• ヒューマノイドロボットの商業化が加速している
• 視線追跡技術が発表され、携帯電話企業が先頭に立つ
• 電話とIVIの相互接続が電話とIVIの統合へと進化する
• eSIMカードが車両の国外移動を支援する

Application trends of emerging automotive technologies in 2024-2025

This report studies the corporate trends and new products of smart cockpit, smart driving, body & chassis and energy & power in 2024-2025, summarizes the representative emerging technologies and innovative applications, and discovers more than 50 industrial characteristics.

I. In the field of smart cockpits, emerging display technologies such as smart glass displays, 3D displays, panoramic displays, and invisible displays are gradually being introduced into vehicles.

1) Innovative applications of smart glass

Currently, the intelligence of automotive glass is mainly reflected in dimming, lighting and display, photovoltaics, and communications. Mainly including:

Dimming glass involves electrochromic technology, electronic control technology, suspended ion technology, etc. In addition, NIO has launched a dimmable canopy with basic neutral colors like black and gray.

Smart displays emit light and show animations or symbols to enable human-computer interaction.

Photovoltaic glass is equipped with solar cells, such as the integrated photovoltaic system launched by Webasto that runs through the rear windows and roof.

Glass with integrated antennas and LiDAR embodies a hidden design. In addition, glass with integrated 5G antennas enhances signals by 100%, while UWB solutions using glass can reduce anchor points and significantly cut costs.

2) Invisible displays enhance cockpit design and intelligence

Invisible displays use LCDs as light sources to display information, and allows the light source to pass through special translucent decorative materials attached to the glass cover to display "invisibly". In cockpits, invisible displays are mainly used in CIDs, invisible door displays and so on.

II. In the field of intelligent driving, novel sensors and fusion sensors such as thousand-line LiDAR, bionic cameras, and 5D imaging radars have emerged to improve the perception capabilities of AD/ADAS.

1) Launch of thousand-line LiDAR

At CES 2025, Hesai and RoboSense launched thousand-line LiDAR with clearer point cloud to meet the perception requirements of higher-level autonomous driving. Thousand-line LiDAR is expected to enhance LiDAR's "position" in autonomous driving sensors.

Case 1: Hesai AT1440

At CES 2025, Hesai unveiled its flagship product - AT1440 which is a 1,440-line LiDAR as the name suggests.

AT1440, equipped with Hesai's self-developed fourth-generation chip, adopts high-efficiency photosensitivity and ultra-high parallel processing technology with an angular resolution of 0.02°. It can output extremely high-definition image-level point cloud, more than 30 times higher than the current mainstream automotive LiDAR.

According to the official information, the lidar can even see small potholes on the ground.

Case 2: RoboSense EM4

At CES 2025, RoboSense exhibited the EM4 thousand-line LiDAR for the passenger car market.

The LiDAR has up to 1080 lines and a maximum detection distance of 600 meters. The detection distance can reach 300 meters at a reflectivity of 10%. The field of view is 120°X27°, the angular resolution is 0.050°X0.025°. It can produce images at 25.92 million points per second, which can accelerate the response of the intelligent driving system by 70%.

The new digital architecture and technology optimization enable EM4 to have higher detection capabilities for white vehicles, black tires, traffic cones, highly reflective road signs and other objects, as well as in rain and fog. For example, when facing a white car, the system can make an emergency avoidance or brake to a stop at a speed of 289km/h.

2) Bionic cameras inspire visual sensors

Bionic cameras mimic biological vision systems and are typically used to gain a wider field of view or deeper perception. Advanced vision systems are expected to be used in fields such as autonomous driving, UAVs, and robots to improve image accuracy. At this stage, bionic cameras are mainly in the experimental stage.

Case 1: HKUST's novel insect-like compound eye system

In May 2024, a team of engineers and robotics experts from the Hong Kong University of Science and Technology designed and built an ultra-wide field of view pinhole compound eye system based on an insect compound eye based on a hemispherical nanowire array.

