Inside Byd Display Lcd Panel: Standards, Structure, and How It Supports Industrial Applications

Types of LCD Panel Displays for BYD

A high-quality LCD panel display is a central component in modern BYD vehicles, combining functionality, aesthetics, and driver interaction. These displays serve as the primary interface for infotainment, navigation, vehicle diagnostics, and climate control. Suppliers offer various wholesale BYD display LCD panels tailored to specific models, each engineered to enhance user experience, safety, and technological integration.

BYD TA Panel Display

Engineered for efficiency and responsiveness, the BYD TA LCD panel utilizes advanced liquid crystal technology to deliver crisp, high-contrast visuals. Its standout feature is adaptive brightness control, which automatically adjusts screen clarity based on ambient lighting—ensuring optimal visibility in both bright sunlight and low-light conditions.

Advantages

• Energy-efficient operation
• Responsive touch interface
• Auto-brightness adjustment
• Seamless integration with vehicle systems

Limitations

• Limited customization options
• Fewer multimedia features compared to premium models

Best for: Compact models, fleet vehicles, drivers prioritizing reliability and efficiency

BYD Han Display Panel

The BYD Han’s LCD panel is a technological centerpiece, designed to match the luxury and sophistication of the vehicle’s interior. More than just a display, it acts as a command center for navigation, entertainment, connectivity, and advanced driver settings. Featuring split-screen capability, it allows simultaneous viewing of maps, music, and phone functions.

Advantages

• Premium build and sleek design
• Vibrant color depth and high resolution
• Split-screen multitasking
• Full integration with smart vehicle features

Limitations

• Higher cost for replacement
• Potential complexity for less tech-savvy users

Best for: Luxury sedans, tech-forward drivers, premium in-car experience

BYD G3 Display Panel

Designed with safety and usability in mind, the G3’s LCD panel emphasizes clarity and driver focus. The interface is intuitive, minimizing distractions while delivering essential driving data such as speed, battery status, and alerts. Its night mode reduces blue light and screen glare, improving visibility and comfort during evening or nighttime driving.

Advantages

• Driver-focused interface
• Effective night mode for reduced eye strain
• Durable construction for long-term use
• Easy-to-read display under all conditions

Limitations

• Less advanced graphics compared to newer models
• Limited app and media integration

Best for: Daily commuters, safety-conscious drivers, entry-level to mid-range models

BYD Sees Display Panel

The Sees series features a cutting-edge LCD panel built for interactivity and modern aesthetics. With a high-resolution touchscreen and ultra-responsive latency, it enhances user engagement across apps, settings, and media. Anti-glare coating ensures consistent visibility in direct sunlight, while the bezel-less design creates a seamless, futuristic look within the cabin.

Advantages

• High-resolution, bezel-less display
• Advanced anti-glare technology
• Fast, fluid touch response
• Modern, minimalist interior integration

Limitations

• Potential fingerprint smudging
• Higher power consumption

Best for: Tech enthusiasts, urban drivers, modern EV interiors

Model	Display Resolution	Key Features	Best Use Case	Durability
BYD TA	HD (1280×720)	Adaptive brightness, energy-efficient	Efficiency-focused driving	Very Good
BYD Han	FHD+ (1920×1080)	Split-screen, rich color depth	Luxury & multitasking	Excellent
BYD G3	WXGA (1280×800)	Night mode, clear UI	Safety & daily commuting	Good
BYD Sees	QHD (2560×1440)	Bezel-less, anti-glare, responsive touch	Interactive tech experience	Very Good

Expert Tip: When sourcing wholesale BYD LCD panels, ensure compatibility with the vehicle’s firmware version and touch controller. Always verify whether the panel includes pre-installed software or requires calibration post-installation to avoid integration issues.

Material & Durability for BYD Display LCD Panel

When selecting a replacement or upgrade for a BYD display LCD panel, understanding the materials used and their long-term durability is essential. The right combination of materials ensures not only visual clarity and responsiveness but also resilience against daily wear, environmental exposure, and accidental damage. This guide breaks down the key components and their material properties to help buyers make informed decisions.

