Listen to episode 1 of Direct Current – An Podcast, then subscribe on iTunes or wherever you download podcasts!


Rooftop solar is growing at an incredible rate, as more and more Americans look to save on their energy bills using clean, free power from sunshine. Sounds great, right? Problem is, bureaucratic red tape and added costs can make going solar a lot more expensive and time-consuming than it needs to be. 

We explain why — and what the Energy Department is doing about it — in this, the first-ever episode of Direct Current – An Podcast!

Join our hosts, Matt Dozier and Allison Lantero, as they investigate the sneaky “soft costs” that are a big chunk of rooftop solar prices, delve into the archives for a look at the turbulent times around the Energy Department’s creation, and contemplate some alternatives to the name “Direct Current.” 



We kick off this episode by taking you back in time to the 1970s, when the U.S. was deep in the throes of a crippling energy crisis. Allison follows the path from a tangled mess of energy and nuclear agencies to the establishment of one cohesive Energy Department in 1977, led by Dr. James R. Schlesinger.

Curious about how the Department became one of the nation’s leading supporters of cutting-edge science and technology? Check out some more key milestones along the way:

  • August 13, 1942 – The Army Corps of Engineers establishes the Manhattan Engineer District to develop and build the atomic bomb. Uranium isotope separation facilities are built at Oak Ridge, Tennessee; plutonium production reactors are built at Hanford, Washington; and a weapons laboratory is set up at Los Alamos, New Mexico.
  • August 1, 1946 – President Truman signs the Atomic Energy Act of 1946 transferring Manhattan Project assets and responsibilities to the civilian Atomic Energy Commission.
  • October 1, 1977 – The Department of Energy is activated. Bringing together a score of organizational entities from a dozen departments and agencies, the new department is also given responsibility for the nuclear weapons program.
  • January 30, 1987 – Secretary John S. Herrington announces President Reagan’s approval of construction of the Superconducting Super Collider (SSC), the world’s largest and most advanced particle accelerator.
  • September 23, 1999 – Department of Energy-funded researchers win 43 of the R&D 100 Awards for the top technological achievements of the year. 
  • October 26, 2009 – Secretary Stephen Chu announces $151 million in funding for 37 research projects awarded through DOE’s recently formed Advanced Research Projects Agency-Energy (ARPA-E). 
  • December 12, 2015 – Secretary Ernest Moniz participates in the UN Climate Change Conference (COP21) in Paris, France, where more than 190 countries reach an agreement on the need for action to reduce global greenhouse gas emissions and slow the effects of climate change.

Learn more about the origin and evolution of the agency with this detailed Timeline of the Energy Department



You read that chart right. Soft costs (everything besides the solar panels) now make up more than two-thirds of the cost of an average rooftop solar energy system. But where does all that money go? 

The folks at the Energy Department’s SunShot Initiative made this illustrated guide to how soft costs drive up the price of rooftop solar, and the many ways the agency is working to lower those costs to make solar cheaper and more accessible for everyone. Check it out!


Solar energy is taking the nation by storm. A recent report from the Solar Energy Industry Association found that the U.S. passed one million solar installations across the nation in early 2016, with that number projected to double in the next two years. 

In the episode, Matt talked to Chris Carrick with the Central New York Regional Planning and Development Board, which has had a great deal of success encouraging the growth of renewable energy — solar in particular — in upstate New York. Chris talked about the role “Solarize” workshops have played in making solar an increasingly common feature in communities across the state.

Learn more about the Solarize NY campaign here.

If you enjoyed this episode, don’t forget to subscribe through iTunes or wherever you download podcasts.


Conor Cummins
Richard Nollman

Richard Nollman is the Chief Technology and Information Officer of Energy Mitigation Associates. He is an innovative leader driving technical vision to achieve EMAs mission, to provide our clients with the best possible outcomes resulting from environmental consumer litigation.

As CTO/CIO, his role is to develop strategies for using technological resources to evaluate and implement new systems and infrastructure to ensure that technologies are used efficiently, profitably, and securely.

A graduate of Boston University School of Public Communications, Richard has spent over 30 years working with complex technologies for Fortune 500 companies and multiple start-ups creating business value and growth through technology and information management.

Steven Giacalone

Steven Giacalone is a career business management and finance professional who has decades of experience in the commercial, mortgage, and investment banking sectors. He also has extensive experience in various investment analysis and management roles within the commercial real estate development industry.

For the past 20 years he had provided effective consultative vision and independent management guidance to dozens of start-up companies who have collectively sought out his exceptional organizational management skills and keen business acumen. In the wake of the 2008-09 financial crisis he successfully helped to assemble and originate 15 FINRA fraud and misrepresentation arbitration cases against Auction Rate Securities (ARS) Wall Street broker dealers.

A former USAF officer, his natural leadership talent has and continues to produce enormous incremental enterprise value for such clients. He holds a BA with majors in both Mathematics and Social Sciences from Dowling College as well as an MBA from Harvard University. He also recently completed an Advanced Studies Program (ASP) Fellowship from MIT, with a concentration in Financial Engineering.