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All-In-One Solar Powered Street Lights by Philips

By August 24, 2021No Comments
Philips Sunstay Solar

Solar Powered Street Lights are efficient and cost effective

Clean energy system are essential to achieve internationally set climate objectives. Utilising Philips solar powered street lights, cities across Europe are minimising emissions and scaling up on the use of renewables.

Solar Powered Street Light Diagram

Off-Grid Solar Powered Street Lights

Off-grid solar powered street light use free & renewable energy, and support people with no access to the power grid.  In addition, they saves on cabling and distribution switchgear costs.

An off-grid solar street lighting system consists of luminaries, solar panels and batteries designed to operate autonomously without any connection to an electrical grid. The solar panels charge the batteries during the day and the stored energy powers the LEDs at night.

Solar Powered Street Lights

Hybrid Solar Powered Street Lights

Hybrid solar powered street lights gives large populations connected to a power grid an opportunity to reduce their carbon footprint, thereby resulting in a greener and healthier world. The solar panels charge the batteries during the day and the stored energy powers the LEDs at night. If the batteries run out of power, the LEDs are powered with energy drawn from the power grid.

Leipsoi Island with Solar Lights

Case Study: Leipsoi Island

As with any island in the Greek Dodecanese, imported energy is expensive. Introducing nighttime street and area lighting to the island’s communities was challenging, especially given electricity grid does not always follow the street layout. Locals wanted streetlights that would be aesthetically compatible with the natural landscape and, at the same time, a level of lighting that would improve visibility without overwhelming the beautiful night skies.

Leipsoi Island Solar Lights

The installation of 28 solar powered Philips SunStay autonomous LED luminaires provided what Mayor Fotis Mangos described as “a very effective, very functional, and highly aesthetically compatible” solution.

The solar luminaires have been fitted with Passive Infrared (PIR) sensors, which detect the approach of pedestrians or vehicles. This allows the light level to be increased automatically to the maximum 3,000 lumens from a background level of around 900 lumens.

It also means that the high efficiency (175 lumens/Watt) LEDs can operate for two full nights without receiving any solar energy, easing maintenance and optimising battery life.

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