Acrylic Bezels: Lightweight Clarity with Impact Resistance

Acrylic bezels are commonly used in modern automotive displays due to their excellent optical clarity and low weight. These bezels provide a sleek, transparent frame that enhances the screen's aesthetics while contributing to the overall lightweight design of the dashboard.

Beyond appearance, acrylic offers strong impact resistance—making it ideal for environments where minor bumps or vibrations are common. While not as scratch-resistant or rigid as tempered glass, high-grade acrylic is engineered to withstand regular use without cracking or clouding. It's particularly effective in reducing glare and maintaining screen visibility under bright sunlight.

Oleophobic Coating: Smudge Resistance for Clear Visibility

Most BYD display panels come with an oleophobic coating applied to the screen surface. This nano-thin layer repels oils from fingerprints, sweat, and skin contact, helping maintain a clean and clear display even with frequent touch interaction.

The coating significantly improves user experience by minimizing smudges and making the screen easier to wipe clean. However, it is not permanent. Over time, repeated cleaning with abrasive cloths or harsh chemical cleaners (such as ammonia-based or alcohol-heavy solutions) can degrade the coating, reducing its effectiveness.

To extend the life of the oleophobic layer, it's recommended to clean the screen with a microfiber cloth and mild, pH-neutral screen cleaner. Avoid using paper towels or rough materials that can micro-scratch the surface.

Tempered Glass: Premium Protection and Safety

Tempered glass is a top-tier material used in higher-end BYD display models for superior durability. Through a heat-treatment process, the glass becomes up to five times stronger than standard soda-lime glass, offering exceptional resistance to scratches, cracks, and impacts.

In addition to strength, tempered glass is designed with safety in mind. If broken, it shatters into small, rounded granules rather than sharp shards—minimizing the risk of injury during accidents or sudden impacts. This makes it an ideal choice for automotive interiors where passenger safety is paramount.

The smooth surface also enhances touch responsiveness and works well with the oleophobic coating, providing a seamless user interface even in demanding driving conditions.

Housing Materials: Balancing Strength, Weight, and Environmental Protection

The structural housing of a BYD display LCD panel is typically constructed from a blend of high-performance plastics and reinforced metals. This hybrid approach ensures durability without adding excessive weight to the vehicle’s interior.

Common plastics used include ABS (Acrylonitrile Butadiene Styrene) and polycarbonate—both known for their impact resistance, thermal stability, and ability to maintain shape under stress. These materials protect internal electronics from shocks and vibrations encountered during driving.

Metal components, often aluminum or steel alloys, are strategically placed to reinforce mounting points and improve heat dissipation. Despite their strength, these metals are lightweight and corrosion-resistant, ensuring longevity even in humid or salty environments.

Together, these materials form a robust enclosure that shields sensitive circuitry from dust, moisture, and temperature fluctuations—critical for maintaining performance across diverse climates and road conditions.

Water-Resistant Sealing & IP Ratings

Given the constant exposure to moisture, spills, and humidity inside vehicles, water-resistant sealing is a crucial feature of BYD display panels. Most units are designed with sealed edges and gaskets that prevent liquid and dust ingress.

Many models meet specific IP (Ingress Protection) ratings—such as IP65 or IP67—indicating high levels of protection against dust and water. For example, IP67 means the display is completely dust-tight and can withstand temporary immersion in water up to 1 meter deep for 30 minutes.

To maintain this protection, it's important to ensure that seals remain intact during installation or repairs. Regular inspection for cracks, compression loss, or debris buildup around the bezel can prevent premature failure due to moisture damage.

Long-Term Durability Factors

Durability isn’t just about materials—it’s also about how they work together over time. UV exposure, extreme temperatures, and continuous touch input can degrade materials if not properly engineered.

