Russia Moscow Urban Park Landscape Lighting Project
(Adapted for the Russian market, highlighting outdoor lighting, localized collaboration, and cold-resistant performance)
Case Cover / Header Information
Case Name: Landscape Lighting Upgrade Project for an Urban Park in Moscow, Russia
Industry: Municipal Parks / Urban Public Spaces / Outdoor Landscape Lighting
Project Type: LED Landscape Lighting Supply + Technical Support Services
Cooperation Period: 2023
Core Technology Stack: IP66 Waterproof LED Flood Lights + Low-Temperature Driver Power Supply + Anti-Glare Optical Design + UV-Resistant Housing
Core Achievements: Delivered 120 sets of customized LED Floodlights, paired with the client’s self-manufactured poles, achieving stable operation at -40°C. Nighttime illumination brightness increased by 300%, turning the park into a popular nighttime leisure spot for Moscow residents.
2. Project Solutions
2.1 Fixture Customization & Technical Adaptation
Core Product: Custom 48W LED Flood Lights
Low-Temperature Adaptation: Wide-temperature driver power supply (-40°C ~ +60°C) with built-in preheating startup circuit, ensuring reliable ignition in extreme cold.
Protection Design: Integrated die-cast aluminum housing + tempered glass panel, IP66 waterproof and dustproof, with UV-resistant powder coating to withstand harsh Russian UV radiation, wind, and snow.
Optical Design: 60° batwing light distribution curve with anti-glare features, preventing direct light from dazzling pedestrians and improving nighttime walking comfort.
2.2 Localized Collaboration Plan
Pole Adaptation Services: Provided fixture interface dimension drawings to support the client’s self-manufactured pole design, ensuring a perfect fit between fixtures and poles.
Technical Training: Delivered Russian-language installation and debugging videos, plus online technical support, to resolve on-site adaptation issues for the client’s construction team.
Logistics Guarantee: Direct delivery to Moscow via the China-Europe Railway Express, with full customs clearance documentation handling, ensuring fixtures arrived at the project site within 30 days.
2.3 Cost & Efficiency Optimization
Energy Savings: 48W LED floodlights replaced 120W sodium lamps, reducing annual electricity consumption by ~650 kWh per fixture and cutting overall annual electricity costs by over 50%.
Maintenance Reduction: Fixture lifespan ≥50,000 hours, eliminating the need for light source replacements within 3 years and reducing maintenance costs by 70%.
Rapid Delivery: Standardized production + customized adjustments enabled 20-day manufacturing lead times, aligning with the client’s construction schedule to ensure on-time project completion.
3. Project Implementation Process
Requirement Alignment & Finalization: 5 days (discussed pole dimensions, climate requirements, certification needs, and delivered a customized fixture proposal)
Sample Production & Testing: 10 days (produced samples, completed -40°C low-temperature and waterproof testing, and provided a pre-GOST certification report)
Mass Production & Logistics: 20 days (mass production + China-Europe Railway Express shipping + customs clearance handling)
On-Site Installation & Debugging: 15 days (remotely guided the client’s team to install and debug fixtures with self-manufactured poles)
Acceptance & Delivery: 3 days (client on-site acceptance of lighting effects, submission of final technical documents and warranty files)
4. Core Project Outcomes
4.1 Lighting Effect Improvement
| Metric | Before Project (Sodium Lamps) | After Project (LED Fixtures) | Improvement |
| Power per Fixture | 120W | 48W | -67% |
| Average Pavement Brightness | 5lx | 20lx | +300% |
| Color Temperature | 2700K (Warm Yellow) | 4000K (Neutral White) | More Comfortable |
| Annual Maintenance Frequency | 8 times/year | 1 time/year | -87.5% |
4.2 Extreme Environment Validation
Withstood Moscow’s -38°C winter temperatures with no startup failures, achieving ≤2% annual light decay.
Maintained 100% stability during continuous rain and snowstorms, with no water ingress or snow accumulation on fixtures.
4.3 Client Value Realization
By leveraging the client’s self-manufactured pole capability, reduced pole procurement costs by approximately 30%.
On-time delivery helped the client win a Moscow municipal engineering award, enhancing their local market reputation.
5. Project Highlights & Innovations
Low-Temperature Technology Breakthrough: Custom wide-temperature driver power supply designed specifically for Russia’s extreme climate, solving the challenge of LED fixture startup and operation in frigid conditions.
Collaboration Model Innovation: Deeply supported the client’s self-manufactured pole needs, providing end-to-end technical assistance from interface design to installation, achieving a highly efficient combination of "client strengths + professional fixtures."
Client Testimonial
“We chose to manufacture our own poles to control costs, but we struggled to find LED fixtures that could reliably work through Russian winters. This supplier’s customized LED lights perfectly solved the low-temperature startup issue and integrated seamlessly with our pole design. The park’s nighttime lighting has transformed, and resident feedback has been excellent!”— Project Manager, Moscow Municipal Engineering Company7. Industry Experience Summary
The core of outdoor lighting projects in Russia is extreme climate adaptability, requiring customized designs to withstand low temperatures, wind, snow, and intense UV radiation.
Localized collaboration is key—leveraging the client’s existing capabilities (e.g., self-manufactured poles) and providing precise technical support achieves a win-win in cost and efficiency.