From Light To Bright: San Diego Is Building The World’s Largest Municipal Internet Of Things
By Bruce Watson -San Diego’s newest streetlights might not look all that special — and that’s exactly the point. Designed to blend in with the rest of the city’s outdoor lighting, they’re easy to overlook. Under the surface, though, the LED fixtures are actually data-gathering machines. They will allow San Diego to build the largest municipal internet-of-things network in the world.
San Diego’s digital lighting revolution started as a modest solution to a common problem. “We were broke,” David Graham, San Diego’s deputy chief operating officer, told GE Reports in February. “In the early 2000s, we went through about a decade of fiscal crisis, and we were trying to find ways to be more efficient, save money and reduce energy usage.”
One idea to save money was to replace the yellow glow of the city’s old sodium vapor streetlamps with efficient new LED lights. In addition to providing cleaner, broader-spectrum light, the new fixtures used 60 percent less energy and slashed maintenance needs because of their longer life spans. The city replaced more than 35,000 lights, yielding an estimated $2.2 million in savings per year.
But the new fixtures also brought to light new problems. “We know when a traditional light bulb isn’t working, because it burns out,” says Austin Ashe, general manager of Current, powered by GE’s Intelligent Cities program. “But an LED doesn’t burn out. It just degrades over time.” more> https://goo.gl/6fdyFY
Posted in Broadband, Communication industry, Economy, Education, Energy, How to, Net, Technology
Tagged Business improvement, GE, Government, LED lighting, Smart City, Technology
By Amy Kover – Standing on a 10-foot-wide platform 365 feet above the rolling green hills of Tumbler Ridge, British Columbia, Kristen Hough looks tiny. The winds at this height are strong enough to spin a 500,000-pound wind turbine at 14 revolutions per minute. One strong gust could push a person over.
But Hough, 28, also looks unafraid. A wind technician, Hough is part of a team that is responsible for the electrical and mechanical upkeep of 61 turbines here that can produce 185 megawatts of energy — enough to power an entire city. She makes the climb to the top of a wind turbine at least once a day. At that height, Hough is in her element. “Even climbing the turbines [the first few times], it was so exciting that I knew it was what I was supposed to do,” she says.
Hough’s shift typically begins each morning at 7 a.m. when lead technician Mitch Burns assigns Hough and her five teammates to either handle routine maintenance — like tightening bolts and greasing gears — or troubleshoot problems. For instance, if the temperature in the gearbox appears a bit high, Hough needs to figure out why and fix it. Sometimes she can resolve the issue with a few taps on her laptop, but it -often requires hands-on attention instead. That’s when Hough gets out her safety gear and starts the long ascent to the top of the turbine. more> https://goo.gl/vWg2At
Posted in Broadband, Business, Energy, Science, Technology
Tagged Climate change, GE, Health, Industrial economy, Jobs, Technology, wind energy
The Aviator: How A Young Pilot Became A Top-Flight 3D-Printing Engineer
By Maggie Sieger – At 15, Josh Mook got a job refueling planes and handling bags at a small airport near his hometown of Louisville, Kentucky. He’d work eight hours a day after school, then blow his earnings every Saturday taking flying lessons. “I couldn’t even drive myself there,” Mook recalls. “But I was flying solo.”
Mook has been jetting into the unknown ever since. Originally considering a career in industrial design, Mook moved to aerospace engineering because it combined his love of flying with his love of math and science.
After graduating from Purdue University in 2005, he joined GE Aviation as an engineer at the GE unit’s headquarters in Cincinnati. His first big success came when he found a clever way to fix a blade durability problem in a jet engine high-pressure compressor.
Additive manufacturing methods like 3D printing build parts from the ground up, layer by layer, by fusing together metal powder or plastics. The technology is suitable for prototyping and custom production, but GE is also using it to make production parts that would be difficult to manufacture using traditional methods. more> https://goo.gl/psf2a9
Posted in Business, Economic development, Economy, Education, History, Leadership, Product, Science, Technology, Transportation
Tagged 3D printing, Additive manufacturing, GE, Jet engine, Manufacturing
New Center Helps Scientists Reprogram The Immune System to Kill Cancer
By Tomas Kellner – Cell therapy is a complex process that involves more than manufacturing a pill. It requires a setup that resembles a biotech factory. “Cell therapy has the potential to cure everything from cancer to diabetes,” says Phil Vanek, general manager for cell therapy growth strategy at GE Healthcare. “But we need to make it affordable and scalable.”