BYD panels are designed with UV-stable coatings to prevent yellowing or fading of plastics. Internal components are shielded from thermal expansion and contraction, which helps avoid delamination or connection failures.

Additionally, the integration of flexible printed circuits and shock-absorbing mounts further enhances reliability. When replacing a panel, choosing OEM or certified aftermarket parts ensures these durability standards are maintained.

Component	Material Type	Key Benefits	Durability Tips
Bezel	Acrylic	Lightweight, impact-resistant, optically clear	Avoid sharp impacts; clean gently to prevent micro-scratches
Screen Surface	Tempered Glass (or Acrylic)	Scratch-resistant, shatter-safe, smooth touch	Use soft cloths; avoid abrasive cleaners
Oleophobic Layer	Nano-coating	Repels fingerprints and oils	Do not use alcohol-based cleaners; replace if worn
Housing	ABS/Polycarbonate + Metal Alloy	Strong, lightweight, heat-dissipative	Inspect for cracks; ensure secure mounting
Seals & Gaskets	Silicone/Rubber	Water and dust resistance (IP-rated)	Check for compression wear; replace if damaged

Best Practices for Maximizing Display Longevity

Use a Screen Protector: Even with tempered glass and coatings, a high-quality screen protector adds an extra layer of defense against scratches and abrasions.

Clean Properly: Use only microfiber cloths and screen-safe cleaning solutions. Never spray liquids directly onto the display.

Avoid Direct Sunlight Exposure: Prolonged UV exposure can degrade plastics and adhesives. Use sunshades when parked for extended periods.

Inspect Seals Regularly: Check for gaps or swelling around the bezel that may indicate seal degradation, especially in coastal or high-humidity areas.

Handle with Care During Installation: Misalignment or overtightening during replacement can damage housing or compromise water resistance.

Important: Always verify compatibility and quality when purchasing replacement LCD panels. Low-quality replicas may use inferior materials—such as standard glass instead of tempered, or omit oleophobic coatings and proper sealing—leading to reduced lifespan and potential safety hazards. Opt for OEM or certified aftermarket parts to ensure performance, durability, and warranty coverage.

Commercial Uses of BYD Display LCD Panel

The BYD Display LCD Panel has emerged as a critical technological component in modern automotive ecosystems, offering advanced functionality across a wide range of commercial applications. These high-resolution, responsive screens are engineered for durability, clarity, and seamless integration into vehicle systems, making them ideal for use beyond just factory installations. From manufacturing to customization, the versatility of the BYD LCD panel supports innovation, efficiency, and enhanced user experience in the automotive industry.

Automotive Manufacturing

BYD Display LCD panels are integral to the digital cockpits of modern electric and hybrid vehicles. Integrated directly into the dashboard, these panels serve as central hubs for driver interaction, providing real-time access to vehicle diagnostics, navigation, climate control, safety alerts, and infotainment systems.

• Used across multiple BYD models including the Han, Tang, and Dolphin series, ensuring consistency in user interface and performance
• Supports touch responsiveness, high-definition graphics, and adaptive brightness for optimal visibility in all lighting conditions
• Enables over-the-air (OTA) software updates, allowing manufacturers to improve features and fix issues remotely
• Designed with automotive-grade materials to withstand temperature fluctuations, vibration, and long-term usage

Key insight: As vehicles become increasingly software-driven, the LCD panel is no longer just a convenience—it's a core component of vehicle intelligence and safety.

Repair and Replacement Services

With the growing complexity of vehicle electronics, damaged or malfunctioning LCD displays are among the most common repair requests in auto service centers. The rise of online car sales has also increased demand for functional, aesthetically pleasing interiors—making display integrity a key factor in resale value.

• Independent and franchise repair shops rely on reliable suppliers for OEM-compatible or certified aftermarket BYD LCD panels
• Technicians must verify model-specific compatibility due to variations in size, resolution, connector types, and firmware versions
• Many repair facilities stock popular models or use VIN-based lookup tools to ensure accurate replacements
• Some panels require calibration or software pairing after installation to restore full functionality

Pro tip: Always source panels from reputable suppliers with warranty support and technical documentation to reduce return rates and customer dissatisfaction.

