Tag Archive for Energy

Coffee v. Beer

Coffee v. BeerOne of my favorite non-Tech blogs is I Love Coffee. The author is Ryoko Iwata, a self-described caffeinated Japanese woman living in Seattle. It is full of infographics, facts, quizzes, and other fun visual stuff about coffee and sometimes sushi. This infographic breaks down how two vital elixirs: coffee and beer affect your creativity and energy.

 

Your Brain on Beer Vs. Coffee

rb-

The obvious question is what happens if you make coffee with beer or beer from coffee?

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Energy Harvesting Displays

Energy Harvesting DisplaysOver 90 percent of the displays sold will use liquid-crystal display (LCD) technology. However, LCDs are tremendously energy inefficient, converting only about 5 percent of the light produced by a backlight into a viewable image. The LCD in a notebook computer consumes one-third of its power. MIT’s Technology Review reported on efforts at the University of Michigan to improve the efficiency of LCD panels and boost the battery life of phones and laptops.

Benq LCD monitorThe LCD screen remains dominant because manufacturers can make LCDs inexpensively on a vast scale. More energy-efficient displays are either too expensive to manufacture or cannot produce high-quality images. “The LCD is very inefficient, but it works,” Jennifer Colegrove at Display Search, a market research and consulting firm, told TR.

At Michigan, they are tackling one of the biggest culprits of wasted light in LCDs: color filters. The group, led by Jay Guo, is developing energy-harvesting color filters. Color filters are used in many displays, but the ones by Professor Guo’s team are appropriate for use in reflective “electronic paper” screens. These contain sub-pixel arrays that absorb ambient light and reflect red, green, or blue light.

Energy efficiency at Michigan

University of MichiganDr. Guo and his U of M colleagues combined a common polymer solar cell material with a color filter that his group invented last year. The photovoltaic color filter converts about two percent of the light that would otherwise be wasted into electricity.

U of M’s Guo estimates that full displays incorporating this photovoltaic filter could generate tens of milliwatts of power, enough to extend the life of a cell phone battery. The photovoltaic color filter is described in a paper published online in the journal ACS Nano.

“It’s an intriguing idea,” says Gary Gibson, a scientist developing reflective color displays at HP Labs in Palo Alto, California. Low brightness is a recurring problem for color electronic paper. If the color filter proves practical, says Gibson, energy harvested from ambient light could power a backlight and make the display brighter.

rb-

Go BlueHarvesting energy from the environment with the device is a trick that could boost the battery life of phones and laptops. Oh yeah, the article also talked about similar work at UCLA. Go Blue!

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Internet of Things

Internet of ThingsAdding computer communication to otherwise dumb devices isn’t new. As far back as the 1990s, a whole list of Internet-enabled Coke machines around the world had varying functionality. The granddaddy of all Internet of Things was the Coke machine at Carnegie Mellon University, set up in the 1970s.

Internet of Things vulnerable to false data injection

Smart meters vulnerable to false data injectionThe power grid delivers electricity to charge iPads and run data centers. The power grid connects users with electricity producers through interconnected transmission and distribution networks. In these networks, system monitoring is necessary to ensure reliable power grid operation. The analysis of smart meter measurements and power systems is a routine part of system monitoring.

Help Net Security reports that most energy security professionals told nCircle they did not believe smart meters are secure enough. When asked, “Do smart meter installations have enough security controls to protect against false data injection?” 61% of the 104 energy security professionals said “no”. False data injection attacks introduce arbitrary errors into state variables while bypassing existing techniques for bad measurement detection to exploit the power grid.

Patrick Miller, the founder, CEO, and president of EnergySec noted, “Smart meters vary widely in capability and many older meters were not designed to adequately protect against false data injection. It doesn’t help that some communication protocols used by the smart meter infrastructure don’t offer much protection against false data injection either.”

… we need to make sure that all systems that process usage data, especially those that make autonomous, self-correcting, self-healing decisions, assure data integrity,” Miller added.

Related articles
  • Not-so-smart meters costly | Herald Sun

Railroad Sensors Predict Derailments Wirelessly

Railroad Sensors Predict Derailments WirelesslyUnion Pacific (UNP), the nation’s largest railroad company, has deployed Internet of Things technology throughout its network. according to Dailywirless.org, the IoT can predict certain kinds of derailments days or weeks before they are likely to occur. This will improve safety and avoid millions of dollars in damages.

According to the article, Union Pacific, which moves 900 trains a day, started using acoustic sensors 10 years ago to monitor noises from vibrations of ball bearings in train wheels. This allows the company to get trains off the track before a faulty bearing causes a derailment. More recently, the company started using visual sensors that can detect when wheels begin to flatten–another factor that can cause accidents on the rails.

Lynden Tennison, CIO at Union Pacific, told CIO Journal, that the company can now check 40 million patterns every day and can alert the train operators of any anomaly in a bearing within five minutes. “Our goal was to design a system that requires very little maintenance,” he said.