Vanek’s business and others are racing to make that happen and deliver on cell therapy’s promise. He says that says that hundreds of patients have already benefited from CAR-T in clinical trials that have reported 80 percent success rates. Some 300,000 people could be receiving the treatment by 2024. A report by Roots Analysis estimates the T-cell therapy market, which includes CAR-T therapy, could read $30 billion by 2030.
Crucial to that race is a new cell therapy research and process-development facility called the Center for Advanced Therapeutic Cell Technologies (CATCT), which officially opened in Toronto on Thursday. It’s designed to help pharma companies, university researchers and technology companies like GE to scale faster. more> https://goo.gl/CRxNv4
Posted in Business, Economic development, Economy, Education, Healthcare, How to, Leadership, Science, Technology
Tagged Cell therapy, GE, Government, Health, Immune system, Research
A Better Way To Fly A Jet? Qantas Pilots Have An App For That.
By Amy Kover – As a flight crew fuel manager, Qantas First Officer Dave Summergreene was “blown away by the wealth of data” the airline possessed. “But as a pilot, we had no way of knowing how to improve our own operational flying efficiency because we didn’t have the data,” he says. “We needed to get this data into the hands of pilots.”
As it turns out, GE had the same idea in mind when it developed a prototype for a fuel-efficiency app for pilots. However, what GE was missing was pilots, who could provide the insight and everyday experience to make the idea work.
But in late 2016, everything clicked. Qantas and GE agreed to collaborate, and within a few months, 20 eager pilots signed on to test out the beta version of the app. The end result: FlightPulse, a new flight data and analytics application that enables pilots to measure fuel use during every stage of a flight.
John Mansfield, chief digital officer for GE Aviation and a former pilot, notes that even though the data remains anonymous, “we are all really kind of competitive. We want to get better at everything we do.”
With FlightPulse, pilots can now see data from every flight, illuminating how much fuel savings they realized, where they can make improvements and how their use of the tool compares with that of their peers.
Before FlightPulse, pilots just stuck to industry standards — model-based estimates of the most efficient ways to fly. Now, they can tweak their flying daily to precisely gauge the impact of operational decisions. more> https://goo.gl/b2nQYe
Posted in Economy, Education, Energy & emissions, Science, Technology, Transportation
Tagged Big data, Business improvement, customization, flight data, Fuel efficiency, GE
Strange Cargo: How Do You Move An 8 Million-Pound Heat-Recovery Steam Generator Down The Hudson? Swimmingly.
By Amy Kover – The journey — the first of its kind for such a machine — began in 2015, when the New Jersey-based power company PSEG ordered GE’s latest HA-class gas turbine and other equipment for a new combined-cycle power plant in Sewaren, an industrial town tucked away behind New York City’s Staten Island.
The machines included a heat-recovery steam generator, or HRSG in power-industry parlance. It recovers waste heat from the gas turbine and turns it into steam that powers a steam turbine to generate more electricity, making the power station more efficient.
GE typically arranges to have all the parts delivered to the power plant for on-site construction. However, as the project began to unfold, it became clear that building the steam generator, which is much larger than the turbines, in New Jersey was going to be a challenge. The site happens to be located in one of the country’s most densely developed areas.
To overcome this challenge, PSEG decided to build the 4,000-ton HRSG in upstate New York and ship it to New Jersey in one piece. GE worked closely with PSEG and construction firm Megrant to crack this logistical riddle. more> https://goo.gl/u8Y2mi
Posted in Business, Economic development, Economy, Energy & emissions, Nature, Product, Technology
Tagged Business improvement, GE, Industrial economy, Power plant, Transportation, Turbine
Weathering The Storm: This Tech Will Help Utilities Keep The Lights On
By Bruce Watson – As Hurricane Harvey drenched the Texas coast in August — and Irma devastated the Caribbean and soaked Florida last week — the media was filled with scenes of flooded streets and gymnasiums crowded with people seeking shelter.
If earlier disasters are any indication, a key to these regions’ recovery may lie in how soon they are able to restore electricity to the millions of people who lost it. In the case of Hurricane Sandy in 2012, New York’s inundation with salt water knocked out power across New York City and and in many seaside towns, slowed down recovery efforts, and made it impossible for many people hit by the storm to return to their normal lives — and their jobs. According to some estimates, power and other infrastructure failures may have more than doubled Sandy’s long-term economic losses.
