We at Sigatoka Electric proudly announce an exclusive addition to our existing brands Solar Bollard Lighting.

It is a multiple award-winning global success, due to the original design innovations and Australian manufacturing excellence. Combining these features, we’ve stayed ahead of the innovation curve.

This SBL2 Series premium commercial grade, solar bollard lights are vandal resistant (IK10), submersible and dust-proof (IP68) solar bollard lighting for solar pathway lighting, solar pontoon lights, solar mine lighting, solar jetty lights, solar dock lights, solar street lighting, solar driveway lighting, solar area lighting, solar resort lights as a small example of the applications these can be used for.

OUR LATEST RELEASE SBL2 SERIES SOLAR LIGHTS:

• come with a 10 year Australian manufacturer warranty
• reduce the carbon footprint of the end user
• be cost effective over its life span
• operate in full shade or snow coverage
• be 100% recycled
• can withstand serious vandalism, be impacted by flying or floating debris – certified IK10
• last longer than competitor products

• will fully submerse and is dust-proof – IP68
• reduces future capital expenditure and excessive waste

At Sigatoka Electric, we focus on specific solar lighting requirements within the public lighting and infrastructure sectors with our SBL2 Series Solar Bollard for some of the following application examples:

• Solar Pathway Lighting
• Solar Pontoon Lighting
• Solar Marina Lighting
• Solar Play Ground Lighting
• Solar Emergency Lighting
• Solar Walkway Lighting
• Solar Jetty Lighting
• Solar Stairway Lighting
• Solar Driveway Lighting
• Solar Garden Lighting
• Solar Pole Top Lighting
• Solar Street Lighting

The SBL2 Series Solar LED Bollard top dome design tries to ensure birds cannot utilize the solar bollard as a resting point like other competitor products as there is no flat surface or edge for them to grip on to. Having birds rest or nest on top of a solar bollard reduces dramatically the amount of irradiation into the solar module thus reducing recharge capabilities and imminent failure especially around coastal communities.