To do this, Union Pacific worked with Intel (INTC) which addressed some of the unique challenges of designing a wireless sensor network for a rail system (pdf). The blog states that to overcome the battery-life issues, Millennial Net paired its i-Bean wireless technology with “energy harvesting” technology from startup Ferro Solutions. An inductive vibration generates power to send [battery free] at 115 Kbps over a distance of 30 m,” said Tod Riedel, cofounder and vice president of business development at Millennial Net.

Related articles

Are you ready for appliances that are smarter than you?

LG Smart Thinq refrigeratorStacey Higginbotham at GigaOM asks “Are you ready for appliances that are smarter than you?” She points out that LG has introduced its first connected appliance, a Smart Thinq refrigerator that knows what’s inside it. The appliance can communicate with your phone. Your kitchen is about to get a similar level of connectivity as your living room.

The Smart Thinq refrigerator got a lot of press at the Consumer Electronics Show in Las Vegas as smart appliances were all the rage. The Android-based OS that enabled the fridge to communicate with your smartphone and share information like the contents of the fridge excited the press. The idea, according to the author, was that when someone got home from the grocery store they could choose to tell the fridge what was inside using a touchscreen or they could scan a bar code on their receipt that would contain the information about their purchases.

In this ideal world, the fridge would then be able to suggest recipes for the family based on their weight goals, age, gender, and whatnot. If the consumer selected a fridge-offered recipe the appliance could shoot the recipe to the Smart Thinq oven and it could preheat. All of the connectivity occurs via Wi-Fi and is controlled by the phone and the touchscreen.

The article explains that other features include such as calorie counting and notifications of expiration dates. And if grocery stores take part – then the fridge could show when certain items are out and order them for home delivery.

Is Your Dishwasher Really Yearning for the Internet?

Is Your Dishwasher Really Yearning for the Internet?Is Your Dishwasher Really Yearning for the Internet? A startup called Ube thinks so. The firm is betting that smart devices and smartphone apps will make home automation cheap and easy.

In MIT’s Technology Review article “Is Your Dishwasher Really Yearning for the Internet?” Glen Burchers Ube’s chief marketing officer says that more and more home gadgets will ship with microprocessors, enabling the automation and remote control of everything from your lights to your laundry. Until this is a widespread reality, he’d like to sell you a wall outlet.

The wall outlet includes an ARM processor, runs Google’s Android mobile operating system, and can connect to the Internet. This means anything you plug into it can be controlled via your smartphone, and it will also track how much power your devices are consuming.

According to TR, the startup plans to sell the outlet along with a “smart” dimmer switch and plug for $60 to $70 apiece. The Austin, TX firm also plans to offer a free smartphone app that can control these and other Internet-enabled devices.

The blog reports that the Ube app will access a Wi-Fi network to scan for nearby Internet-enabled devices it can manage and lets you know what it can control. Mr. Burchers says the app can control more than 200 devices, most of which are gaming systems, set-top boxes, and TVs.

Mr. Burchers believes that Ube’s first products are just the beginning. He told TR most new electronics will be able to connect to the Web, and home builders will offer smart dimmers to new home buyers as they do granite countertops.

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

MSFT Powers Data Center with Sewers

MSFT Powers Data Center with SewersThe prize for the most unlikely clean power source may be going to Microsoft (MSFT). Greenbz.com reports that the boys from Redmond are working on powering data centers with sewage. Microsoft plans to power a demo data center with sewage, yeah poo.

Microsoft logoFuelCell Energy (FCEL) recently revealed to the blog, it is working with MSFT on a $5.5 million trial. The trial will use biogas from a wastewater treatment facility to power a fuel cell. The fuel cell at Dry Creek Water Reclamation Facility in Cheyenne, WY will provide “ultra-clean and carbon-neutral electricity” to a Microsoft data center.

InfoWeek says that biogas consists mostly of methane and carbon dioxide. It may also contain small amounts of other gasses, including hydrogen sulfide and nitrogen. The power is produced by anaerobic digestion. Anaerobic digestion is a process in which bacteria that live only in places without air break down organic, biodegradable matter.  Biodegradable matter is better known as sewage, animal manure, municipal waste, and plant material.

Fuel cell diagramThe initial trial will use one of FuelCell Energy’s sub-megawatt Direct FuelCell (DFC) power plant systems. The DFC will generate 200 kW of power for a Microsoft IT pre-assembled component (ITPAC) modular data center. The ITPAC is set up to resemble a standard data center environment. Any electricity not used by the data center will help power the water treatment plant. The system will also provide usable heat for the facility.

Direct FuelCell power plant systems

Power Engineering explains that stationary DFC power plants convert a fuel source into electricity and usable high-temperature heat suitable for making steam. DFC plants are fuel flexible, capable of operating on natural gas, renewable biogas, directed biogas, and other fuels including propane. The fuel cell generates electricity and heat electrochemically.

Gregg McKnight, general manager for data center advanced development at Microsoft, told Greenbiz.com that with the company has recently committed to becoming “carbon neutral” by 2013 it was committed to exploring the viability of a number of renewable energy sources. He is quoted in the article, “… Microsoft is researching new methods to help our operations become more efficient and environmentally sustainable,” he said.  “This project will study methods to provide an economical and reliable power supply for data centers that is also scalable and economical for use by other industries.”

rb-

OK let the snarky comments rip about MSFT software powered from the sewer or as one commenter noted, leave it to Microsoft to power its cloud services with a very different kind of cloud — a smellier, gaseous one.