Automotive Dealerships

Dealerships play a crucial role in educating customers about the advanced features enabled by the BYD LCD display. Sales and service teams use these screens to demonstrate vehicle capabilities, troubleshoot issues, and enhance the overall customer experience.

• Sales staff utilize the display to showcase multimedia, connectivity options (Bluetooth, Android Auto, CarPlay), and ADAS features like lane departure warnings
• Service advisors use the screen to display diagnostic reports and maintenance recommendations
• Training programs help dealership personnel understand firmware updates, screen calibration, and common troubleshooting steps
• Interactive walkthroughs increase customer confidence and satisfaction during test drives and deliveries

Customer impact: A fully functional, intuitive display significantly influences buyer perception of quality and technological sophistication.

Transportation and Fleet Management

In commercial fleet operations, the BYD LCD panel serves as a mission-critical interface for monitoring vehicle health, optimizing routes, and improving driver accountability. Its integration with telematics systems enables real-time data visualization and operational oversight.

• Displays GPS navigation, fuel/energy consumption, battery status (for EVs), and route optimization suggestions
• Shows driver behavior metrics such as harsh braking, speeding, and idle time to support safety programs
• Integrates with fleet management software to provide alerts for scheduled maintenance or system faults
• High-contrast, glare-resistant screens ensure readability in diverse weather and lighting conditions

Operational benefit: Real-time visibility into fleet performance leads to reduced downtime, lower operating costs, and improved compliance.

Car Customization Shops

Enthusiasts and luxury vehicle modifiers increasingly turn to the BYD LCD panel for interior upgrades due to its sleek design, high resolution, and modern interface. These shops use the panels to replace outdated systems or create custom digital dashboards.

• Ideal for retrofitting older vehicles with state-of-the-art infotainment and instrument clusters
• Supports integration with backup cameras, surround-view systems, and audio processors
• Custom UI skins can be developed to match a vehicle’s aesthetic theme (e.g., sport, luxury, off-road)
• Popular in EV conversions where digital instrumentation is essential for monitoring battery and motor performance

Design advantage: The slim bezel and edge-to-edge glass design align with contemporary luxury automotive trends.

Developers and OEMs

OEMs and automotive technology developers choose the BYD LCD panel for its robust hardware platform and software flexibility. It supports rapid prototyping and integration of next-generation vehicle interfaces.

• Compatible with Android Automotive OS and other embedded systems for building custom infotainment environments
• Offers API access for integrating third-party apps, voice assistants, and cloud services
• Supports multi-touch, gesture control, and split-screen functionality for advanced user experiences
• Used in concept vehicles and smart cockpit demonstrations at auto shows and R&D labs

Innovation driver: The panel’s open architecture encourages collaboration between BYD and tech partners to push the boundaries of in-car computing.

Industry Insight: As the automotive sector shifts toward electrification and digitalization, the BYD Display LCD Panel is evolving from a simple screen into a central nervous system for the vehicle. Businesses that understand its capabilities—from repair shops to fleet operators—can leverage it to deliver greater value, improve efficiency, and stay competitive in a rapidly changing market.

Commercial Sector	Primary Use Case	Key Requirements	Expected Lifespan
Automotive Manufacturing	Factory-installed digital cockpit	OEM integration, durability, OTA support	8–10 years
Repair & Replacement	Aftermarket screen replacement	Model compatibility, warranty, ease of install	5–7 years
Fleet Management	Telematics and driver feedback	Real-time data display, ruggedness	6–8 years
Customization Shops	Interior tech upgrades	High resolution, modifiable firmware	5+ years (with proper care)
OEMs & Developers	Smart cockpit development	API access, scalability, design flexibility	Varies by project

