酒店外观必须在夜间营造强烈的气氛,同时又不让入住其中的客人感到不安.

这是酒店立面照明与其他许多室外照明项目的不同地点.建筑物需要从远处可见且易于识别,但房间窗户,阳台,入口和人行区域都会对灯光的使用造成方式限制.

因此,酒店照明设计理念应该从建筑风格和宾客体验出发,而不是从灯具清单入手.

CRANE会根据建筑形态,立面材料,观看距离,安装条件以及酒店夜间运营方式,开发酒店立面照明解决方案.根据项目需求,照明方案可结合泛光照明,洗墙照明,线性照明,白光或RGBW重点照明.

首先要从游客体验建筑的方式入手.

旅客出行可以从远处被酒店看到.旅客出行游览入口,在车站下等候,然后近距离观赏这座建筑.

这意味着到达区域周围的照明应该与楼上或顶楼使用的照明有所不同.

入口需要容易辨认,但又不宜刺眼或光线过强.隐藏式线性照明,可控的重点照明和提出设计的立面照明,既能引导视线聚焦于入口,又能保持周围的环境舒适性.

从落客区到入口和大厅的衔接区域也应该在视觉上保持一致.如果外部照明比变成照明亮丽或冷丽,那么建筑在地面层的视野就会不协调.

客房窗户需要更克制

客房立面设计通常比建筑物的公共区域需要更严格的控制.

人们可能就睡在建筑立面后几米远的位置,在因此确定灯具位置之前,应该考虑最终光线修复到可见的情况.

走廊角度,安装位置,瞄准方向,灯具后移量和遮光罩都会影响有多少不必要的光线进入房间.

在某些地区,集中更大的光分布或声级输出功率的灯具比简单地增加灯光强度能产生更好的效果.

阳台也需要特别注意.在实心墙上效果很好的灯具,如果安装在阳台边缘或玻璃栏杆附近,可能会产生发热.

对于重复出现的房间立面,在全面安装之前进行照明计算或制作小型模型会有帮助.

从外面应该可以看到建筑物的立面,但不要将立面照明引入房间.

配备酒店不同部门不同的角色

大多数酒店并非由连续单一的立面构成,而是由多个建筑区域组成.塔楼,裙楼,入口,阳台,立柱和屋顶部分可能需要不同程度的强调.

塔架和垂直支架

垂直照明可以强化建筑物的高度和波形.当需要将光线沿柱子,浅片或狭窄的立面区域照亮时,同时避免光线照射到附近的视线时,狭窄而黄昏形的光线分布非常有效.

平台和下立面

底层通常从较近的距离看到即可,并且与入口,公共区域和周边景观联系更为紧密.这里的照明通常比上层塔楼的照明处理更柔和,细节更丰富.

冠部和屋脊线

酒店的上层部分通常具有最强的远距离步行度.它可以帮助酒店位于天际线的建筑物中,但不一定是建筑物中最亮眼的部分.

可以利用泛光灯或线性照明来勾勒出屋顶的造型和线条,同时保持其与下方立面的视觉联系.

阳台和建筑细节

窗带,天花板,阳台边缘和一些特定的建筑细节,如果重点突出,可以增加建筑的层次感.如果所有元素都具有相同的强度照明,通常会降低恢复,而恢复为建筑立面形状的来源.

光学设计遵循建筑几何形状.

同一家酒店的不同区域,投影距离也可能扩展很大.

入口附近的照明可能只需要覆盖几米的范围,而高层酒店的立柱或顶棚可能需要更远,更可控的照明距离.

这就是为什么一个梁角度很少适用于整个立面的原因.

窄光束可用于高耸的垂直柱和远距离的重点照明.椭圆形光束可沿柱子和窄的立面带照明.较宽的光束分布更适合需要柔和光晕的大面积照明.

最终的光学元件选择应考虑以下因素:

• 夹具到表面的距离
• 建筑高度
• 立面材料和反射率
• 目标宽度
• 瞄准角度
• 要求统一性
• 泻光和溢光控制

对于酒店外立面而言,精确的光线分布往往比简单地增加灯具功率更有价值.

