The Internet of Things (IoT) is a trend that is seeing a lot of recent attention in the residential, utility, and the commercial and industrial (C&I) spaces. Through home automation, the IoT can make consumers’ lives easier and more efficient. Meanwhile, it’s allowing utilities to increase equipment effectiveness, reduce cost of compliance, enable real-time decisions in demand response (DR) events, and improve customer experiences. The IoT can also help C&I businesses heighten asset performance, mitigate supply chain risks, and ensure product quality and consistency.
Now, the IoT is hoping to make life easier in the Big Apple, specifically in New York’s Times Square. But the IoT isn’t on Broadway or the big screens (yet). Instead, it’s been finding use in one of the most humble, overlooked, and under-appreciated parts of New York City—in garbage cans. Bigbelly, a waste management company offering unique solutions for public spaces by leveraging solar energy and information technology, is applying for a grant from the Mayor’s Office to install Wi-Fi garbage cans in underserved neighborhoods.
Bigbelly’s garbage cans were smart before the company added Wi-Fi to them, as they are solar powered, have sensors to detect how full and smelly they are, notify trash collectors when it’s time to empty them, and some can automatically compact trash when the cans become too full. Now, with enough bandwidth to run a small business, upload 200 pictures in 27 seconds, or download an HD movie in 9 minutes, these garbage cans are becoming even smarter—and more valuable. While the Wi-Fi upgrade is certainly a big benefit, these IoT containers can provide priceless waste management and operations data, or even display public service announcement and alerts.
More to the Market
Bigbelly is not the only company expanding the IoT into public spaces and garbage cans. The city of Santander, Spain, with a population of 185,000 people, participated in a pilot project sponsored by the European Union to test sensor network technologies and other aspects of the IoT on a city scale. Over the course of the project, roughly 12,000 sensors were deployed around the city, measuring parking spaces, the amount of trash in garbage cans, traffic flow, carbon monoxide levels, and pedestrian traffic. The $9.6 million project resulted in a 25% cut in energy costs and a 20% reduction in garbage pickup costs, effectively helping the city of Santander manage some of its expenses.
In Panama City, an advertising agency partnered with Telemetro, a local news agency, to enable potholes across the city to tweet to the government for maintenance. El Hueco Twitero (The Tweeting Pothole) has Tweeted messages like, “I feel horrible, I just caused tire damage to an old lady’s car. @MOPDePanama [the Twitter account for Panama’s Ministry of Public Works], See what you made me do.” This strategy effectively annoyed the city government until it began fixing potholes.
While the IoT is still a relatively new concept for consumers that is still working to gain traction, it is beginning to have a farther reach. From residential thermostats and commercial lighting to potholes in Panama and garbage cans in New York City, this can only leave me wondering where to next.
Tags: Internet of Things, IoT, Residential Energy Innovations, Utility Transformations
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