Sale!

SunPark Lightweight Auto Shelter™

17 226,00 $ – 54 550,00 $ +tx

Modular solar carport for 2, 4, 6, 8, or 10 parking spaces with water management system for monofacial and bifacial PV panels.

*SOLAR PANELS NOT INCLUDED IN THE PRICE.
*Detailed construction plans are mandatory.

WattSun Sales Team:
438-928-8766
sales@wattsuninnovations.com

Nombre de place de stationnement

Clear

Financement FinanC par RBC

Description

Specifications

Material

Structure and components 100% made of aluminum, stainless steel bolts and nuts

Max snow load

Can be designed for any snow load (up to 100 PSF)

Maximum wind load

Can be designed for any wind load (up to 180MPH+/290 km/h+)

TILT ANGLE

Typical 15 degrees

Panel orientation

Landscape on rails

Solar Panel

Any monofacial or bifacial PV panel with or without frame (glass laminate), optimized for bifacial

Sealed

Water runoff management.

Configuration

Single or double row parking coverage with back-to-back carport configuration

Type of foundation

All (typical helical piles or screw piles, concrete footings are also possible but more inconvenient for the property)

Installation

Structure 100% made of aluminum, extremely lightweight, all parts can be handled by hand without heavy machinery.

Panel height from the ground

Customizable, typically from 3.6 to 4.4 m (12 to 14.5 feet).

Grounding

UL 2703 listed

Typical observed bifacial gains

25% (Type N, on black asphalt. Must be optimized by project, not a guarantee.)

No on-site welding

All Opsun carport systems are assembled with bolts. No welding and no cutting will be done during installation on the site.

Architectural design

This architectural solar carport combines high energy production without compromising the appearance of the structure. The use of frameless bifacial photovoltaic panels will add to the elegance of the carport. This structure will seamlessly integrate into both residential and light commercial settings.

Installation with peace of mind

Installing new infrastructures may disrupt a property for an extended period. Opsun’s Lightweight SunPark has been designed to minimize installation time and operations while avoiding the use of heavy machinery, allowing for a quick and cost-effective installation. All parts are aluminum and can be lifted by hand, while the foundations can be made using helical piles that require no excavation work. It’s peace of mind!

Perfect for EV charging stations

The SunPark Light is perfectly suited for electric vehicle charging stations and complements the green movement of transport electrification by enabling clean generation of the energy needed to recharge your electric vehicle. Take a further step towards the environment by adding the SunPark Light to your EV charging station.

Benefits

IDEAL APPEARANCE WITH BIFACIAL PANELS

Panels can be embedded in the aluminum rails, all wires hidden, all junction boxes hidden. Opsun bifacial carports take advantage of the transparency of bifacial panels to enhance aesthetics from below.

EV charging station ready

Perfectly fits the recharging requirements of electric vehicles (EV).

COMPLETELY ALUMINUM DESIGN

The 100% aluminum design of the 6000 series with 304 stainless steel bolts and nuts ensures maximum durability of the structure for decades.

BETTER PROTECTION OF PV PANELS

Solid rails supporting the PV along their entire length help to prevent twisting and movements that lead to accelerated degradation of PV panels.

Easy installation

Light by nature, all parts can be lifted by hand, without heavy machinery. Foundations can be made using screwed piles or helical piles to avoid heavy machinery and disrupt parking activities.

UL 2703

ETL listed according to UL 2703

MODULAR CONFIGURATION

The same structure can be adapted to different sizes of car shelters.

The highest standards of engineering and customer support

Opsun’s engineers use only the safest calculation methods, to ensure maximum solidity and durability of their structures. They use proprietary and recent wind tunnel studies (2019) from Western University and utilize the most recent versions of Building Codes (ASCE-10-16 and NBCC 2015, IBC 2018), as well as SEAOC PV2 guidelines with notions of relative dimensions of the solar system compared to the roof size, to take into account the most complex wind effects. The design ensures minimal deflection of PV panels to protect the cells, and the best finite element simulation software is used. Each component or vertical structure is subject to a unique calculation. Unique and custom solutions are found for all difficulties, and the team reacts quickly to events occurring during construction (such as a misplaced drain or any last-minute changes).

Specific construction permit plans for the project, stamped by an engineer.

For each project, you can obtain customized installation and construction permit plans adapted to the project’s challenges, stamped by a local engineer if necessary. Each step of the assembly process is described in detail, with exact measurements in relation to the actual site of the project and the explanations needed to understand the specifics of the project.

Additional information

Weight	N/A
Dimensions	N/A

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