外立面材料改变光线的传播方式

相同的照明布局在石头,混凝土,金属和玻璃上会产生不同的效果.

丰富的纹理或混凝土适合使用掠射光,因为光线能体现其表面层次和遮蔽.光滑的干涉通常需要更均匀的照射.反光金属或玻璃则需要更仔细地调整角度,因为从房间,附近建筑物或街道上都可能看到不需要的反射光.

玻璃幕墙尤其需要注意.在很多情况下,发光结构框架,立柱,屋顶共同线或端点的实体表面,比直接发光玻璃本身能够获得更佳的照明效果.

因此,灯具位置应与实际立面材料一起审查,而不能仅根据立面图来决定.

白光,动态白光还是RGBW?

并非每家酒店都需要漂白照明.

对于豪华酒店,度假村和建筑而言,暖色白色或中性白色通常是更好的选择,因为在这些场所,建筑本身和材料应该成为关注的焦点.

动态的白色可以在夜间营造出微妙的色调变化,而不会改变建筑的整体风格.

当酒店需要在节日,活动,品牌推广或增强可视性时需要灵活的照明时,RGB或RGBW就会变得更加有用.

即使在这些项目中,将颜色限制在选定的建筑区域而不影响整个建筑,通常效果也会更好.

一个实用的酒店方案可以在房间立面使用柔和的白光,在入口周围使用暖色调的照明,并在屋顶或选定的特色区域使用加强的RGBW灯光.

为酒店的每个区域选择固定装置

酒店外部需要大量互不相关的灯具类型.在许多项目中,少量提出的灯具系列更加重要,安装协调和维护.

LED泛光灯

适用于皇冠,塔楼,大型建筑表面和远距离重点照明.

LED洗墙灯

用于需要控制清洗或刮擦的讲台墙壁,柱子和实心外墙表面.

LED 线形灯

适用于屋顶线条,阳台边缘,窗带和连续的建筑细节.

像素灯和点光源

适用于可单独控制的点是直视或动态立面概念的部分情况.

灯具类型始终应与光分配,安装位置,颜色要求和控制方法一起考虑.

灯光场景应与酒店营业时间保持一致.

酒店外墙照明通常每晚运行数小时,但建筑物无需整夜保持全部灯光.

可以根据功能将立面的不同部分划分为不同的操作区域.

例如,入口和落客区可以整夜保持开放,而塔上的装饰照明则可以夜间降低.塔顶可以保持在较低的可见高度,RGBW灯光秀也可以仅在需要时开启.

典型的运营策略可能包括:

• 主要强调和重视完整的关注
• 夜间 夜间立面 夜间下降
• 夜间入口和必要的建筑照明
• 根据需要,拍摄节日或活动场景

这些区域可以通过照明控制系统进行管理,包括亮度调节,场景编程和定时运行.

对于需要集中管理的酒店,远程操作也可以作为控制配置的一部分进行考虑.

安装前应考虑维护问题.

酒店开业后,外立面维护会变得更加困难.

更换高层建筑上的固定装置可能需要电梯,绳索作业,阳台协调或对房间区域进行临时限制.

因此,在设计阶段应考虑灯具的灵活性,户外防护性,耐腐蚀,低压管理,电缆布线和连接器的质量.

灯具的数量也很重要.如果通过更好的光学设计和更佳的安装位置,可以用更少的灯具达到所需的效果,那么安装就会更简单,后期需要维护的组件也会更少.

对于酒店而言,这比单纯为了增加体重而增加额外的灯具更有价值.

从立面图到实用照明方案

一个实用的酒店外立面照明方案需要的不仅仅是一张夜景效果图.

以下项目信息有助于我们更准确地评估该建筑:

• 建筑立面图和尺寸
• 建筑高度
• 外立面材料和颜色
• 客房窗户位置
• 阳台位置
• 可用的灯具安装位置
• 主要观察方向和距离
• 首选白光或RGBW效果
• 酒店营业时间
• 控制要求

根据这些信息,CRANE可以帮助审查合适的灯具类型,光学分配,安装位置,立面区域和控制要求.