The system combines 3D printing and high-performance photodetector technology to achieve ultra-wide field of view and accurate dynamic motion tracking by designing a unique pinhole array to simulate the arrangement of ommatidia in the insect compound eye system.

Case 2: GIST's computer vision technology based on feline eyes

In November 2024, the Gwangju Institute of Science and Technology (GIST) in South Korea unveiled a novel computer vision system inspired by feline eyes to improve the image clarity and focus of autonomous driving systems in various lighting conditions.

The new system features a slit-type elliptical aperture and patterned metal reflectors to improve object detection and recognition in a variety of lighting conditions.

The design effectively reduces light interference and improves light sensitivity, enabling detection of camouflaged objects in different lightning strikes.

III. In the field of body chassis, 3D printing, integrated die-casting, digital chassis and other technologies further improve vehicle safety and comfort.

1) 3D printing becomes a tool for vehicle styling design

In the automotive industry, since mold manufacturing can be eliminated, 3D printing is usually used in the R&D stage for styling review, design verification, prototyping, parts trial production, concept cars, tooling fixtures, inspection tools, personalized customization, packaging verification, small-batch spare parts, etc.

World-known OEMs such as Mercedes-Benz, BMW, Audi, Jaguar, Toyota, Ford, etc. have extensively adopted 3D printing technology in the research and development stage of automobiles.

Case: BMW uses 3D printing to reduce the weight of robot gripper elements by 20%-30%

In October 2024, BMW shed light on its use of 3D printing for customized robotic grippers at its Lightweight Construction and Technology Centre where gripper elements can weighs roughly 20%-30% less. The BMW Group produces more than 400,000 parts through 3D printing globally every year.

2) Digital chassis improves vehicle control performance

Traditional chassis drive, braking, steering, suspension and other systems rely on mechanical connections and hydraulic systems to operate independently, while digital chassis use digital technology to bring together the various subsystems of the chassis for control, which can better coordinate all systems. In 2024, many OEMs and suppliers such as Huawei and SAIC released digital chassis.

Case: SAIC Lizard Digital Chassis (available on IM L6)

The Lizard Digital Chassis developed by SAIC supports full-cycle OTA and digital iterations. Multiple system control modules such as the four-wheel steering system, electronic shock absorbers, air springs, and electric drives are integrated and controlled, freeing the hardware control strategy from suppliers and achieving rapid iteration through self-development and self-control. Through the coordinated management of the vehicle's three-axis and six-degree-of-freedom motion, joint adjustment and control of dynamic performance in all dimensions can be attained.

The Lizard Digital Chassis empowers IM L6 three capabilities:

Crab walking. The Lizard Digital Chassis features four-wheel steering, allowing the vehicle to "run rampant" like a crab and solve problems such as side parking.

Less deviation. On extreme low-adhesion roads such as roads covered by residual snow or rain, the Lizard Digital Chassis can reduce deviation by about 80% compared to its counterparts.

Emergency avoidance. In the case of highway emergency avoidance, the Lizard Digital Chassis can respond 30% faster than the traditional ESP system.

• IV. In the field of energy and power, smart batteries have achieved technological breakthroughs, and supercharging and super range extension systems have laned on vehicles.

1) Supercharging systems emerge

High-power supercharging facilities can charge batteries from 20% to 80% in 10 minutes. 2024 is the first year of China's "supercharging" development. While the country vigorously supports the construction of basic charging facilities, local governments are also actively promoting the construction of supercharging. Supercharging stations and models that support supercharging are emerging in large numbers at home and abroad.

Case 1: GAC Trumpchi launched a 4C supercharged plug-in hybrid model

At the end of 2024, GAC Trumpchi launched the E9, the first plug-in hybrid model equipped with 4C supercharging technology and the next-generation magazine battery for the first time. The next-generation magazine battery enables "ultra-fast charging" and can be recharged to 80% in just 8 minutes. According to actual measurements by staff at the Everest Supercharging Station (technically supported by Huawei), it only takes 7 minutes and 56 seconds to charge from 20% SOC to 80% SOC.

