My first knee-jerk reaction was rather negative. But I came across this:
> The system uses a net of lasers surrounding the beam to detect obstructions, like a bird or person, and it automatically shuts off transmission until the obstruction has moved on.
...which seems to be proof that you're aware of it's dangers and have taken steps to mitigate it. This is a good sign in my book.
I also note that the beam is controlled by
> relays, which are like “lenses” extending the beam beyond line-of-sight by refocusing it, are nearly lossless
If you've not reached coherence, how do your control diffusion? Do you have plans to have 'relays' at very regular intervals in order to constrain the beam to an (cross sectional) area so that it remains safe for organic life?
The interval between relays largely depends on topographical, regulatory, and environmental conditions.
In any case, all our systems are designed to be absolutely safe for any organic life form.
Despite initial perception (mostly driven by the 5G frenzy I presume), if you do the research you'll realise that it is the most environmentally friendly solution out there. This is how EBDs can go green! No ELF, no people or animals immersed in RF or electrocuted, no carbon emission, no cutting through forests and rivers with huge pylons and no underwater cables disturbing marine life.
Given NZ's geography, a niche like providing remote pilot projects power until cable or renewables are constructed would make the tech worth pursuing. You could back out without sunken costs or environment damage if the pilot doesn't go ahead.
NZ is proposing to go fully renewable by 2030 as well as promoting higher EV targets for 2023. We already import many right-hand drive Nissan Leafs reaching their 7-year EOL from Japan, so re-purposed batteries for off-grid storage will become very cost effective in short order.
Our aluminium smelter is also slated to close in a year which frees up about 10% - 15% of national electricity, and we have pumped storage for day/night loads separate from hydro.
Given the political climate here, niche opportunities abound imo.
> The system uses a net of lasers surrounding the beam to detect obstructions, like a bird or person, and it automatically shuts off transmission until the obstruction has moved on.
...which seems to be proof that you're aware of it's dangers and have taken steps to mitigate it. This is a good sign in my book.
I also note that the beam is controlled by
> relays, which are like “lenses” extending the beam beyond line-of-sight by refocusing it, are nearly lossless
If you've not reached coherence, how do your control diffusion? Do you have plans to have 'relays' at very regular intervals in order to constrain the beam to an (cross sectional) area so that it remains safe for organic life?