Additional Considerations for Commercial Use

• Supply Chain Reliability: Ensure consistent access to authentic BYD panels through authorized distributors to avoid counterfeit or incompatible units
• Software Updates: Panels may require periodic firmware updates—service providers should have access to update tools and technical support
• Installation Expertise: Proper installation involves electrical, mechanical, and software steps; technician training is highly recommended
• Environmental Resistance: Panels are designed for automotive environments but should be handled carefully during storage and transport
• Customer Education: End-users benefit from guidance on maximizing screen functionality and avoiding common issues like screen burn-in or glare

How to Choose the Right BYD Display LCD Panel: A Comprehensive Guide for Wholesale Buyers

Selecting the correct BYD display LCD panel is essential for ensuring compatibility, performance, and customer satisfaction—especially when purchasing in bulk. Whether you're a distributor, auto parts retailer, or service center, making informed decisions can reduce returns, enhance installation efficiency, and improve your reputation in the market. This guide provides actionable insights into choosing high-quality BYD LCD panels with attention to compatibility, functionality, sourcing, pricing, quality, and post-delivery assessment.

Important Note: Always verify the authenticity and model-specific compatibility of BYD LCD panels before placing large orders. Counterfeit or incompatible units can lead to costly returns, safety concerns, and damage to your business credibility.

1. Compatibility: Match the Right Panel to the Vehicle Model

BYD vehicles are manufactured with specific infotainment and instrument cluster configurations, meaning not all LCD panels are interchangeable. Using an incompatible display can result in installation failures, error codes, or malfunctioning systems.

• Identify the exact BYD model (e.g., BYD Han, Tang, Song Plus, Dolphin) and year of production before selecting a display.
• Cross-reference the original equipment manufacturer (OEM) part number on the existing panel or in the vehicle’s service manual.
• Request a compatibility chart from your supplier that maps LCD models to specific BYD variants and trim levels.
• Prioritize multi-fit panels where possible—some upgraded LCDs are designed to support multiple BYD platforms, reducing inventory complexity.
• Confirm whether the panel supports CAN bus integration, steering wheel controls, backup camera input, and other vehicle-specific functions.

Pro Tip: Maintain a database of BYD models and their corresponding LCD part numbers. This helps streamline future orders and improves accuracy when fulfilling customer requests.

2. Functionality: Choose Features That Meet Customer Expectations

Modern BYD LCD displays go beyond basic screen output—they integrate deeply with vehicle systems and user experience. Evaluate the functional capabilities of each panel to ensure it meets both technical and consumer demands.

• Touchscreen Support: Ensure the panel has responsive capacitive touch functionality, especially for models replacing stock infotainment units.
• Display Clarity: Look for panels with high resolution (at least 1080p), anti-glare coating, and excellent visibility in direct sunlight or low-light conditions.
• Operating System & Navigation: Some aftermarket BYD LCDs run Android OS, enabling access to apps, Bluetooth calling, and updated GPS navigation—features highly valued by end users.
• Connectivity Options: Verify support for Apple CarPlay, Android Auto, Bluetooth, Wi-Fi, and USB connectivity.
• Software Updates: Panels with OTA (Over-The-Air) update capability offer long-term value and reduce obsolescence risk.

3. Sourcing: Partner with Reliable Suppliers

Where you source your LCD panels directly impacts product reliability, delivery speed, and after-sales support. Bulk procurement requires a strategic approach to supplier selection.

• Choose suppliers with a proven track record in automotive electronics, preferably those specializing in BYD or Chinese EV components.
• Opt for vendors with a robust online presence, detailed product listings, and responsive customer service.
• Avoid third-party marketplaces with unverified sellers; instead, work directly with authorized distributors or factory-backed suppliers.
• Check if the supplier offers technical documentation, installation guides, and firmware files for troubleshooting.
• Ensure they provide warranty coverage (minimum 12 months) and have a clear return policy for defective units.

Expert Insight: Request sample units before placing bulk orders. Testing a few panels ensures compatibility, build quality, and ease of integration with your installation process.