Case 2: Xpeng's next-generation S5 supercharging stations are available in four cities, supporting driving over 1 km in a second of charging

In September 2024, Xpeng announced the official launch of S5 supercharging stations in four cities: Shanghai, Tianjin, Zhengzhou, and Wuhan. The peak charging power of Xpeng's liquid-cooled S5 supercharging piles can reach 800kW, supporting driving over 1 km in a second of charging. With a maximum output current of 800A and a voltage of 1000V, the charging gun starts in less than 13 seconds.

2) Super range extension technology enables a comprehensive range of more than 1,000 km

As a hybrid technology, super range extenders are designed to provide longer range and lower energy consumption. According to the current technological development trend, the range of the new generation of super-extended-range vehicles is likely to exceed 400 kilometers. According to data, nearly 30 models including Geely, Chery, GAC, and Voyah will be equipped with the black technology by 2025.

Case 1: Deepal Super Range Extender 2.0 was launched

On March 18, 2024, Deepal G318 officially made its debut, equipped with Deepal Super Range Extender 2.0 for the first time. The car accelerates from 0 to 100 mph in 6.3 seconds, with a maximum power of 316kW, and a peak wheel torque of 6200N*m. The battery-electric range is 190Km (CLTC), and the comprehensive range is over 1,000km.

Case 2: AITO released the next-generation super range extension system

On November 15, 2024, AITO released the next-generation Seres super range extension system which highlights quietness, high integration and high efficiency.

The range extension system is based on the "C2E range extension architecture" and "RoboREX intelligent control technology". C2E is a new highly integrated range extension architecture. Combined with RoboREX intelligent range extension control technology, it changes the working mode of range extenders from passive to active, facilitates intelligent active energy management, reduce the overall fuel consumption by 15% and lowers noise by 90%. The actual efficiency of the range extender exceeds 3.6kWh/L, which is equivalent to 1L of fuel generating more than 3.6 kWh, topping mass-produced range extenders in the industry.

The M9 and the new M7, equipped with AITO's next-generation Seres super range extension system, have a battery-electric range of more than 200km and a comprehensive range of more than 1,200km.

Table of Contents

Overview

Overview 1: Application of Emerging Technologies in Smart Cockpits

Overview 2: Application of Emerging Technologies in Smart Driving

Overview 3: Application of Emerging Technologies in Body and Chassis

Overview 4: Application of Emerging Technologies in Energy and Power

Overview 5: Application of Emerging Technologies in Other Fields

1 Application of Emerging Technologies in Smart Cockpits

• 1.1 Expansion of Smart Glass Application
• Case 1: Ferrari Purosangue Applies Gauzy SPD Smart Glass Technology
• Case 2: China Unicom and Fuyao Group Jointly Build 5G Glass Antennas
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• 1.2 More Models with Panoramic Canopies
• Panoramic Canopy Development History
• Case 1: ZEEKR 001
• Case 2: Avatr 12
• Case 3: Volkswagen ID.7 VIZZION
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• Case 11:
• 1.3 Innovative Lightweight Materials for Automotive Glass
• 1.4 Innovative Application of Automotive Glass Ink
• 1.5 3D Displays Improve Immersive Cockpit Experience
• Naked-eye 3D Technology Route
• Application Fields and Scenarios of Naked-eye 3D in Vehicles
• Naked-eye 3D Cluster Screens
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Light Field 3D Display Technology
• Light Field Display System Composition
• Light Field Display Application Scenarios
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Aerial 3D Imaging
• Principle of Aerial 3D Imaging Technology
• Aerial Imaging Application Scenarios
• Aerial Imaging Application Scenarios
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• 3D AR-HUD
• Advantages of 3D AR-HUD
• 3D AR-HUD Technology Route
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• 1.6 Invisible Display Technology Improves Cockpit Design and Intelligence
• Invisible Display Cases (1)
• Invisible Display Cases (2)
• Invisible Display Cases (3)
• Invisible Display Cases (4)
• Invisible Display Cases (5)
• 1.7 Panoramic Display
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• 1.8 AR Glasses Improve Cockpit Entertainment
• Optical Solutions for AR Glasses
• Case 1:
• Case 2:
• Case 3:
• Case 4: Smart Glasses Arena in 2025
• 1.9 Updates of Automotive Voice Assistants in AI
• Automotive AI Assistant Application Scenarios
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Automotive Voice Assistant Trends (1):
• Automotive Voice Assistant Trends (2):
• Automotive Voice Assistant Trends (3):
• Automotive Voice Assistant Trends (4):
• 1.10 Innovative Functions of Healthy Cockpits
• Summary of OEM Health Technology Routes
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• Case 11:
• Case 12:
• Case 13:
• Case 14:
• Case 15:
• Case 16:
• Case 17:
• Case 18:
• Summary of Supplier Health Technology Routes (1)
• Summary of Supplier Health Technology Routes (2)
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• Case 11:
• Case 12:
• Case 13:
• Case 14:
• Case 15:
• Automotive Health Trends (1):
• Automotive Health Trends (2):
• Automotive Health Trends (3):
• Automotive Health Trends (4):
• Automotive Health Trends (5):
• Automotive Health Trends (6):
• Automotive Health Trends (7):