I covered HP’s (HPQ) plans to power its data centers with cow manure here. It looks like Microsoft aims to build more data plants near other sources of renewable energy like landfills, wastewater treatment plants, and even dairy farms.

Related articles

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Alternative Energy for Tech

Alternative Energy Ideas for TechA couple of recent articles about greener alternative energy sources for tech caught my eye as I sat in my Bach Seat. First, TES NewEnergy, based in Osaka Japan has come up with a new way to charge your mobile phone by heating a pot of water over a campfire according to the Sydney Morning Herald.

Hatsuden-Nabe thermo-electric cookpotThe Hatsuden-Nabe thermo-electric cookpot turns heat from boiling water into electricity The pot features strips of ceramic thermoelectric material that generate electricity through temperature differentials between 550 degrees Celsius at the bottom of the pot and the water boiling inside at 100 degrees. The pot feeds the electricity via a USB port into digital devices such as Apple (AAPL) iPhones, iPods, and Garmin (GRMN) GPS‘s.

Chief executive Kazuhiro Fujita said the invention was inspired by Japan’s March 11 earthquake and tsunami, “When I saw the TV footage of the quake victims making a fire to keep themselves warm, I came up with the idea of helping them to charge their mobile phones at the same time,” Mr. Fujita said.

“Unlike a solar power generator, our pot can be used regardless of the time of day and weather while its small size allows people to easily carry it in a bag in case of evacuation,” said director and co-developer Ryoji Funahashi.

The company says the device takes three to five hours to charge an iPhone and can heat up your lunch at the same time.

rb- The thermo-electric cookpot sells for 24,150 yen ($305) which seems sort of expensive to charge an iPhone when the towers are also put of power and down. TES NewEnergy also plans to market it later in developing countries with unreliable power grids. Their best bet is probably REI for all the extreme suburbanites.

Aussie greener alternative energy idea

According to PCAuthority.com Aussie scientists have developed a way to power electronics by harnessing the energy of the keyboard. Using piezoelectrics, which converts pressure into an electric current, and a thin-film technology found in microchips, researchers at RMIT University in Melbourne believe laptops could become self-powered just by their user’s typing.

power electronics by harnessing the energy of the keyboardThe new energy source needs more work before it’s practical for low-cost laptop integration, but Dr. Mandu Bhaskaran, the co-author of the research, believes the development is a step in the right direction. “With the drive for alternative energy solutions, we need to find more efficient ways to power microchips,” said Bhaskaran.

TechEye correctly identifies the biggest challenge to this alternative energy source will be to get the power demands of computer chips down to be able to use the technology. Despite the best efforts of chipmakers like Intel (INTC) and AMD (AMD), the power drain for chips is still too high for this sort of technology.

rb- Maybe the Aussies want to bring back WordPerfect and DOS so you have to type all the time otherwise your laptop will run out of power. Image the rush to buy these devices as the green police get credits for taking more computers off the grid.

TV as an alternative energy source

Researchers from the Georgia Institute of Technology have created a self-powered, wireless paper-based device that runs on scavenged ambient energy from the environment. The GATech alternative energy system collects electromagnetic energy transmitted by television transmitters, mobile phone networks, and satellite communications systems. Manos Tentzeris, a professor in the GATech School of Electrical and Computer Engineering told Gizmag the new technology can be used to power small electronic devices such as networks of wireless sensors, microprocessors, and communications chips.

energy scavenging technology can take advantage of frequencies from FM radio to radarThe GATech team has been able to build the system by combining sensors, antennas, and energy scavenging capabilities on paper by using inkjet printing technology According to the article, the energy scavenging technology can take advantage of frequencies from FM radio to radar. So far the team has been able to generate hundreds of milliwatts by harnessing the energy from TV bands. Gizmag reports that multi-band systems would generate over one milliwatt, which is enough to run small electronic devices, including microprocessors. The Professor explains that multi-band systems can exploit a range of electromagnetic bands to capture more energy.

The Gizmag article says the system works. The researchers have successfully operated a temperature sensor using electromagnetic energy captured from a television station more than half a kilometer away. They are now preparing another demonstration where a microprocessor-based microcontroller would be activated by holding it in the air.

The researchers say the technology could be used with other electricity-generating technologies like solar. Scavenged energy could help a solar element charge a battery during the day while at night, scavenged energy would continue to charge the battery.

The Georgia Tech team believes that self-powered, wireless paper-based sensors will soon be widely available at a very low cost. Gizmag says the autonomous, inexpensive sensors would be attractive for a range of applications, such as chemical, biological, heat and stress sensing, RFID and monitoring for the military, manufacturing, shipping, communications, and smart grid applications.

rb-

I wrote about something similar here. It is important to realize that this new alternative energy source has so far been wasted.

Related articles

What do you think?

Which alternate energy source for tech looks most promising to you?

View Results

Loading ... Loading ...

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.