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A glimpse into what is coming for Denver’s future smart city, Pena Station Next

How Panasonic is adding the brains to the smart city it is building near DIA

Panasonic demoed V2X technology at its CES 2017 booth in Las Vegas. V2X, or vehicle to everything, is a communication between cars and other cars, road signs or street lights. The objects can let other cars know an accident or traffic congestion is ahead and prepare for a slowdown. Pictured, a light pole communicates with vehicles that pedestrians are walking across the crosswalk.
Panasonic demoed V2X technology at its CES 2017 booth in Las Vegas. V2X, or vehicle to everything, is a communication between cars and other cars, road signs or street lights. The objects can let other cars know an accident or traffic congestion is ahead and prepare for a slowdown. Pictured, a light pole communicates with vehicles that pedestrians are walking across the crosswalk.
Tamara Chuang of The Denver Post.

There isn’t much else to see right now at Pena Station Next, the connected neighborhood where autonomous shuttles will one day transport residents to the nearby RTD rail stop, shops and restaurants.

But at the recent Consumer Electronics Show in Las Vegas, Panasonic, a partner in Denver’s smart city project, gave attendees a closer look at what may come. Some technologies are still in development but others, like the bus shelter, will be “much more robust,” said George Karayannis, vice president of CityNow, Panasonic’s smart-city arm.

Located south of Denver International Airport, the futuristic neighborhood began getting smart LED street lights last month. A parking area covered with solar panels plus a storage microgrid is almost done. And the building on the site, the Technology and Operations Center division of Panasonic Enterprise Solutions Co., is open for business.

Karayannis said the plan is to add a blanket of Wi-Fi coverage by spring, followed by smart parking and the smart bus stop in summer. The first EasyMile EZ10 autonomous shuttles are expected to arrive next month.

Panasonic chose Denver for its smart city in order to create a smart city lab and test different technologies. Here are a few future technologies spotted at Panasonic’s CES booth that may show up in Pena Station Next.

Panasonic's transparent glass turns a window into a video screen. Photo taken at Panasonic's CES 2017 booth in Las Vegas.
Panasonic
Panasonic’s transparent glass turns a window into a video screen. Photo taken at Panasonic’s CES 2017 booth in Las Vegas.

Transparent TVs: Panasonic’s transparent video displays essentially turn a window or surface into a TV screen — and such examples flourished in the company’s booth at CES. Working models of the technology including the door of a sake-wine cellar refrigerator, a table top, and windows. Windows frosted over on command to display a cooking lesson video. The table instantly projected an image of movement detected by a backyard security camera. But more on the table later.

Panasonic's transparent video display is built into a prototype sake fridge. Tap on the clear glass and information about the sake inside shows up.
Panasonic
Panasonic’s transparent video display is built into a prototype sake fridge. Tap on the clear glass and information about the sake inside shows up.

And then there’s the sake fridge, itself a Japanese cultural item that keeps shelves at different temperatures. Tap the glass, and the temperature of each shelf is displayed. Also shown: the type and brand of sake, or recipes for dishes to pair with drinks.

The smart kitchen has an induction stove top that is built into the counter. A range top above has built-in cameras to visually see food cooking and triggers an alert before the food gets burnt. Behind, the oven and fridge are all tied together and by selecting a recipe, the appliances can be set to appropriate temperatures.
Panasonic
The smart kitchen has an induction stove top that is built into the counter. A range top above has built-in cameras that trigger an alert to help prevent food from burning or overcooking. The oven and fridge are linked; when you select a recipe, the appliances can set to the appropriate temperatures.

Smarter kitchen:  While the smart kitchen isn’t smart enough to do all the cooking, it automates much of the process. When you select a recipe on the sake fridge door, other appliances are triggered to help prepare the meal — a cooking video is displayed and the oven preheats to the appropriate temperature. The kitchen counter is an induction stove top, so wherever a compatible frying pan or pot is set down, the range turns on. The range hood has built-in cameras and sensors that “see” the food cooking and adjust the temperature to avoid burning. It tracks cooking time and can keep a record of dietary habits. The kitchen can record the entire cooking process; creative cooks don’t have to take notes as they experiment, they can simply watch reruns of their experiments.

In the Panasonic smart kitchen at CES 2017, the induction stove top is built into the counter. Set a pot anywhere in the area and it starts cooking.
Tamara Chuang
In the Panasonic smart kitchen at CES 2017, the induction stove top is built into the counter. Set a pot on the counter top and your meal will begin heating up.

Multi-purpose table: The new Panasonic smart table has all sorts of built-in technology, including a transparent video display that can show family slide shows or images captured by a connected security camera. The table top has a monitor inside covered by a thin layer of fabric, yet the surface feels — and looks — like it is built of solid wood.