2 Application of Emerging Technologies in Intelligent Driving

• 2.1 Thousand-line LiDAR
• 2.2 Mass Production and Launch of zoomable LiDAR
• 2.3 Novel LiDAR Application
• 2.4 New 3D LiDAR
• Case 1:
• Case 2:
• Case 3:
• 2.5 4D LiDAR Further Enhances Detection
• 2.6 FMCW Is the Future Development Direction of LiDAR
• Case 1:
• Case 2:
• Case 3:
• 2.7 Autofocus Cameras under Development
• 2.8 Expanded Application of RGB-IR Cameras
• Case 1:
• Case 2:
• Case 3:
• 2.9 Bionic Cameras Inspire Visual Sensors
• Case 1:
• Case 2:
• Case 3:
• 2.10 Integrated Sensors Are Beginning to Be Applied in the Fields of Cockpit Monitoring and Autonomous Driving
• 2.11 4D Imaging Radar Can Cater to NOA and Autonomous Driving of L3 and Above
• Case 1:
• Case 2:
• 2.12 Launch of 5D Imaging Radar
• 2.13 Infrared Thermal Imaging Technology Empowers Smart Driving
• Case 1:
• Case 2:
• 2.14 End-to-end Foundation Models Become the Focus of Autonomous Driving
• Progress of End-to-end Autonomous Driving in Mass Production
• Comparison among OEMs in End-to-end System Solution Layout (1)
• Comparison among OEMs in End-to-end System Solution Layout (2)
• Comparison among Tier 1 ADAS Suppliers in End-to-end System Solution Layout (1)
• Comparison among Tier 1 ADAS Suppliers in End-to-end System Solution Layout (2)
• Comparison among Other Autonomous Driving Companies in End-to-end System Solution Layout
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• End-to-end Systems Empower Top OEMs to Launch Mapless NOA Nationwide on a Large Scale
• Comparison among Sub-brands of Domestic Mainstream OEMs in NOA and End-to-end Implementation Schedule (1):
• Comparison among Sub-brands of Domestic Mainstream OEMs in NOA and End-to-end Implementation Schedule (2):
• Comparison among Sub-brands of Domestic Mainstream OEMs in NOA and End-to-end Implementation Schedule (3):
• Comparison among Sub-brands of Domestic Mainstream OEMs in NOA and End-to-end Implementation Schedule (4):
• 2.15 Multi-modal Foundation Models Improve Autonomous Driving Perception and Decision-making Capabilities
• VLM Is a "New Star" of Multi-modal Foundation Models at This Stage
• VLM Evolves to VLA
• Application Cases

