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BIPV Solar Walkway Canopy System

Intelligent solar walkway solution transforming traditional park paths into power-generating corridors. Features transparent BIPV modules with integrated lighting and weather protection for public recreational spaces.

Key Features:

  • ≥18.5% transparent module efficiency
  • 45% light transmission design
  • Grade 12 wind resistance
  • Smart LED lighting system
  • All-weather rain shelter

Benefits: Clean energy generation, enhanced visitor comfort, reduced operational costs, carbon emission reduction.

Applications: Public parks, recreational walkways, outdoor pedestrian areas.

معلومات إضافية

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Solution and Application Details

Project Name: Zhejiang People’s Park BIPV Solar Walkway Canopy Project 

Project Type: Public Recreation Building Integrated Photovoltaics 

Installed Capacity: 600KW

Project Overview

Located in the People’s Park at Zhejiang’s city center, this project upgrades 2traditional walkways into intelligent solar canopy corridors, providing 3comfortable recreational walking environment for citizens بينما generating 4clean energy. The project utilizes our advanced transparent BIPV technology, 5perfectly integrating urban landscape aesthetics مع green energy functions, 6becoming a benchmark demonstration for green transformation of urban public facilities.

Technical Specifications

• Project Scale: 600KW installed capacity
• Corridor Length: 1,800m scenic walkway
• Coverage Area: 5,400㎡ shaded area
• Power Generation Efficiency: Transparent module efficiency ≥18.5%
• Annual Power Generation: Approximately 780,000 kWh
• Carbon Emission Reduction: ~390 tons CO₂ annually
• Light Transmission Design: 45% transparency creating comfortable light effects
• Wind Resistance: Grade 12 typhoon resistance (≥50m/s)
• Snow Load Capacity: ≥3.0kN/㎡
• Service Life: 25-year power generation warranty

Project Highlights

• Landscape Integration: Curved design perfectly blending with garden landscape
• Smart Lighting: Integrated LED landscape lighting system with automatic night illumination
• Recreation Functions: Rest benches and fitness equipment charging points
• Environmental Monitoring: Real-time PM2.5 and temperature/humidity display screens
• Weather Protection: All-weather rain shelter enhancing park experience
• Economic Benefits: Annual power generation revenue of ~\$55,000, reducing park operational costs

Social Value

• Annual Carbon Reduction: Equivalent to planting 1,560 trees
• Educational Significance: Serving as green energy education base for citizens
• City Image: Enhancing urban green development demonstration effect
• Public Welfare: Providing comfortable outdoor activity space for citizens

Customer Testimonial

“This solar walkway project has greatly enhanced both the quality and
reputation of our park. It provides shade and rain shelter during the day,
beautiful landscape lighting at night, and generates clean electricity.
Jia Mao’s design is both aesthetic and practical, truly achieving win-win
ecological and economic benefits.”
— Ms. Li, Director, Zhejiang People’s Park Management Office

Technical Innovations

• Curved transparent module design balancing architectural aesthetics with power efficiency
• Smart sensor lighting system automatically adjusting brightness based on foot traffic
• Modular installation process minimizing impact on normal park operations
• Anti-slip and anti-glare design ensuring visitor walking safety
• Rainwater drainage system effectively keeping walkways dry

Demonstration Impact

• Became provincial benchmark for BIPV application in public buildings
• Hosted over 200 visits from governments and enterprises nationwide
• Promoted local green building policy development and implementation
• Provided replicable solutions for urban park renovation projects

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Our transparent modules achieve ≥18.5% efficiency with a 45% transparency design that creates comfortable light and shadow effects. While transparency design reduces power density to some extent, advanced transparent BIPV technology and optimized photovoltaic cell layout ensure sufficient power generation while maintaining good transparency. The project’s annual power generation of approximately 780,000 kWh demonstrates an excellent balance between transparency and power generation efficiency.

The project features Grade 12 typhoon resistance (≥50m/s) and snow load capacity ≥3.0kN/㎡. This means the structure can withstand extreme weather conditions including strong storms and heavy snow loads, ensuring safe pedestrian environments and continuous power generation under various severe weather conditions.

Our design incorporates anti-slip and anti-glare technology ensuring visitor walking safety. The transparent glass surface uses special texture treatment providing good slip resistance in all weather conditions. Additionally, smart sensor lighting systems automatically adjust brightness based on foot traffic, automatically enhancing illumination during nighttime and low-light conditions to ensure pedestrian safety.

The system provides a 25-year power generation warranty and uses modular installation processes enabling independent replacement and maintenance of individual modules. Self-cleaning glass surface design significantly reduces cleaning frequency, while the rainwater drainage system effectively keeps walkways dry, reducing maintenance issues caused by water accumulation. Estimated annual maintenance costs are approximately 1-2% of system value, far lower than traditional building structures.

Annual power generation revenue is approximately $55,000, reducing park operational costs. Considering the project simultaneously provides shade, rain shelter, landscape lighting, rest facilities, and environmental monitoring functions, actual economic benefits include savings on traditional infrastructure construction costs. Comprehensive calculations indicate an expected investment payback period of 8-12 years, followed by continuous economic benefits for 25 years.

The curved design perfectly blends with garden landscape, with annual carbon reduction equivalent to planting 1,560 trees. The transparent design maintains the park’s openness and transparency without blocking plants’ light requirements. Additionally, real-time PM2.5 and temperature/humidity display screens provide environmental quality information for citizens, demonstrating the harmony between technology and ecology.

The rainwater drainage system effectively keeps walkways dry. The drainage system uses concealed design that doesn’t affect walkway aesthetics or pedestrian traffic. Through slope design and drainage channels, rainwater can be quickly drained from walking areas, ensuring walkways remain safe and usable during rainy days, truly achieving all-weather functionality.

It became a provincial benchmark for BIPV application in public buildings, hosting over 200 visits from governments and enterprises nationwide, promoting local green building policy development and implementation, and providing replicable solutions for urban park renovation projects. The project demonstrates the feasibility and economic viability of BIPV technology in public space applications, providing reference templates for technical standards, implementation plans, and economic benefits for similar projects nationwide.

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