Solar panel fasteners

Solar panel fasteners

Fasten Photovoltaic modules in a single step.

Screwless and tool-free clipped fastening solutions provide fast and simple assembly, enabling customers to reduce the overall cost of renewable energies.

Fastening clips for framed photovoltaic (PV) modules

Browse our easy-to-install, screwless, tool-free solar hardware. 

PowAR® Cinch for trackers and ground mount solar panels

Fastening clip for framed PV modules, either ground mounted or on trackers 

PowAR Cinch® for trackers and ground mount

Performing

Tested by independent laboratories and validated by major PV module manufacturers.

Faster installation

Fasten in a single step in as little as 30 seconds.

Greater ease of use

• No need of power tool.
• Installs from under the module: no more stepping on the module.
• Flexible: supporting rail and frame holes don’t need to be aligned.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control.
• Elastic mechanical clamping  may reduce the risk of hotspots.
• PowAR® Cinch offers grounding performances, subject to conditions (1)

Discover the video

PowAR® Cinch

Download the PDF from our download center

PowAR® Cinch leaflet

PowAR® Wing Cinch leaflet

Instructions and maintenance Manual PowAR® Cinch

Instructions and maintenance Manual PowAR® Cinch Locked

Instructions and maintenance Manual PowAR® Wing Cinch

Instructions and maintenance Manual PowAR® Wing Cinch Locked

PowAR® Snap for rooftop and floating solar panels

High-performance anti-theft fastening and grounding clip for framed PV modules and steel structures.   

PowAR® Snap S for roofs, high performances

Faster installation

Fasten in a single step in as little as 30 seconds.

Greater ease of use

• No need of power tool.
• Anyone can install: minimal training required.
• Intuitive: the audible “click” signals successful installation.
• Installs from under the module: no more stepping on the module.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control.
• Elastic mechanical clamping  may reduce the risk of hotspots.
• Anti-theft design: specific removable tool required.
• PowAR® Snap offers grounding performances, subject to conditions (1)

Discover the video

PowAR® Snap video

Download the PDF from our download center

PowAR® Snap S+ leaflet

PowAR® Snap S leaflet

Instructions and maintenance Manual PowAR® Snap S

Instructions and maintenance Manual PowAR® Snap S+

PowAR® Slot for ground mount solar panels

Fastening clip for framed PV modules, either ground mounted or on trackers.    

PowAR® Slot

Faster installation

Fasten in a single step in as little as 30 seconds.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control.
• Elastic mechanical clamping  may reduce the risk of hotspots.
• PowAR® Slot offers grounding performances, subject to conditions (1)

Greater ease of use

• Easy panel alignment, specifically designed for uneven terrain.
• Installs from under the module: no more stepping on the module.   
• Easy to dismantle from the back face of the module.

Discover the video

Discover the video 

Download the PDF from our download center

PowAR® Slot leaflet

Instructions and maintenance manual

PowAR® Slot FS6, for First Solar Series 6® modules

Designed for First Solar Series 6® horizontal rails.

PowAR Slot FS6

Faster installation

Fasten in a single step in as little as 30 seconds.

Greater ease of use

• No need of power tool
• Easy panel alignment, specifically designed for uneven terrain.
• Installs from under the module: no more stepping on the module.
• Easy to dismantle from the back face of the module.
• Minimal training required.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control.
• PowAR® Slot FS6 offers grounding performances, subject to conditions (1)

Download the PDF from our download center

PowAR® Slot FS6 leaflet

Instructions and maintenance manual

PowAR® Wedge FS6

Designed for First Solar Series 6® on trackers and fixed-tilt structures 

PowAR® Wedge

Faster installation

• Assembly in a single step.
• Quick insertion of the clip.

Greater ease of use

• Easy panel alignment, specifically designed for uneven terrain.
• Installs from under the module: no more stepping on the module.
• Easy to dismantle from the back face of the module.
• No need of power tool.
• Minimal training required.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control.
• PowAR® Wedge FS6 offers grounding performances, subject to conditions (1)

Download the PDF from our download center

Instructions and maintenance manual

PowAR® Wedge FS6 leaflet

PowAR® Wedge FS7

Designed for First Solar Series 7 on trackers and fixed-tilt structures.

Fast installation

• Assembly in a single step.
• Quick insertion of the clip.

Greater ease of use

• Customized bit available for use with power tool
• Installs from below the panel: no more stepping on the module.
• Minimal training required.
• Quick and easy to dismantle from below the module.

Lower costs

Lowers total cost of ownership of PV solar equipment.
• Screwless design eliminates periodic torque control, simplifying and reducing O&M costs.
• PowAR® Wedge FS7 offers grounding performances, subject to conditions (1)

Download the PDF from our download center

Instructions and maintenance manual

PowAR® Wedge FS7

(1) The Product can offer some grounding performances depending on the components and elements to be used by customer to design their complete system (including but without being limited to solar panels, frames and rails). However, please note that these performances can substantially vary depending on the type of elements which will be used by the customer to design their complete system as well as the environmental conditions. Consequently, the grounding performances need to be priory evaluated by customer by conducting their own tests considering the characteristics of each project including but without being limited to the frame and supporting rails intended to be used as well as environmental conditions.