项目支持还可以包括设备布局规划,布线拓扑,安装指南和调试支持(如果需要).

Bridge lighting is not simply about making a structure brighter at night. A well-designed lighting system should reveal the architecture of the bridge, strengthen its visual identity, and work reliably in demanding outdoor environments.

CRANE provides LED bridge lighting solutions for cable-stayed bridges, suspension bridges, arch bridges, pedestrian bridges, and other architectural structures. Depending on the bridge design, viewing distance, installation conditions, and desired lighting effect, different combinations of flood lights, wall washer lights, linear lights, and lighting control systems can be used to highlight towers, cables, arches, piers, decks, and other structural elements.

The objective is to create a clear lighting hierarchy rather than applying the same brightness and color across the entire bridge.

Lighting Designed Around the Bridge Structure

Every bridge has a different architectural language. A cable-stayed bridge may be defined by its towers and stay cables, while an arch bridge may depend on the shape and depth of its arch. A pedestrian bridge may require a more restrained approach that balances architectural lighting with visual comfort.

For this reason, bridge lighting should begin with the structure itself. The main viewing directions, bridge proportions, surface materials, mounting positions, and surrounding environment all influence how the lighting system should be designed.

Towers and Pylons

Bridge towers are often the strongest vertical elements of the structure. Controlled flood lighting can emphasize their height, form, and architectural details. Where surface texture is important, wall washing or grazing techniques can also be considered.

Cables and Structural Lines

Cables, edges, and structural lines can be highlighted with linear or direct-view lighting. These illuminated lines help maintain the geometry and rhythm of the bridge when viewed from a distance.

Arches and Piers

Arches and piers usually require carefully controlled beam distribution. The lighting should reveal depth and curvature while limiting unnecessary spill light toward the sky, water, roads, or surrounding properties.

Deck and Underside

The bridge deck and underside may become important visual elements when the structure is viewed from waterfronts, roads, or public spaces below. Lighting in these areas should support the architectural composition without creating excessive glare for drivers or pedestrians.

Fixture and Optical Selection

Bridge lighting cannot be designed by wattage alone. Mounting distance, beam angle, optical distribution, aiming direction, surface reflectance, and required brightness all affect the final result.

LED flood lights are suitable for towers, large structural surfaces, and longer-distance accent lighting. LED wall washer lights can provide controlled illumination for piers and architectural surfaces, while LED linear lights are often used to emphasize bridge edges, arches, and continuous structural lines.

Narrow-beam optics can be used where precise or longer-distance projection is required. Medium and wider beam distributions are more suitable for larger surfaces or shorter mounting distances. The correct optical configuration helps improve uniformity while reducing glare and unwanted light spill.

• LED Flood Lights – towers, large structures, and long-distance accent lighting
• LED Wall Washer Lights – piers, structural surfaces, and architectural planes
• LED Linear Lights – bridge edges, arches, outlines, and continuous structural lines

Static White and Dynamic RGBW Lighting

Not every bridge needs dynamic color-changing lighting. White architectural lighting is often the better choice when the design objective is to emphasize materials, proportions, and structural details.

For landmark bridges, public events, festivals, or city celebrations, RGB or RGBW lighting can provide greater flexibility. Towers, cables, arches, and deck lines can be divided into separate lighting zones so that brightness, color, and timing can be programmed independently.

A coordinated lighting scene should follow the architecture of the bridge rather than simply changing all fixtures to the same color at the same time.

Lighting Control for Large Bridge Projects

Large bridges often require lighting equipment to be distributed across long distances. Control rooms, electrical cabinets, and lighting zones may be located far from one another, making system architecture an important part of the project.

Depending on the project requirements, bridge lighting systems can be divided into multiple control zones. Different sections of the bridge can then be managed independently while remaining synchronized as part of one coordinated lighting system.

