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and your " 300000 mah " solar panel - ROLFLMAO you really believe chines spec claims ?????????????? thats 300 amps
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originally posted by: ignorant_ape
a reply to: stonerwilliam
the UK is not africa .
and your " 300000 mah " solar panel - ROLFLMAO
you really believe chines spec claims ??????????????
thats 300 amps
FFS
now specs and costs - using real figures [/quote
True bud Africa has a better cell reception that most of the Uk ,Rather than me bore you with how i would go cheap with easily got pieces on ebay
Let me show you how they did it in the past
No wires ? just the odd dash of Mercury needed
Ps i have Dementia so doing a task can take days and when your computer goes awol and resets it can take a age to respond
originally posted by: Phage
a reply to: stonerwilliam
These devices look like street lights but they are on all day and when they emit 5g they attract flying insects (pollinators) and fry them all.
On all day? Really?
Lights do tend to attract insects. But, really?
That's awesome. Way better than an old fashioned bug zapper.
So what does it have to do with this wizardry.
Some places report a 90% decline in bugs before all this new wizardry is introduced
Which reports would that be?
5g reports of dead birds from Europe
originally posted by: Phage
a reply to: stonerwilliam
So what does it have to do with this wizardry.
Some places report a 90% decline in bugs before all this new wizardry is introduced
Which reports would that be?
5g reports of dead birds from Europe
originally posted by: Pilgrum
a reply to: stonerwilliam
My personal opinion from an electrical/electronic engineering standpoint on this video - he left his alfoil hat off for too long.
It's just a streetlight with wireless control to switch it on & off from a central point rather than the more typical (once at least) LDR mounted on top of the fitting. The electronics he's so suspicious of is simply a robust buck converter for the LEDs.
The wireless control allows more flexible operation IE the lights can all be switched on in daylight over the 'net to allow a periodic check for faulty lamps to save crews driving around at night. They could also be switched off at night if there's a requirement for that like reducing demand. Normally a central light level sensor controls the lights (used to be 2 lumens per square foot was the point at which lights were switched on) but that requires a separate switched conductor for the lighting. Lights with individual LDRs are inconsistent in the point they switch on so this system solves all the problems and saves costs at the same time.
IE less demand, no extra wiring, uniform switching, remote override capability, longer lifetime
originally posted by: Drucifer
originally posted by: Pilgrum
a reply to: stonerwilliam
My personal opinion from an electrical/electronic engineering standpoint on this video - he left his alfoil hat off for too long.
It's just a streetlight with wireless control to switch it on & off from a central point rather than the more typical (once at least) LDR mounted on top of the fitting. The electronics he's so suspicious of is simply a robust buck converter for the LEDs.
The wireless control allows more flexible operation IE the lights can all be switched on in daylight over the 'net to allow a periodic check for faulty lamps to save crews driving around at night. They could also be switched off at night if there's a requirement for that like reducing demand. Normally a central light level sensor controls the lights (used to be 2 lumens per square foot was the point at which lights were switched on) but that requires a separate switched conductor for the lighting. Lights with individual LDRs are inconsistent in the point they switch on so this system solves all the problems and saves costs at the same time.
IE less demand, no extra wiring, uniform switching, remote override capability, longer lifetime
Spot on.
We started replacing all the light poles on our campus last week with bright, shiny LEDs. They’re bright enough that we’re removing the wall packs from the buildings because they won’t be necessary. We’re still waiting on word from the city in regards to dimming during off-hours, but yeah, that’s pretty much the deal with the wireless control. It’s going to allow me to run with along with an already existing building management system so I can sit here on my couch at home and operate everything remotely as I already do with door locks and HVAC.
originally posted by: stonerwilliam
originally posted by: Drucifer
originally posted by: Pilgrum
a reply to: stonerwilliam
My personal opinion from an electrical/electronic engineering standpoint on this video - he left his alfoil hat off for too long.
It's just a streetlight with wireless control to switch it on & off from a central point rather than the more typical (once at least) LDR mounted on top of the fitting. The electronics he's so suspicious of is simply a robust buck converter for the LEDs.
The wireless control allows more flexible operation IE the lights can all be switched on in daylight over the 'net to allow a periodic check for faulty lamps to save crews driving around at night. They could also be switched off at night if there's a requirement for that like reducing demand. Normally a central light level sensor controls the lights (used to be 2 lumens per square foot was the point at which lights were switched on) but that requires a separate switched conductor for the lighting. Lights with individual LDRs are inconsistent in the point they switch on so this system solves all the problems and saves costs at the same time.
IE less demand, no extra wiring, uniform switching, remote override capability, longer lifetime
Spot on.
We started replacing all the light poles on our campus last week with bright, shiny LEDs. They’re bright enough that we’re removing the wall packs from the buildings because they won’t be necessary. We’re still waiting on word from the city in regards to dimming during off-hours, but yeah, that’s pretty much the deal with the wireless control. It’s going to allow me to run with along with an already existing building management system so I can sit here on my couch at home and operate everything remotely as I already do with door locks and HVAC.
You could also track everyone with a phone and zap them when they get near a light and who would know anything , see my above post ! and get AI to do the dirty work with camera resolutions down to 1 cm from a satellite it makes the Argus drone look old school