Large parking lot shelter featuring a flexible vehicle organization system and a photovoltaic energy cover. This design allows for the creation of continuous shaded areas in alignment, enhancing the reorganization of urban spaces.
Palladio
Large parking lot shelter featuring a flexible vehicle organization system and a photovoltaic energy cover. This design allows for the creation of continuous shaded areas in alignment, enhancing the reorganization of urban spaces.
Introducing the Palladio Parking Lot Shelter, a spacious solution designed for effective vehicle organization and energy efficiency. This large shelter features a photovoltaic energy cover, providing ample shaded areas while enhancing urban space functionality.
**Technical Specifications:**
- **Size:** Large roof area of 25 m²
- **Measurements:** Roof panels are 1780 mm x 1052 mm
- **Photovoltaic Panels:** 15 modules with a total power output of 4.8 kWp (310 Wp each)
- **Materials:**
- Double tempered glass (2+2 mm)
- High-power PERC cells encapsulated in polymer
- Structural components include S275 JR steel, hot-dip galvanized and C3 protected
- Anodized aluminum profiles for crossbars and sealing
- Stainless steel elements (AISI304 and A4)
- **Installation:**
- Pillar foundation of reinforced concrete, 20 cm below pavement with electrical connection slots
- Fully mechanical installation using stainless steel screws, no welding required
- Supplied disassembled into four major components: pillars, beams, crossbars, covers
- **Protection and Compliance:**
- CE, RoHS, IP67 rated for protection against solids and liquids
- Compliance with health and safety standards and certifications (DVE, MCS, BBA)
- Electrical Class II and III options
- **Environmental Conditions:**
- Designed for type II terrain and withstands wind speeds up to 29 m/s
- Minimum working height of less than 2.5 m
- **Maintenance:** Minimal required, mainly to maintain original color and clean panels periodically
**Features:**
- Flexible vehicle organization system
- Continuous shaded areas for improved urban experience
- Suitable for various urban scenarios promoting interaction and new habits
**Available Options:**
- Several color variations available upon request
- Customized finishes for marine environments
The Palladio Parking Lot Shelter represents a commitment to creating sustainable and functional urban spaces while providing clean and renewable energy.
**Technical Specifications:**
- **Size:** Large roof area of 25 m²
- **Measurements:** Roof panels are 1780 mm x 1052 mm
- **Photovoltaic Panels:** 15 modules with a total power output of 4.8 kWp (310 Wp each)
- **Materials:**
- Double tempered glass (2+2 mm)
- High-power PERC cells encapsulated in polymer
- Structural components include S275 JR steel, hot-dip galvanized and C3 protected
- Anodized aluminum profiles for crossbars and sealing
- Stainless steel elements (AISI304 and A4)
- **Installation:**
- Pillar foundation of reinforced concrete, 20 cm below pavement with electrical connection slots
- Fully mechanical installation using stainless steel screws, no welding required
- Supplied disassembled into four major components: pillars, beams, crossbars, covers
- **Protection and Compliance:**
- CE, RoHS, IP67 rated for protection against solids and liquids
- Compliance with health and safety standards and certifications (DVE, MCS, BBA)
- Electrical Class II and III options
- **Environmental Conditions:**
- Designed for type II terrain and withstands wind speeds up to 29 m/s
- Minimum working height of less than 2.5 m
- **Maintenance:** Minimal required, mainly to maintain original color and clean panels periodically
**Features:**
- Flexible vehicle organization system
- Continuous shaded areas for improved urban experience
- Suitable for various urban scenarios promoting interaction and new habits
**Available Options:**
- Several color variations available upon request
- Customized finishes for marine environments
The Palladio Parking Lot Shelter represents a commitment to creating sustainable and functional urban spaces while providing clean and renewable energy.
URBI2024-60