Control configurations may support functions such as dimming, RGB/RGBW color control, scene programming, zone management, signal distribution, and remote operation. For dynamic projects, the control system should be planned together with the luminaires, power distribution, and cabling from the beginning.

• RGB and RGBW color control
• Lighting zone management
• Scene programming
• Dimming control
• DMX512 / RS485 signal distribution
• Remote system operation

Reliable Signal Distribution

Long cable runs and distributed lighting zones can introduce signal attenuation and interference. A stable bridge lighting system therefore requires more than a main controller.

Where necessary, signal amplification and electrical isolation can be incorporated into the control network to improve communication between controllers and luminaires. Outdoor control equipment should also be selected according to the actual installation environment and protection requirements.

Planning the signal topology together with the lighting layout can help improve system stability and simplify future troubleshooting and maintenance.

Designed for Demanding Outdoor Environments

Bridge lighting equipment operates in challenging outdoor conditions. Rain, moisture, temperature changes, wind exposure, vibration, corrosion, and difficult maintenance access can all affect long-term performance.

Fixture selection should therefore consider environmental protection, corrosion resistance, thermal management, cable and connector reliability, installation method, and maintenance accessibility.

Glare and spill light also need careful attention, especially where bridges are close to roads, residential areas, waterways, or public spaces. Appropriate optics, aiming, and fixture positioning can help keep the light focused on the architecture.

Smart Power and System Operation

For larger bridge projects, system management may also include the electrical circuits that supply the lighting equipment.

Depending on the final configuration, power-control systems can support scheduled switching, remote ON/OFF operation, circuit-status monitoring, and other operational functions. These capabilities can help maintenance teams manage distributed lighting equipment more efficiently and reduce unnecessary site inspections.

From Project Drawings to Lighting Configuration

A professional bridge lighting solution should be developed around actual project information rather than a standard product list.

Useful project information may include bridge drawings, dimensions, structural details, mounting locations, viewing distances, target lighting effects, control requirements, and environmental conditions.

Based on this information, the lighting system can be developed around fixture selection, beam distribution, control zoning, signal topology, and power distribution.

CRANE can support bridge lighting projects with equipment layout planning, control and wiring topology, installation guidance, commissioning support, and lighting-effect planning according to the requirements of the project.

Planning a Bridge Lighting Project?

If you are working on a cable-stayed bridge, suspension bridge, arch bridge, pedestrian bridge, or another architectural structure, share your available drawings, dimensions, lighting requirements, and desired effects with our team.

We can help evaluate suitable lighting approaches, luminaires, optics, control systems, and system configurations for your project.

Contact CRANE to discuss your bridge lighting project.

Product Name:SY-408 Standard Lamp Control System Controller

Product Advantages:

1,Highly compatible with various lighting fixtures:Compatible with mainstream engineering control protocols such as TM, UCS, SM, WS, DMX, and dry contact signals. Supports customized parameters, providing smooth and flicker-free color transitions. Suitable for old lighting renovation projects without replacing existing fixtures, greatly reducing upgrade costs.

2,LCD touch screen operation for efficient on-site commissioning:The 2.5-inch touch display supports local one-click control, brightness adjustment, speed adjustment, and mode switching. Built-in 33 basic lighting effects with parameter customization support. Equipped with GPS automatic clock synchronization, enabling automatic device and line fault detection.

3,Dual synchronization solutions for different project requirements:Supports both network mainline synchronization and GPS wireless synchronization. SY-408 can achieve precise synchronization between multiple lighting areas, solving synchronization problems in complex projects.

4,Convenient SD card operation and maintenance:Equipped with LED Player software for lighting effect creation. Supports SD card 7×24-hour loop playback, program backup, and local firmware one-click upgrade. Lighting programs and operating parameters can be stored without repeated configuration.

5,Multi-function engineering design:Supports connection with BL-321 handheld programmer for high-position debugging. Suitable for various small and medium-sized lighting projects, with Chinese and English dual-language interface support.