3 Application of Emerging Technologies in Body and Chassis

• 3.1 3D Printing Becomes a Tool for Vehicle Styling Design
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• 3.2 5G RedCap Provides Lightweight Communication Modules
• Commercialization Progress of 5G RedCap
• 5G RedCap Communication Module Suppliers
• Status Quo of 5G RedCap Industry
• 5G RedCap Application
• 3.3 The First Year of 5G-A Development
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• 3.4 Emergence of 6G
• Trend 1:
• Trend 2:
• Trend 3:
• Trend 4:
• Trend 5:
• Trend 6:
• Trend 7:
• Trend 8:
• 3.5 Commercialization Stage of SparkLink
• SparkLink Communication Interfaces
• SparkLink Standard Specifications
• Commercial Application of SparkLink
• Digital Key Solutions Based on SparkLink
• Technical Advantages of SparkLink
• Application Cases
• 3.6 OEMs Expand Satellite Communication Layout
• Case 1
• Case 2
• Case 3
• Case 4
• 3.7 10 Gigabit Ethernet Technology Revolutionizes Vehicle Communication Networks
• 3.8 Innovative Application of Color-Changing Bodies
• Case 1
• Case 2
• 3.9 The Application of Environmentally Friendly Materials in Bodies, Interiors and Exteriors Expands
• Body Environmentally Friendly Materials Cases (1)
• Body Environmentally Friendly Materials Cases (2)
• Body Environmentally Friendly Materials Cases (3)
• Body Environmentally Friendly Materials Cases (4)
• 3.10 Lightweight Materials Improve Vehicle Performance
• Application of CFRP
• CFRP Application (1):
• CFRP Application (2):
• CFRP Application (3):
• CFRP Application (4):
• CFRP Application (5):
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• 3.11 Cooling Materials Enter the Testing Stage
• Case 1:
• Case 2:
• 3.12 Digital Chassis Improve Vehicle Comfort
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• 3.13 Luminous Grilles Enhance Brand Recognition
• Application Features of Luminous Grilles
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• Case 11:
• Case 12:
• Case 13:
• Case 14:
• 3.14 "Invisible" Intelligent Exteriors
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• 3.15 Intelligent Tires
• Case 1:
• Case 2:
• Case 3:

4 Application of Emerging Technologies in Energy and Power

• 4.1 Solid-state Batteries Will Be Mass-produced After 2026
• Status Quo of Solid-state Battery Industry
• Layout of Solid-state Battery Enterprises
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• Case 10:
• Case 11:
• 4.2 Innovative Application of Lithium-Ion Batteries
• 4.3 The Industrialization Process of Hydrogen Fuel Cells is Accelerating
• Case 1:
• Case 2:
• 4.4 Smart Batteries Are Expected to Achieve Technological Breakthroughs
• Iterations of Smart Batteries
• Fiber Optic Sensors Will Be Used in Smart Lithium Batteries
• 4.5 Other Novel Batteries
• 4.6 Supercharging Systems Emerge
• Status quo of Liquid Cooling Supercharging Industry
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• 4.7 Super Range Extension Technology Breaks through the 400-kilometer Range Mark
• Case 1:
• Case 2:

5 Application of Emerging Technologies in Other Fields

• 5.1 Booming Low-altitude Flight Market
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• Case 9:
• 5.2 The Commercialization Process of Humanoid Robots Is Accelerating
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5:
• Case 6:
• Case 7:
• Case 8:
• 5.3 Eye Tracking Technology Was Released and Mobile Phone Companies Take the Lead
• Case 1:
• Case 2:
• 5.4 Phone-IVI Interconnection Evolves to Phone-IVI Integration
• Application Scenarios of Phone-IVI Integration
• Typical Cases of Phone-IVI Integration
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• 5.5 eSIM Cards Help Vehicles Go Overseas
• eSIM Technical Standards
• Significance of eSIM in the Internet of Vehicles
• eSIM Helps Vehicles Go Overseas
• Brands and Models Equipped with eSIM Cards
• Case 1:
• Case 2:
• Case 3:
• Case 4:
• Case 5: