What would Edison think of today’s energy grid?
As a native of Ohio – home of the Wright Brothers – and now a resident of North Carolina –where their dream literally took off – I have a special fondness for the inventors of modern flight. I sometimes wonder what Orville and Wilbur would think if they saw a Boeing 747 roar overhead? Would they even recognize what they had started?
For that matter, Alexander Graham Bell would likely look at a touchscreen smartphone and ask “What is this?” But what about Thomas Edison? He might look up at the power lines mounted on a wooden pole and say, “Yes, that’s how I left it.”
Today’s energy system is in some ways light years from what Edison gave us – I doubt he anticipated splitting atoms to make electricity – but in some respects, the grid is very similar to what it was more than a century ago.
To be fair, that system has worked incredibly well to provide America with the gold standard of power generation, transmission and delivery.
Still, at the most fundamental level, the grid operates primarily as a one-way road, sending electricity from centralized power plants to customers. The good news for our customers is that our industry is working furiously to modernize it – to make it smarter, “greener” and more capable than ever.
The grid needs to work more like a multilane freeway, sending energy and information in both directions with more on and off ramps. It needs to provide greater flexibility, even better reliability, and more product and service options for homes and businesses.
This modernization is underway and will provide our customers with a much better experience. Some of the changes will be noticeable, like mobile apps that provide customers the information they need to control their energy usage and save money, or self-healing technologies and grid hardening techniques that make power outages shorter and increasingly rare.
And, some changes will be less noticeable to the eye, but no less important. This includes the ability to smoothly integrate greater levels of renewable energy and emerging technologies like battery storage onto the system – enabling a cleaner and more reliable generation mix.
Modernizing the grid in this way requires a higher level of investment than we’ve seen before. Last year alone, the industry spent about $53 billion on the energy grid, up 10 percent from the previous year. This effort, which will go on for years, will create new jobs and serve as economic stimulus for local communities.
It’s the same for Duke Energy. We operate the largest energy grid in the country, with more than 300,000 miles of transmission and distribution lines serving 25 million people. To modernize that system, we plan to invest $25 billion over the next decade to build a smarter energy future. In North Carolina alone, this ambitious program will create nearly 14,000 jobs and more than $1 billion in tax revenue for local communities.
This will open the floodgates for limitless innovation by energy companies, as well as mobile technology developers, application engineers and entrepreneurs. All while ensuring that we are able to continue delivering the reliable, affordable and increasingly clean power customers demand.
I like to think that if Edison could see today’s energy grid, he would be humbled by the spectacular advancements that affordable, reliable and safe electricity has made in our lives. But he would be even more excited about how we are transforming the grid to serve the next generation.
Senior Production Team Member at Duke Energy Corporation
7yEdison might be over whelmed, but What would Nickola Tesla think.
Business Partnership Executive - Global Alliances, Regional SIs, Targeted Sales
7yYour insights on "what would Edison think" bring up an important issue, it does point out that not much has changed in our energy delivery over the last century. This discussion has become even more timely in light of the recent Hurricanes and threat of war or acts of war. As a country we take pride in being able to defend and provide for ourselves and others around the world, yet somehow forget that all of these things are reliant upon the local energy grid. Our military aircraft which is used to deliver food and aid in disaster zones can't make those missions if the local grid fails. This is true for defense purposes too, as mission readiness must have the power to plan and execute on those missions. The challenge is how much can and needs to be done to modernize and protect our grid through natural disasters as well as potential terrorist or wartime acts? We know modernization must be done, but when PUCs limit how much costs can be passed along to customers it puts a huge financial strain on each energy company. It gets more complex if the energy companies aren't working closely together in planning how energy is diverted during major or extended outages. The threat of war and actions needed to protect our grid through an EMP event show just how vulnerable our nation is despite having the best possible defense systems available today. The weakest link in our chain of defense may actually be our energy grid! Thanks for sharing what's happening at Duke Energy - we hope that you can help strengthen that chain.
Ops specialist at SRP/NGS
7y...or maybe Edison might smacked both cheeks and said " holy cow look at the world population & everyone wants electricity !?!?!!! Then turned the other direction & jumped back a couple feet and said " holy toledo now that's awesome power grid system & sure it can keep up with the continuing world population as well as the food supply ..but keep up the good work ya'all ...see ya on the other side!!"
Sr. Aerospace Engineer
7yMy email address: inkim@adcenergy.org