Application Fields:

1,Small and medium-sized commercial building lighting:Suitable for architectural lighting projects such as office buildings, industrial parks, hotels, and commercial complexes. A single controller can cover multiple lighting points, enabling precise control and synchronized lighting effects.

2,Small and medium-sized landscape lighting projects:Applicable to urban streets, scenic areas, pedestrian bridges, and community landscape lighting. SY-408 GPS synchronization enables distributed lighting control and unified dynamic effects.

3,Exhibition halls and cultural landscape lighting:Suitable for museums, community cultural centers, and outdoor cultural lighting projects. Supports multi-weather and multi-period scheduled lighting effects.

4,Commercial and urban landscape decoration:Suitable for commercial entrances, parks, and green landscape lighting, creating low-cost dynamic lighting effects with smooth transitions.

SY-408 is a standardized SY-408 / GPS synchronized SY-408 dual-mode architectural lighting controller, specially designed for small and medium-sized buildings, ancient-style architecture, and commercial landscape lighting projects.It effectively solves engineering requirements such as multi-device synchronization, on-site debugging, and distributed lighting control. The device adopts an industrial-grade metal enclosure and features a 2.5-inch LCD touch screen, supporting local control functions including one-click commissioning, brightness adjustment, speed adjustment, and effect switching.It supports multiple mainstream protocols including TM, UCS, SM, WS, DMX, and dry contact signals, with compatibility for most LED lighting fixtures. Equipped with GPS wireless synchronization technology, it enables precise synchronization between distributed lighting systems without complex wiring.The controller supports SD card offline operation, 7×24-hour continuous playback, lighting program backup, and local firmware upgrades. Through LED Player software, users can create customized lighting effects and achieve professional lighting control.SY-408 is widely suitable for small and medium-sized architectural lighting, landscape lighting, commercial lighting decoration, and urban beautification projects, providing a reliable, flexible, and cost-effective intelligent lighting control solution.

Configuration System:

Product Name:SY-418 Multifunctional Optical Control System Controller

Product Advantages:

1,Highly compatible with various lighting fixtures:Compatible with mainstream engineering control protocols such as TM, UCS, SM, WS, DMX, and dry contact signals. Supports parameter customization, smooth color transitions without flickering, and direct compatibility with existing lighting systems for renovation projects without replacing original fixtures.

2,4.3-inch touch screen for convenient and efficient commissioning:Large touch screen operation, supporting visual on-site control, multi-mode batch programming, brightness adjustment, speed adjustment, and loop switching. Built-in basic lighting effects and SD card control functions. Supports GPS automatic time synchronization and automatic device fault detection with mobile phone code scanning.

3,Three synchronization solutions for different project requirements:Supports network mainline synchronization, GPS wireless synchronization, and 4G remote synchronization. Equipped with GPS module for wireless synchronization and long-distance communication, suitable for large-scale lighting projects.

4,Wireless control and convenient remote commissioning:Supports Bluetooth mini-program remote commissioning, wireless debugging, 4G cloud remote operation, and remote firmware updates. Supports batch programming and scene modification, significantly reducing maintenance costs.

5,Professional KTV lighting control system:Supports KTV professional lighting control requirements. Features audio rhythm synchronization, sound-controlled lighting effects, customized sensitivity adjustment, and KTV panel one-click switching between multiple entertainment scenes.

6,Multi-protocol linkage and intelligent control:Supports integration with intelligent control systems, including KTV panels, DMX professional consoles, and COM industrial control interfaces. Can connect with dance equipment and building control systems to achieve automatic lighting startup and effect switching. Suitable for complex lighting control scenarios.

7,Stable SD card offline operation and easy maintenance:Equipped with LED Player software for lighting effect programming. Supports SD card 7×24-hour continuous playback, program backup, local firmware upgrade, automatic power-off parameter memory, and no need for repeated configuration.

Application Fields:

1,Commercial building lighting decoration:Suitable for office buildings, industrial parks, hotels, and commercial complexes. A single controller can complete dynamic lighting control for entire buildings.

