Intelligent-photovoltaic-power-generation-and-energy-storage-integrated-parking-shed

Intelligent photovoltaic energy storage integrated parking shed

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Solar Carport Solution with Integrated Energy Storage

Intelligent BIPV solar carport combining parking services with clean energy generation. Features modular design, built-in EV charging stations, and smart monitoring for commercial and residential applications.

Key Features:

  • High-efficiency solar modules (≥21.5%)
  • Integrated LED lighting & EV charging
  • 30% light transparency design
  • Grade 12 wind resistance capability
  • Smart monitoring & control system
  • Rainwater collection technology

Benefits: Vehicle protection, renewable energy generation, carbon footprint reduction, additional revenue streams.

Applications: Commercial centers, residential complexes, office buildings, public parking facilities.

Additional information

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Solution and Application Details

Project Name: Tianjin Commercial Street BIPV Solar Carport Project 

Project Type: Commercial Building Integrated Photovoltaics 

Installed Capacity: 500KW

Project Overview

Located in Tianjin’s bustling commercial district, this project upgrades
traditional parking facilities into intelligent solar carports, perfectly
combining parking services with clean energy generation. Utilizing our
latest BIPV technology, it not only provides green electricity for the
commercial street but also offers comfortable shaded parking for vehicle
owners, serving as an exemplary demonstration of urban green development.

Technical Specifications

• Project Scale: 500KW installed capacity
• Coverage Area: 4,200㎡ parking area
• Parking Spaces: 180 standard parking spots
• Power Generation Efficiency: Module efficiency ≥21.5%
• Annual Power Generation: Approximately 650,000 kWh
• Carbon Emission Reduction: ~325 tons CO₂ annually
• Light Transmission Design: 30% transparency for natural lighting
• Wind Resistance: Grade 12 typhoon resistance (≥50m/s)
• Snow Load Capacity: ≥2.5kN/㎡
• Service Life: 25-year power generation warranty

Project Highlights

• Smart Integration: Built-in LED lighting and EV charging stations
• Architectural Aesthetics: Modern minimalist design harmonizing with
commercial street environment
• Economic Benefits: Annual electricity savings of ~\$45,000,
8-year payback period
• Environmental Value: Carbon reduction equivalent to planting 1,300 trees
• Social Impact: Enhanced commercial street image, attracting
environmentally conscious consumers

Customer Testimonial

“This solar carport project exceeded our expectations. It not only
solved our parking challenges but also brought us stable green returns.
Jia Mao’s professional team demonstrated excellence from design to construction –
a truly trustworthy partner.”

Technical Innovations

• Modular quick-installation design, reducing construction time by 40%
• Smart monitoring system for real-time performance tracking
• Anti-glare technology ensuring driving safety
• Rainwater collection system for water resource recycling

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Battery energy storage systems can gather and store energy from either the grid directly or from an adjoining solar farm or other power source, and our smart PV energy storage parking shed optimizes this integration. The 500KW capacity generates approximately 650,000 kWh annually, with the BESS storing excess energy during peak production hours for use during evening hours or grid demand periods. This maximizes the economic value of generated electricity and provides backup power for essential lighting and EV charging functions.

Inspect the exterior and interior components of the power storage container on a regular basis for damage, looseness, or corrosion. Our modular quick-installation design reduces maintenance complexity. The system requires quarterly visual inspections, annual electrical testing, and monitoring of battery performance through the smart monitoring system. The 25-year power generation warranty covers both solar panels and energy storage components, with predictive maintenance alerts minimizing unexpected downtime.

The project provides 180 standard parking spots across 4,200㎡ of coverage area. This translates to approximately 23.3㎡ per parking space, which includes the space for vehicles, driving lanes, and structural support columns. The 30% light transmission design ensures adequate natural lighting while maintaining comfortable shaded parking conditions. The modular design allows for flexible configuration to accommodate different vehicle sizes and parking layout requirements.

The project delivers annual electricity savings of approximately $45,000 with an 8-year payback period. The energy storage component adds value by enabling time-of-use optimization, peak demand reduction, and potential participation in grid services markets. Additional revenue streams include EV charging services and reduced peak demand charges. The carbon reduction equivalent to planting 1,300 trees also positions the installation for potential carbon credit revenues and ESG compliance benefits.

The carport structure is designed with integrated gutters and downspouts that channel rainwater from the solar panel surfaces into collection tanks. This system provides several benefits: reduced stormwater runoff, water resource recycling for landscape irrigation or vehicle washing, and improved urban water management. The collected rainwater can also be used for cleaning the solar panels, maintaining optimal energy generation efficiency.

The smart integration includes automated LED lighting systems that adjust based on ambient light conditions and occupancy sensors, optimizing energy consumption. EV charging stations can be powered directly by solar generation during daytime hours or from stored energy during peak demand periods. The smart monitoring system tracks both energy production and consumption patterns, enabling optimal charging schedules and grid interaction strategies.

The structural design incorporates reinforced steel framework and engineered mounting systems that can withstand winds exceeding 50 m/s and snow loads ≥2.5kN/㎡. The anti-glare technology and modular installation also contribute to structural stability. During severe weather events, the energy storage system can provide emergency power for critical lighting and safety systems, while the robust construction protects both vehicles and electrical components from weather damage.

This project serves as a comprehensive model for urban renewable energy integration, demonstrating how parking infrastructure can be transformed into multi-functional energy assets. The combination of solar generation, energy storage, EV charging, and smart monitoring creates a template for sustainable commercial development. The proven economic benefits ($45,000 annual savings, 8-year payback) and environmental impact (325 tons CO₂ reduction annually) provide concrete benchmarks for similar projects in other commercial districts.

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