Safety: Ensure clear visibility for motor vehicle drivers, reduce accident rates, and enhance overall road safety.
Efficiency: Improve lighting management efficiency and enable energy-saving operation.
Compliance: Adhere to national road lighting design standards.

Lamp Selection: Employ metal halide lamps and high-efficiency, wide-spectrum LED lights with a medium colour temperature (4000K–5000K) to ensure uniform illumination of both the road surface and guardrail areas.
Lighting Control: Implement segmented time-based control, maintaining an illuminance of 9 lux during the evening and increasing it to 12 lux during peak nighttime hours.
Smart Operation and Maintenance: Integrate with the city's intelligent management platform to achieve automatic fault alarms and remote monitoring of light fixtures.

Safety: Ensure safety for pedestrians, children, and the elderly.
Comfort: Create a warm, friendly, and harmonious community atmosphere.
Landscape: Prevent glare from high-intensity lighting.

Lighting Selection: Utilize warm white lights with a warm color temperature (2700K-3000K) to create a cozy atmosphere and minimize glare, preventing disturbance to residents' rest.
Lighting Control: Combine the lighting hierarchy of road lights (main paths), lawn lights (ground lights), and building lights (landscape lighting) to build a rich and varied light environment.
Humanized Design: Implement a dimming control system to provide differentiated brightness for different weather conditions and nighttime periods. During late-night hours, ground lighting in regulated areas can be turned off while sidewalk lighting remains on, ensuring safety for both pedestrians and vehicles.

Vitality & Economic Image: Enhance nighttime commercial vibrancy and strengthen the district's economic appeal after dark.
Nighttime Functionality: Boost pedestrian activity and ensure safety through well-planned functional lighting along streets and in leisure areas.
Landscape & Identity: Strengthen the lighting design of sidewalks and key nodes to create a recognizable nighttime cityscape and urban "business card."

Lighting Planning & Zoning: Partition important commercial streets into distinct lighting zones to highlight core areas such as commercial centers and transportation hubs, enhancing visual hierarchy and focus.
Functional Lighting: Ensure safe and comfortable basic illumination for pedestrians. Employ strategic lighting layouts, such as discontinuous or accent lighting on commercial streets and in leisure plazas, to guide movement and ensure safety.
Adaptive Landscape Lighting: Implement intelligent lighting systems with preset modes (e.g., "Daily Mode" and "Festival/Holiday Mode") to meet different occasion needs, creating vibrant atmospheres and enhancing the functional and aesthetic value of street-side building facades.

Ecology: Minimize interference with animal habitats and protect biodiversity.
Health: Create a natural, harmonious, and immersive nighttime environment.
Safety: Ensure the safety of key areas such as pathways, viewing platforms, and drainage areas.

Ecology-First Lighting: Prioritize directional LED lighting with narrow beam angles to reduce light pollution and skyglow. Strictly control glare to minimize disruption to local wildlife.
Safety-Centric Sightseeing Lighting: Primarily utilize ground lights and low-height bollards instead of high pole lights to minimize light trespass. Incorporate safety features such as anti-fog lenses, and ensure proper illumination of railings and steps.
Ambiance Landscape Lighting: Employ subtle, layered lighting for water features and greenery to create a serene and tranquil nighttime atmosphere—softly visible without being overpowering.

Characteristics: Preserve and highlight the unique architectural and historical character of the district.
Narrative: Use light and shadow to tell historical stories and create an immersive cultural atmosphere.
Archaeology: Avoid any destructive installation or permanent damage to ancient structures, materials, and sites.

Specialized Accent Lighting: Utilize focused, low-impact LED lighting (e.g., mobile or adjustable fixtures) to precisely illuminate architectural details and cultural relics. Complement with technologies like virtual reality for digital restoration and storytelling.
Moonlight Simulation: Employ soft, diffuse lighting techniques that mimic natural moonlight to create a gentle, solemn, and historically respectful ambient atmosphere.
Non-Invasive Installation: Implement movable, demountable, and transportable lighting equipment that requires no permanent fixation, thereby preserving the integrity of ancient sites and buildings.

Sharing: Promote integrated, multi-functional urban infrastructure to optimize resources and space.
Data: Serve as a foundational data collection point to enable the intelligent transformation of urban operations and management.
Future: Foster innovation and readiness for next-generation technologies and urban services.

Multi-Function Smart Pole: Develop integrated poles that consolidate smart street lighting, environmental sensors (PM2.5, temperature, humidity), 5G micro-cell stations, intelligent cameras, public information displays, and electric vehicle charging points.
Unified Urban Platform: Integrate systems for road monitoring, environmental sensing, information dissemination, municipal management, public security, and traffic control onto a single, smart pole network.
Public Smart Services: Leverage the 5G+ smart pole infrastructure to provide convenient public services such as navigation, information queries, and location-based offerings.
Emergency Response Hub: Equip smart poles with backup emergency lighting, power supply, and resilient data transmission capabilities to function as critical support nodes for city emergency command centers.