2,Cultural tourism and landscape lighting:Applicable to ancient architecture, scenic areas, theme parks, and pedestrian streets. Supports GPS/4G synchronization to achieve coordinated lighting effects across multiple areas.

3,Entertainment venue lighting:Suitable for KTV rooms, bars, entertainment venues, and stage lighting. Supports audio synchronization, music rhythm lighting, and one-click switching between multiple scenes.

4,Exhibition halls and cultural centers:Suitable for museums, cultural centers, and indoor/outdoor exhibition lighting. Supports scheduled custom animation playback.

5,Commercial and urban landscape beautification:Suitable for commercial entrances, parks, and green landscape lighting. Provides low-cost flowing effects and dynamic lighting solutions.

6,Remote lighting management projects:Suitable for cross-regional chain stores and distributed tourism projects. Supports 4G cloud control, PC remote management, and mini-program remote operation and maintenance.

The SY-418 is an 8-channel multifunctional lighting controller designed for projects ranging from small-to-medium installations to large-scale, interconnected lighting displays. It is available in four versions: Standard, GPS-synchronized (SY-418G), RF remote-controlled (SY-418Y), and 4G cloud-controlled (SY-418P). This device offers a one-stop solution for four key project requirements: local offline operation, long-range wireless synchronization, music-synchronized lighting, and remote management. It features a 4.3-inch color touchscreen, enabling full on-site commissioning without the need for a computer. Equipped with eight independent dual-signal outputs (TTL + RS485), it is fully compatible with various lighting fixtures—including single-wire, DMX, and breakpoint-resume types—making it suitable for both new installations and retrofitting existing systems. The unit integrates expansion interfaces such as Bluetooth, GPS, 4G, audio input, and serial control ports; a single unit can handle small projects independently, while networked units can manage large-scale displays across riverfronts, ancient town complexes, or multiple buildings. It can also be paired with an address writer and a weatherproof power enclosure to form a complete lighting control system.

Configuration System:

Product Name: SY-311U Offline Lighting Controller

Product Advantages :

Application Scenarios :

1, Commercial storefronts & colorful advertising signs: Addressable LED strips and illuminated letters for shop facades. Convenient on-site Bluetooth effect adjustment   and program replacement ；
2, Indoor commercial ambient lighting: KTVs, gyms, hotel banquet halls and e-sports venues for dynamic ambient lighting; supports dry-contact mode switching ；
3, Small building outline lighting: Small commercial buildings, corridors and landscape features with offline control of SPI pixel lights and linear lights ；
4, Exhibition & museum lighting: Multimedia exhibits with different lighting scenes triggered by external sensors ；

5, Medium & small garden landscape lighting: Pavilions and landscape features. Installed inside electrical cabinets for offline operation with no server required ；

6,Temporary lighting installations & event lighting: Light festivals and commercial art installations. Easy deployment via program copying to SD cards.

The SY‑311U is an offline lighting controller specially designed for medium and small-scale lighting projects. It supports hybrid control of SPI (TTL) digital lights and DMX512 fixtures. It features on-site Bluetooth commissioning, external dry-contact triggering, SD card program storage, and multi-controller cascading synchronization.

This IP20 indoor unit is intended for installation inside electrical control cabinets and adopts DC12‑24V power supply. Ideal for commercial indoor ambient lighting, storefront facades and small landscape illumination. Lighting effects can be conveniently adjusted on site without a computer.

Wiring Topology Diagram:

Product Name: SW-201 Single-Channel Lighting Controller

Product Advantages:

Applications:

1,Lighting Factory Sample / Showroom Demo: Powered by a portable power bank, quickly switch between multiple dynamic lighting effects and visually demonstrate the lighting performance of fixtures.

2,Advertising Signage Prototype Testing:Quickly program logos and illuminated characters to test brightness uniformity, helping prevent rework during mass installation.

3,On-site Lighting Fixture Maintenance:Portable design allows fast checking of disconnected wires and address faults without carrying large main controllers.

4,Temporary Lighting Displays for Exhibitions:SD card offline playback, simple wiring, and convenient installation and dismantling.