Part of the problem is the way that most regions plan for disasters. Traditional planning tends to focus on recovery — solving the problems caused by a disaster, like sheltering displaced people or fixing failed power grids. By comparison, grid resiliency, an emerging trend in preparedness, works to create infrastructure that will continue to function in the face of disaster or that can recover quickly. more> https://goo.gl/YUPzNT
Posted in Business, Economic development, Economy, Energy, History, Nature, Net, Science, Technology
Tagged Business improvement, Climate change, Earth, GE, grid resiliency, Industrial economy, Microgrid, Technology
How I Remade GE
By Jeffrey R. Immelt – I led a team of 300,000 people for 6,000 days. I led through recessions, bubbles, and geopolitical risk. I saw at least three “black swan” events. New competitors emerged, business models changed, and we ushered in an entirely new way to invest. But we didn’t just persevere; we transformed the company. GE is well positioned to win in the future.
The changes that took in the world from 2001, when I assumed the company’s leadership, to 2017 are too numerous to mention. The task of the CEO has never been as difficult as it is today. In that vein, my story is one of progress versus perfection. The outcomes of my decisions will play out over decades, but we never feared taking big steps to create long-term value.
For the past 16 years GE has been undergoing the most consequential makeover in its history. We were a classic conglomerate. Now people are calling us a 125-year-old start-up—we’re a digital industrial company that’s defining the future of the internet of things. Change is in our DNA: We compete in today’s world to solve tomorrow’s challenges. We have endured because we have the determination to shape our own future. Although we’re still on the journey, we’ve made great strides in revamping our strategy, portfolio, global footprint, workforce, and culture. more> https://goo.gl/L9nX1b
Posted in Broadband, Business, Economy, Energy & emissions, History, Leadership, Product, Technology
Tagged Change management, culture, GE, Manufacturing, Technology, transformation
Sea Change: GE’s French Wind Turbine Factory Will Power Germany’s Renewables Revolution
By Tomas Kellner – GE is a relative newcomer to offshore wind. The company explored the field a decade ago and returned to the industry in 2015, when it acquired the energy assets of Alstom, and built its first wind farm in Long Island Sound near Block Island, Rhode Island, last year. As the inaugural offshore wind farm in the United States, the project made a splash even though it holds just five turbines. But Merkur, which will have 66 turbines, is a much bigger beast. “This one is special,” says Pascal Girault, who runs the Saint-Nazaire plant. “Everything is big.”
Girault spent the early part of his career managing supply chains for the car industry, but ramping up production for Merkur is no Sunday drive. Workers in Saint-Nazaire make generators and assemble nacelles for the 6-megawatt GE Haliade turbine. The nacelle is the casing on top of the tower that shelters the generator and other equipment. It includes some 30,000 components.
Adding to the task’s complexity, the composite blades for the machines’ 150-meter-diameter rotors come from GE’s LM Wind Power factory in Spain. The steel segments for the tower are being made in Germany and China. U.S. and European companies supply electronics and mechanical components for the converter and generator. “The scale and the speed of the project are challenging,” Girault says. more> https://goo.gl/GSScqV
Posted in Construction, EARTH WATCH, Economic development, Economy, Energy, Nature, Product, Technology
Tagged Business improvement, GE, Industrial economy, Manufacturing, Technology, Wind turbine
Three Reasons Why You Should Invest In Smart Cities Now
By Gary Shapiro – Smart cities are the urban landscapes of the future. Powered by the ubiquitous connectivity of the Internet of Things (IoT), smart cities collect data on a variety of factors – from pollution to traffic – and employ that data to make cities safer and more sustainable.
By 2050, the majority of the world will be living in cities – now is the time to lay the groundwork for smart building and infrastructure.
City rules shape how energy is used and how buildings are designed. As digital infrastructure evolves, the rules that govern it will become only more complex.
It’s no secret that drawing the best and brightest to a company isn’t just a matter of compensation. The workers who will add the most value over the longer term want to live and work in places that offer them affordable, sustainable housing, timely and safe transportation and a clean and pleasant atmosphere. more> https://goo.gl/AkbCZE
Posted in Broadband, Business, Communication industry, Construction, Economic development, Economy, Education, Energy & emissions, Healthcare, Leadership, Media, Nature, Science, Technology, Transportation
Tagged Broadband, digital infrastructure, GE, smart building, Smart City