Pansonic's smart table has a built-in monitor plus wireless induction to charge smartphones or even keep a plate of food warm.
Panasonic
Panasonic’s smart table has a built-in monitor plus wireless induction to charge smartphones or even keep a plate of food warm.

The table also has power tools, including a new “Flat-Top Cooker” that uses microwave technology. Like induction technology, the table will heat up wherever you place a compatible plate.

IMG_5661
Photo by Tamara Chuang

The table also has wireless induction charging so if you set a smartphone next to your plate, the device will charge while you eat. And because it’s a smart table, it syncs with nearby computers, phones or other connected devices and acts as a giant monitor to help you get work done.

A mock up of a smart transit shelter includes security cameras and interactive video displays.
Panasonic
A mock smart transit shelter includes security cameras and interactive video displays.

Smart bus stop: Smart transit shelters should be constructed at Pena Station Next in the latter half of the year. A mock station in Panasonic’s CES booth showed off the sort of smartness we should see at the Pena shelters. It had two LCD displays. One showed familiar Denver travel options, from the next RTD bus being 7 minutes away to four B-Cycle bikes parked outside the Webb building. The screens support Panasonic’s LinkRay light communication technology, which beams data to a user’s smartphone over light. Data shated could include transit schedules or shopping deals. The bus stop relies on solar power.

Inside the smart transit shelter at the Panasonic CES 2017 booth, a display shows how long before the next RTD or Uber ride arrives, plus how many bikes are available at nearby B-Cycle locations.
Tamara Chuang
Inside the smart transit shelter at the Panasonic CES 2017 booth, a display shows when the next RTD or Uber ride will arrive, plus how many bikes are available at nearby B-Cycle locations.

Smart street poles: Next to the demo bus stop, an LED street light had all sorts of technology inside — and attached. The poles have security cameras that can collect data like traffic counts and keep an eye on children at a playground. A device resembling a beehive is an environmental sensor developed by Argonne National Laboratory. Dubbed “the Fitbit for cities,” this device monitors air particles, solar cloud coverage, noise, temperature and humidity.

Peña Station Next is getting an environmental sensor developed by Argonne National Laboratory.. Dubbed “the Fitbit for cities,” this device monitors air particles, solar cloud coverage, noise, temperature and humidity.
Tamara Chuang
Peña Station Next is getting an environmental sensor developed by Argonne National Laboratory. Dubbed “the Fitbit for cities,” this device monitors air particles, solar cloud coverage, noise, temperature and humidity.

Sensors in the lights could also be used to talk to cars and autonomous vehicles. Panasonic is working with the Colorado Department of Transportation to turn 90 miles of Interstate 70 into a testing ground for V2X, the “vehicle to everything” communication system. Such technology could help cars — or street lights and road signs — send traffic information to other cars about an accident or traffic congestion.

Panasonic demoed V2X technology at its CES 2017 booth in Las Vegas. V2X, or vehicle to everything, is a communication between cars and other cars, road signs or street lights. The objects can let other cars know an accident or traffic congestion is ahead and prepare for a slowdown. Pictured, a light pole communicates with vehicles that pedestrians are walking across the crosswalk. Watch the video for more.
Tamara Chuang
Panasonic demoed V2X technology at its CES 2017 booth in Las Vegas. V2X, or vehicle to everything, is communication between cars and other cars, road signs or street lights. The objects can let cars know about an accident or traffic congestion so the cars can prepare for a slowdown or divert to another route. Pictured, a light pole communicates with vehicles that pedestrians are walking in the cross walk. Watch the video for more.

Smart parking meters: Panasonic uses image analysis to make parking meters do more than just take credit cards. The Smart Parking Meter can recognize license plates, detect vacant parking spaces and even offer directions to an open spot. And, of course, the meters accept credit cards and digital payments.

Panasonic smart parking meters use image analysis to recognize license plates, detect vacant parking spaces, give directions to a driver seeking an open spot and handle parking fee charging.
Panasonic
Panasonic smart parking meters use image analysis to recognize license plates, detect vacant parking spaces, give directions to open parking spots and accept payment.

Autonomous vehicles: Panasonic isn’t an automaker, but it’s developing all sorts of technology — like V2E — used by others to build driverless cars. A concept car at its CES booth displayed what else the company is doing inside vehicles. The front seats can face the backseat. In between, a table has a built-in monitor that can display e-mail and tasks.

Inside Panasonic's concept driverless car, passengers can face each other and use a table that turns into a monitor.
Panasonic
Inside Panasonic’s concept driverless car, passengers can face each other and use a table that turns into a display monitor.

 

Panasonic builds the entertainment inside concept cars, like this one at its CES 2017 booth. Passengers can face each other and use a table as a monitor.
Panasonic
Panasonic builds entertainment items that are being showcased in concept cars, like this one at its CES 2017 booth. Passengers can face each other and use a table as a monitor to share photos or perhaps hold a mobile business meeting.

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