5,Gardens and Small Landscape Lighting Projects:Compact design for easy transportation and installation; single-channel output meets the lighting requirements of short LED strips and decorative fixtures. 

The SW-201 Single-Channel Lighting Controller is designed for LED fixture testing, retail sample displays, and small-scale architectural lighting projects. It effectively solves common challenges such as bulky control equipment, complicated on-site programming, and difficult management of small LED strips.Featuring a full aluminum alloy mini housing, the controller measures only 100 × 64 × 23.5 mm and weighs just 0.25 kg, making it easy to carry and deploy on-site. It supports DC12–24V input power and dual power supply modes, including portable power banks.The controller provides single-channel TTL/RS485 hybrid signal output, with a maximum capacity of 4096 control channels. Built-in buttons allow computer-free programming and address verification directly on the device.Equipped with a standard 32GB SD card for offline playback, it supports local firmware upgrades and is compatible with over 95% of single-wire and DMX LED control chips.It is widely used for LED fixture factory testing, advertising signage lighting, temporary landscape lighting displays, and small architectural lighting applications.

Wiring Topology Diagram:

This wiring method is intended solely for sample testing

Product Name: SN510 Online/Offline Integrated Lighting Master Controller

Product Advantages:

Applications:

1. Urban Landmark Light Shows: Super-high-rise landmarks, cultural venues, and large riverside nightscapes. Fiber optics + GPS provide area-wide synchronization for coordinated lighting across the entire district;

2. Cultural Tourism Nightscapes: Ancient towns, landscape bridges, and continuous riverside lighting. GPS enables wireless synchronization; cross-regional projects can be centrally managed via 4G cloud control;

3. Large Commercial & Industrial Complexes: Connected facade lighting for office buildings, commercial districts, and industrial parks. High single-controller capacity can cover dynamic lighting systems across an entire complex;

4. Exhibition Halls & Performance Venues: Sports arenas, exhibition centers, and outdoor performance venues. Integrates with DMX consoles for both daily nightscape lighting and professional show lighting modes;

5. Entertainment Complex Lighting: Connected KTVs, bars, and cultural tourism entertainment venues. Supports serial-panel linkage for one-touch atmosphere lighting control;

6. Large-Scale Lighting Retrofits: Fully compatible with existing light strips. Batch coding, remote cloud control, and area-wide synchronization enable cost-effective upgrades of aging lighting systems.

The SN510 Online/Offline Integrated Lighting Master Controller is a flagship master controller for large-scale lighting projects. It is designed to solve key engineering challenges such as wiring limitations in large landmarks, connected ancient-town projects and cross-river lighting installations, multi-controller synchronization issues, high remote maintenance costs, and insufficient load capacity for large lighting points.

Supporting System:

Product Name: PY-211M Cloud-Enabled Single-Light Controller

Product Advantages:

1. Supports one channel of ambient lighting signal output (DMX512 differential parallel or single-wire serial) and features GPS-based effect synchronization;

2. Supports one-touch address programming and online debugging;

3. Supports status reporting (periodically transmits light fixture status data to the cloud platform via 4G networks), facilitating device monitoring and management;

4. Features excellent waterproofing capabilities;

5. Includes built-in ambient lighting effects and supports remote effect updates; enables custom effect creation when used with the playback system and cloud platform;

Application Scenarios:

1. Municipal management departments seeking to improve street light management efficiency, reduce energy consumption, and implement intelligent control;

2. Road lighting contractors requiring advanced lighting products that meet smart city development needs;

3. Cultural and tourism site operators aiming to create unique nighttime atmospheres and enhance visitor experiences;

4. Commercial venues wishing to boost brand image and operational effectiveness through unified control of signage lighting and other displays;

7, Open‑Air Outdoor Lighting Installations: Adopt IP67 waterproof models for direct open‑air installation as signal repeaters for sculptures and art lighting installations.

The PY-211M is a cloud-based, single-lamp controller designed for the intelligent management of lightweight, distributed landscape lighting applications. It delivers professional, intelligent remote control solutions for small- to medium-scale outdoor lighting projects by leveraging 4G cloud-based remote control and global GPS synchronization.

