Sin City going green: Las Vegas to use solar and pedestrian power for street lights
Cities consume a considerable amount of energy per year on lighting. And if that city happens to be Las Vegas, you can expect the bill to be a doozy. But a recently announced partnership with a New York City-based start-up is set to bolster Las Vegas' commitment to renewable energy sources. Soon enough, some of "Sin City's" sidewalks will be illuminated by EnGoPLANET's innovative sun- and people-powered street lights.
EnGoPLANET focuses on developing off-the-grid solutions and infrastructure to harvest energy from alternative sources. Installations of EnGoPLANET's latest, the Street Light, is expected to be a first-ever for the company. Together with the city of Las Vegas, the solar-kinetic lights will be placed throughout Boulder Plaza. Not only are these street lights designed to be powered by the sun, but footsteps of passing pedestrians will help keep them illuminated all through the night.
EnGoPLANET Street Lights can be connected to durable, strategically-placed kinetic energy tiles that are designed to turn motion into useful energy. Each time someone steps on one of these pads, up to 7 W of power is created and then stored in a battery for later use. The lights are equipped with the latest LED technology, ranging from 25 to 75 W depending on the chosen design. Motion sensors can be incorporated so that the lights illuminate only as-needed, thus potentially reducing the amount of energy waste.
Optional features help to transform the EnGoPLANET Street Light into smart tech for cities. Additional sensors measure air quality, temperature, humidity, and water, as video surveillance cameras monitor and analyze traffic. Similar to the Bigbelly solar-powered recycling/garbage bin, built-in Wi-Fi transmits real-time data while doubling as a hot spot for mobile devices. Benches and EnGo Charge Spots can be provided so that people have a place to sit and charge devices via USB or wireless pad.
"If you look at traditional street light poles, you will see that they are useless. They simply hold the lighting," says Petar Mirovic, CEO of EnGoPLANET. "With our solution, we've changed that by incorporating useful features into the pole and transforming it into a free service spot where people can rest, charge their portable devices, or connect to Wi-Fi."
Check out the video below for an overview of the EnGoPLANET Street Light.
Source: EnGoPLANET via Inhabitat
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It's like they took a simple inexpensive problem and made it expensive and complex on purpose. The construction cost of redoing all the sidewalks to add these sections of pressure plates alone is more than the entire project should cost. I use $16 solar motion lights on my garage.
This is a larger scale but only slightly. But instead of just going with lights they had to include the kitchen sink with it but is the company that makes the poles the same one that will be providing WiFi service?
It seems like it would make more sense to just offer power/cabling/mounting to other existing companies that already offer WiFi service. The greenest thing in this project is the massive pile of money getting paid to the company and the contractors tearing up all the sidewalks for the install.
It legitimately looks like they went out of their way to make it as complex and expensive as possible.
The sicence is that CO2 does NOT hold in heat. Look it up.
CO2 is not added to greenhouses to make them warmer since CO2 does NOT hold in heat! Any CO2 in a greenhouse is only from the environment - NOT ADDED - and the plants use up what is in the greenhouse through photosynthesis. SO what keeps in the heat? Water Vapor! But how could they get the public to swallow we need to pay for vehicle emissions testing b/c of water vapor?
So now we have a more expensive and unneeded solution that looks good on paper - is helped to market with the global warming panic - and we get the politically correct to be happy.
https://en.wikipedia.org/wiki/Greenhouse_gas Greenhouse gases are those that absorb and emit infrared radiation in the wavelength range emitted by Earth. In order, the most abundant greenhouse gases in Earth's atmosphere are:
Water vapor (H2O) Carbon dioxide (CO2) Methane (CH4) Nitrous oxide (N2O) Ozone (O3) Chlorofluorocarbons (CFCs)