4. Pricing: Balance Cost with Value

While competitive pricing is crucial for profitability, the cheapest option isn’t always the most cost-effective in the long run. Factor in total value, not just upfront cost.

• Compare prices across multiple trusted suppliers, but don’t sacrifice quality for minor savings.
• Negotiate volume discounts—most suppliers offer tiered pricing based on order size (e.g., 5%, 10%, or 15% off for 50+, 100+, or 200+ units).
• Watch for seasonal promotions, trade-in deals, or clearance sales on older-generation panels.
• Calculate total landed cost, including shipping, import duties (if applicable), and potential return rates.
• Consider bundling related components (e.g., harness adapters, bezels) for potential package savings.

5. Quality: Prioritize Authenticity and Durability

Low-quality or counterfeit LCD panels can lead to premature failure, distorted displays, touch unresponsiveness, or even safety issues due to system errors.

• Only purchase OEM or OEM-equivalent panels from reputable manufacturers. Avoid "compatible" or "replica" labels unless thoroughly vetted.
• Inspect build quality: check for uniform backlighting, solid frame construction, and proper connector alignment.
• Verify that the panel uses genuine LCD technology (IPS or TFT) with good color reproduction and viewing angles.
• Research customer reviews and feedback on forums like Alibaba, Reddit, or EV owner groups to gauge real-world performance.
• Ask for certifications such as ISO, CE, or RoHS compliance, which indicate adherence to international manufacturing standards.

Warning: Be cautious of unusually low prices—these often indicate refurbished, used, or knockoff panels. Always confirm whether the product is new, original, and sealed.

6. Assessment: Inspect Upon Delivery

After receiving your shipment, conduct a thorough inspection to catch defects early and protect your investment.

• Compare the delivered units against your purchase order—verify model numbers, quantities, and packaging.
• Perform a visual inspection for scratches, dents, or cracked screens.
• Power-test a sample batch (at least 10–20%) to check for dead pixels, flickering, touch response, and boot-up behavior.
• Use a known-compatible BYD control board or test harness to simulate real installation conditions.
• Document any discrepancies immediately and contact the supplier within the agreed return window.
• Track defect rates over time to evaluate supplier consistency and inform future purchasing decisions.

Critical Factor	Key Questions to Ask	Red Flags	Recommended Action
Compatibility	Does this panel fit my BYD model and year? Does it support all vehicle functions?	Vague compatibility claims, no part numbers provided	Request a compatibility chart and test sample
Functionality	Does it support touch, navigation, CarPlay, and firmware updates?	No OS info, missing connectivity specs	Demand full technical specifications
Sourcing	Is the supplier authorized or well-reviewed? Do they offer support?	No contact info, anonymous seller, no reviews	Only buy from verified suppliers with history
Pricing	Is the price too good to be true? Are bulk discounts reasonable?	Prices significantly below market average	Compare total value, not just unit cost
Quality	Is it original BYD or certified equivalent? Any quality certifications?	No warranty, no brand markings, poor photos	Require proof of authenticity and warranty
Assessment	Are all units accounted for? Any visible or functional defects?	Missing units, damaged packaging, dead pixels	Inspect immediately and document issues

Final Recommendation: Build long-term relationships with 1–2 reliable suppliers. Consistent sourcing improves quality control, simplifies logistics, and increases your leverage for better pricing and priority service.

Conclusion

Choosing the right BYD display LCD panel involves more than just finding the lowest price. It requires careful evaluation of compatibility, functionality, supplier reliability, and product quality. By following this structured approach, wholesale buyers can minimize risks, reduce return rates, and deliver superior value to their customers. Remember: investing time upfront in research and testing pays dividends in customer satisfaction and operational efficiency down the line.

For optimal results, combine technical due diligence with strong supplier partnerships and ongoing quality assessment—this ensures your inventory remains competitive in the rapidly evolving electric vehicle market.

Frequently Asked Questions About BYD Display Panels

Q1: Which material is used to make the BYD display LCD panel's frame?