Supporting system :

Product Name: PY-201 Cloud-Enabled Single-Lamp Controller

Product Advantages:

1. Innovative integration of ambient lighting, enabling unified control of functional and decorative lights;

2. Cloud-based adjustment of ambient lighting effects with synchronized BeiDou/GPS dual-mode operation;

3. Over 99.5% single-lamp online rate, ensuring stable operation of large-scale street lighting networks;

4. 0-10V/PWM dimming technology for intelligent adjustment, energy conservation, and consumption reduction;

5. Intelligent inspection technology for real-time monitoring of equipment operating status;

6. Combined control using PY+PX series products to achieve green, low-carbon lighting;

7. Cloud-based commissioning and OTA remote firmware upgrades;

8. 4G Cat.1 communication with strong anti-interference capabilities;

9. All-in-one integrated design to simplify installation and reduce costs.

Application Scenarios:

1. Municipal management departments seeking to improve street lighting management efficiency, reduce energy consumption, and implement intelligent control;

2. Road lighting contractors requiring advanced lighting products that meet smart city development needs;

3. Cultural and tourism site operators aiming to create unique nighttime atmospheres and enhance visitor experiences;

4. Commercial venues looking to boost brand image and operational effectiveness through unified control of signage and other lighting.

The PY-201 single-lamp smart controller addresses the challenges associated with traditional street lighting management—such as complex operations, high energy consumption, difficult maintenance, and a lack of intelligence. Conventional systems often suffer from limited functionality, inefficient manual inspections, a lack of control terminals in power distribution cabinets, and high management costs, making them ill-suited for the development of smart cities. The controller meets the demands of smart city construction; driven by strategies such as "New Infrastructure," 5G, and "Dual Carbon" goals, urban infrastructure requires upgrades toward intelligence and sustainability. Streetlights, serving as key infrastructure assets, need to integrate multiple functions—such as multi-pole and multi-sensor capabilities—to handle complex landscape lighting control requirements while enhancing energy efficiency and management effectiveness. It also satisfies the need for functional versatility; beyond basic lighting control, the system supports features such as ambient lighting control, remote monitoring, fault early warning, and energy consumption statistics, thereby meeting the lighting needs of diverse scenarios ranging from cultural tourism landscapes to brand showcases. 

Supporting system :

Product Name: A88 Series Signal Amplifier

Advantages:

Application:

1, Building Facade Lighting Projects: For long‑distance wiring, solves DMX signal attenuation and distortion over long runs, provides signal repeater amplification for wall washer and pixel light loops.

2, Cultural‑Tourism Night‑Scene & Bridge Landscape Lighting: For large‑scale strip‑shaped lighting projects, multi‑level cascading extends signal coverage and eliminates random flickering of luminaires caused by signal interference.
3, Large‑Scale LED Pixel Light Lighting Projects: With large luminaire quantity and heavy bus load, the amplifier shares signal load to guarantee synchronous and stable luminaire performance.
4, Lighting Systems with Potential Difference: For lighting loops at different grounding points, the isolation function cuts ground loops and prevents voltage difference damage to controllers and luminaires.

5, SPI Digital Luminaire Projects: Realizes RS‑485 to TTL signal conversion for two‑wire SPI luminaire signal input.

6, Stage Lighting & Exhibition Hall Multimedia Lighting: DMX512 signal distribution and repeater to improve system anti‑interference capability.

7, Open‑Air Outdoor Lighting Installations: Adopt IP67 waterproof models for direct open‑air installation as signal repeaters for sculptures and art lighting installations.

The A88 series is a DMX512/RS‑485 signal amplifier (repeater) dedicated for LED lighting projects. It provides signal reshaping & amplification, electrical isolation and signal conversion functions to resolve signal attenuation and interference issues caused by long‑distance transmission. Multiple units can be cascaded to extend transmission range. This series covers various models including A88G, A88N and A88E to fit diverse application scenarios.

Supporting system :