Seems that Shangri-La Toronto wants to surround their building with a bright magenta billboard. This is the view from my office:
It’s so bright everything vaguely reflective on my desk appears to be pink. I’ve made a couple of calls to the City of Toronto – Sign By-law Unit and Toronto 311 and await developments.
I’ve had the PowerCost Monitorâ„¢ up and running for over a week now. It was pretty easy to fit. The fiddliest bit was working out and entering the time-of-use rates – which I’ll have to change again in November.
Over the last six days that I’ve been logging it, it exactly matches our meter. That’s one of the reasons I bought it; I didn’t want to be fiddling with CT clamps which introduce their own inaccuracies. Now for the small matter of decoding its transmissions …
It’s hard to call anything “breakaway” when the combined current ages of the proponents would put them born in the same week as Lord Rayleigh. The major schism would be over who had the more outlandish hat: radar station vs lampshade.
In Primary Six to about First Year [so about 1979 to 1981], the thing to have was a Papermate Replay, the first real* erasable ballpoint. Despite their waxy purplish-blue ink (which had a strong piney aroma) it was the one thing all the cool kids had. The Replay erasers were gritty and smudgy, and left black crumbs on the page. I remember the gummy click of the ball on the paper, and the rising fug of Replay ink from thirty desks. When it eventually dried, Replay ink could stick pages lightly together, a bit like paste-up wax.
With the Liquid Pencil, Sharpie probably hopes to repeat the (at least initial) success of the Replay. The technology feels similar — slightly less sticky, and the smell of the ink is different, but there’s still an unusual high note to it. The ink looks curiously as if it’s been photocopied and is of an uneven weight, just like the Replay used to be. Leaning on a freshly-written page from the Liquid Pencil smudges the ink on your hand and partially erases the text — just like the old Papermate Replay.
While the Replay really didn’t like regular erasers, the Liquid Pencil is better with them. If the LP were a real pencil, a heavy trace would conduct:
If you want to work out how tall a wind turbine is at a distance, you can use simple proportion:
If I hold my thumb at arm’s length, it’s about a metre from my eye. The tallest a turbine would appear from shore would be equivalent to the height of the top joint of my thumb. That’s pretty small.
EBR Registry Number: 011-0089
Renewable Energy Approval Requirements for Off-shore Wind Facilities – An Overview of the Proposed Approach
I would like to propose that the mandatory 5km shoreline exclusion be removed entirely, for the following reasons:
1 Drinking Water Source Setbacks
While the “Technical Rules: Assessment Reportâ€1 of the Clean Water Act 2006 is cited as a major reason for the 5km shoreline setback, the assessment report itself provides for no greater setback than 1000m from a water intake in a Great Lake. It is suggested that this one kilometre setback be maintained for existing and planned intakes, but should not be applied as a blanket distance for all development. To force a larger setback than the Act allows is to discriminate against wind energy and the industry.
2 Lake Bathymetry
Taking the particular case of Lake Ontario near Toronto, the water depth at 5km from shore is typically2 40-70m. This is far greater than is practical, and would require massive and costly foundations.
3 Noise
The proposed shoreline exclusion unscientifically precludes any project coming closer to shore. As your document states that noise guidelines for offshore projects are in development, setbacks derived from these guidelines should be allowed. The document should also clarify that the 5km shoreline exclusion is typically larger than the setback required by the Noise Guidelines for Wind Farms3, as at a recent MOE session on Low Frequency Noise Measurement4, representatives of “The Society for Wind Vigilance†stated that 5km was now the setback recommended by the MOE for all wind projects.
4 Positive Visual Enhancement
Wind energy is the most visual form of electrical generation, and it is a subjective matter as to whether the turbines are ugly or beautiful. The major shoreline constraint cited by the Ohio Department of Natural Resources is due to “aesthetic hindranceâ€5, yet the Great Lakes Wind Energy Center’s Final Feasibility Report6 wishes to site their pilot turbine as close to shore for “the highest iconic valueâ€. Copenhagen, the capital city of Denmark, has an arc of wind turbines in the bay approximately 3km from the shore, and less than 5km from the Amalienborg Palace. By placing these turbines close to the city, they have made a statement of their commitment to sustainability, and avoided rows of pylons, which few (if any) could call anything but ugly.
I would hope that you would take my comments into account.