BYD LCD panel frames are typically constructed using a combination of high-quality plastic and metal alloys, engineered for optimal performance, durability, and cost-efficiency.

• Plastic Components: Manufacturers use impact-resistant thermoplastics such as polycarbonate or ABS due to their lightweight nature, excellent shock absorption, and low production costs. These materials also allow for intricate molding, improving design flexibility.
• Metal Components: Aluminum or aluminum alloys are commonly used in structural areas of the frame to enhance rigidity and heat dissipation. These metals provide added strength while maintaining a low overall weight, contributing to the sleek and robust design of modern BYD infotainment systems.

This hybrid construction balances durability, aesthetics, and manufacturing efficiency, making it ideal for automotive environments where both performance and reliability are critical.

Q2: Can a broken BYD display screen be replaced?

Yes, a damaged or malfunctioning BYD display screen can be replaced. These displays are modular components designed for serviceability, allowing technicians to remove and install new units without replacing the entire dashboard.

• Replacement is typically performed by authorized service centers or qualified automotive technicians familiar with BYD’s electrical systems.
• The process involves disconnecting the vehicle’s power, removing trim panels, disconnecting data and power cables, and carefully extracting the old display unit.
• After installation, the new display may require software calibration or system reinitialization to ensure full functionality.

While DIY replacement is technically possible, it is strongly recommended to seek professional assistance due to the complexity of integrated electronics, risk of damaging surrounding components, and potential warranty implications.

Q3: Which is the most common display coating that prevents reflections?

The most widely used coating to minimize glare and improve visibility on BYD display panels is an anti-reflective (AR) coating.

• Function: AR coatings work by reducing the amount of ambient light reflected off the screen surface through optical interference, allowing more light to pass through the display layer.
• Benefits: This significantly enhances screen readability in bright conditions—such as direct sunlight—improving driver safety and user experience.
• Application: The coating is typically applied to the outer glass layer of the touchscreen and may be combined with anti-smudge or oleophobic layers to resist fingerprints and ease cleaning.

Some advanced BYD models may also incorporate polarized filters or automatic brightness adjustment to further optimize visibility under varying lighting conditions.

Q4: Is there a BYD smart display panel for electric vehicles?

Yes, BYD offers advanced smart display panels across its electric vehicle lineup, most notably the BYD DiLink Smart Display System, featured in models like the Han, Tang, and Dolphin series.

• Rotatable Touchscreen: A standout feature is the 10.1-inch or larger rotatable LCD panel that switches between portrait and landscape modes depending on the app being used.
• High Resolution: Displays offer crisp visuals with HD or Full HD resolution, supporting smooth animations and responsive multitouch interaction.
• Integrated Ecosystem: Powered by the Android-based DiLink OS, the system supports third-party apps (e.g., navigation, music, video), voice commands, over-the-air (OTA) updates, and seamless smartphone integration.
• User Experience: The interface is designed for intuitive access to vehicle settings, climate control, media, driving data, and connectivity features, enhancing driver engagement and convenience.

These smart displays are central to BYD’s strategy of delivering a connected, tech-forward driving experience in its EVs.

Q5: Is the BYD LCD panel's display waterproof?

The BYD LCD display is not fully waterproof but is engineered with a high degree of water and dust resistance suitable for automotive use.

• Protection Rating: The display assembly typically meets an IP65 or IP67 rating, meaning it is dust-tight and protected against low-pressure water jets (IP65) or temporary immersion (IP67).
• Sealing Mechanisms: Rubber gaskets, sealed connectors, and conformal coatings on internal circuitry help prevent moisture ingress from spills, humidity, or condensation.
• Environmental Durability: Designed to operate reliably in extreme temperatures, high humidity, and challenging outdoor conditions commonly encountered in daily driving.

While the display can withstand splashes and damp environments, direct exposure to large amounts of liquid (e.g., submersion or high-pressure washing) should be avoided to prevent damage. Any liquid contact should be wiped immediately with a dry, soft cloth.