Cyclone Seroja update
Imagine saving up to an estimated 45,000 tonnes of CO2 emissions per year* by changing the way we light up our streets.
That is what’s possible with the new smart streetlights.
We are always looking at ways to take advantage of the latest technology to provide our customers with a better experience. That involves working towards delivering innovative, intelligent, and future-focused solutions for streetlighting.
In November 2019, we commenced our smart streetlights trial in Melville. The 12-month trial tested new technology that provides communities with an enhanced streetlighting product that can automatically report its own faults for quicker repairs, be dimmed/brightened remotely, and reduce CO2 emissions by up to 55%*.
The trial concluded in November 2020 with a lot of positive feedback on the process and outcome from the local community.
* compared to standard streetlights.
Smart streetlights are LED streetlights with smart PE cell capability.
The trial involved 100 LED streetlights connected by a wireless radio frequency, which ‘talk’ to our network control centre. This means that if a streetlight is faulty or broken, the network control centre is automatically notified and has real-time information on exactly what and where the issue is.
The technology in the streetlights uses very low-level radio frequency, exactly like our advanced meter smart metering technology.
The new LED luminaires meet current Australian standards in relation to road category and safety requirements.
Considering we currently own and operate over 276,000 streetlights in WA, this technology has the potential to transform how we manage these assets on a large scale.
Melville was chosen for the trial as there were multiple streetlights in the area requiring an upgrade. To minimise cost and reduce customer outages, smart streetlights were incorporated as part of these planned upgrade works.
In a Western Australian Utility first, these streetlights will be operated on a system-wide basis providing direct benefits to residents and local councils/shires.
It is estimated that the 276,000 existing standard streetlights across the network emit 90,000 tonnes of CO2 each year.
By converting all these streetlights to LED, we estimate a reduction of 50-60% CO2 emissions without even dimming the lights. If the LED streetlights are fitted with smart capability, the total reduction of CO2 emissions could be far greater.
The transition to LED streetlights is part of our move towards a cleaner, greener grid. With significant reductions in CO2 emissions and maintenance costs, it makes sense.
What are the benefits of LED streetlights? Who manages faulty streetlights? How long does it take to repair a streetlight? We've answered all your streetlight questions.
This trial will also test the effectiveness and compatibility of smart streetlighting within our grid management systems. The streetlights can also communicate with our control centre.
We receive on average around 40,000 calls per year regarding faulty streetlights - the use of smart streetlights will remove the need for reporting back to Western Power as our system will be able to see the status and condition of the new lights.
It is estimated this will reduce the number of calls by 99% once complete - a huge time and cost saving for customers and for us.
The LED technology has several benefits for residents and local councils as they provide enhanced illumination, longer life, lower maintenance costs, and improved energy efficiency, while heavily reducing CO2 emissions which means they are more cost-effective for councils to run. They have:
The trial lasted twelve months and was completed in November 2020. We would like this offering to continue throughout our network to our customers.
We are looking ahead for the next opportunity on these smart streetlights and are currently evaluating smart technology suppliers. Stayed tuned for more exciting information.
We've got a lot more innovative energy technology projects taking place. Check them out here.
Want to find out what else we’re working on to deliver a better energy future?