We are all familiar with what happens to a product as it digitizes: it becomes more accessible and it moves faster. The digitalization of energy is no exception. Take mail, which, starting in the 1980s, was transformed into email. Today, the U.S. postal system processes about 500 million pieces of mail per day, while about 205 billion email messages are exchanged in the US every day. The productivity boom from email and other information technology has resulted in unprecedented wealth gains in the last four decades.
We are on the cusp of a similar transformation in the digitalization of energy systems with the rise of the Industrial Internet of Things (IIoT). The IIoT promises to digitalize much of the world’s industrial processes, including underlying physical infrastructure such as power generation, transmission and distribution.
Digitalizing doesn’t mean that roads, factories, and that the digital power plants of the future will turn into ones and zeroes. But it does mean that our physical infrastructure will become increasingly integrated with our digital infrastructure. The result will be an improvement in economic, environmental, and social outcomes across humanity’s fundamental systems, none of which is more vital than the digitalization of the energy sector, the spark that drives economic and human progress.
WHITEPAPER
Digitalization of energy is the only path forward—here’s why
Around the World in 20 Minutes
Digital Trends in Utilities
As all aspects of the global energy system become more digital, we are already seeing better outcomes for electricity producers, end consumers, the economy, and the environment. For example, the digital transformation of utilities can improve the efficiency of power generation and the transmission and distribution of electricity, all while providing consumers with more capabilities and choices around their energy use. All of this accelerates decarbonization because less fuel is needed to produce the same amount of power. Digital tools also enhance operation throughout the electricity value network. This increases grid reliability and security, and reduces the cost to generate, transmit, and deliver electricity. These outcomes are possible because digital technologies can help physical systems to be more productive and autonomous. In short, our energy infrastructure is getting smarter and the main beneficiaries are people and the planet.
GE Power and the Digital Energy Transformation
For GE Power, digitalization means that we no longer sell only machines, software, or services. We deliver outcomes—whether they are well-lit classrooms in places that have never had them before, or stable power to hospitals, factories, and businesses, which accelerates progress and creates wealth across the globe—from the developed to the developing world.
For more in-depth analysis on the transformation, read this whitepaper on our vision for how the energy industry will continue to embrace emerging technologies.
DIGITALIZATION
improves efficiency and accelerates decarbonization
Extreme Makeover
A2A Group will modernize its power assets by deploying GE’s services, hardware and software solutions at four of its facilities in Piemonte, Lombardia and Friuli Venezia Giulia, Italy.
Digital Transformation
With GE sensors, Georgia Power is gathering more data about how its transformers operate and it's helping them become a utility of the future.
Gear Heads
A mass of electrical cables may look like spaghetti to many people, but Nicolas Godingen has become an expert at picking each strand apart in his mind’s eye. Now, thanks to new technology, field service engineers like Nicolas can be armed with smart helmets, tablets displaying real-time information and more.
Honey, I Shrunk the Grid
Electrical substations aren’t much to look at. But like an iceberg, there is a lot of the substation that you cannot see. As utilities are making the switch from analog to digital, the grid is becoming beautifully efficient.
This Has Always Been My Dream
Earlier this year, GE Power delivered a major upgrade for India’s power grid: a Wide Area Monitoring System (WAMS) which allows engineers to track power flow across 110 substations in the country’s Northern Grid.
The Forever Turbine
That ache in your elbow has been there ever since you pitched for your high school team so many years ago. But that persistence of the pain is something of an illusion.
An Eye For AI
In 2003, Mother Nature turned off the lights on the East Coast. The reason: a short circuit a hot summer day caused on by a chance encounter between an overgrown tree branch and a sagging power line.
Take A Load Off
The city of Belfort in northeastern France knows all about speed and power. The hardworking town, which lies between the Vosges and Jura mountains, has made railway locomotives for nearly 150 years.
Knowledge is Power
Delivering outcomes to the ever-increasing power market requires three things: knowledge, operational systems, and a scalable platform. At GE Power, we promise to deliver all three.
From Gigawatts to Gigabytes
Modern power plants generate gigabytes of vital information each day. Yet much of it is never used. GE is changing that for the New York Power Authority, and helping to leverage their gold mine of data.
Slashing Downtime with Predix
Exelon has signed a deal with GE Power to implement Predix, GE’s software platform for the Industrial Internet. This deal will reduce costs and help Exelon balance electricity generation.
Reimagining our electricity future
Discover how GE is co-creating the future of energy with customers around the world
The world is transitioning from an electricity system based primarily upon large, centralized generation, transmission and distribution (T&D) technologies, to one that also embraces distributed, digitally-enhanced, and low-carbon technologies. Traditional and emerging, physical and digital, large and small, are all converging to create a new twenty-first century power network. GE is leading this transformation and co-creating the future of energy with our customers across the globe.
