Moreland City Council – Anstey Station Path
Details and Aim of Trial
To establish the functionality of the SolarOne lights with respect to;
- Current light theme
- Reliability
- Visibility
- Surface contact
- Durability and
- Issues to do with installation.
Trial location: (Map Reference Mel Page 29)
- Section of the Upfield Path through Brunswick at Anstey Station and alongside track
Trial environment description
- Shared pathway pedestrians and bicycles
- Number of crossing of roads and paths
- Passageway past station entrance
- Concrete and bitumen surfaces
- Station and roadway lights spillage
Cyclists lighting goals to:
- Indicate station egress
- Indicate crossing
- Indicate approach to crossing
- Indicate clearway for riders
- Indicate pathway risks such as hidden crossings, dips, etc.
Physical properties tests
- Effect of existing light sources (Light wash)
- Reliability (Charge times)
- Surface contact (Slippery/obstructive)
- Visibility (Distances at dusk/black)
- Durability (Weather/vandalism)
- Installation issues (Depth, clearance, adhesive, etc.)
Trial Period
- December 2007 to Dec2009
Results
Effect of existing light sources (Light wash)
- It was found that light spill from railway station flood lights washed out the tiles (Deleted from range)low level lighting, however the flashers were effective *1
*1 Begs the question as to why the station lighting is so strong and why it is on when the station is deserted? Surely a combination of photovoltaic and cabled lighting would be more efficient and environmentally friendly.
Reliability
- Lights have continued to operate since December 14th 2007 through extreme heat conditions
Visibility
- Flashers – 600meters plus
- DD1/ DD2 – 500meters plus
Surface contact
- No slipping
- No obstruction
Durability
- No significant damage or any failure after 12 months in the ground during high, extreme Australian temperatures periods
- No damage despite persistent vandalizing attempts to damage with a heavy blunt object (probably timber pole)
Installation
- Some initial learning regarding depth of setting and leading terrain topography required, however the actual installation was quite easily achieved.
Trial Period
- December 2007 to January 2009