Yesterday's post covered US Energy Secretary Stephen Chu's address on the importance of government support for energy innovation. Included on the dias at the National Press Club was Arun Majumdar, Director of ARPA-E. Below is a repost from the Hydrovolts blog of 2/20/10 with remarks made by Dr. Majumdar on the "Three Sputniks."
ARPA-E, spoke to about 150 people in the atrium of the Paul Allen Computer Science & Engineering Building at the University of Washington on Thursday. Dr. Majumdar provided a detailed explanation of the role of his agency in building a technology "pipeline" connecting the creators of new solutions to the integrators searching for solutions to the "three Sputniks" of energy security, green house gas (GHG) emissions, and US global technological leadership. He sees these as all connected, composing three axes of the same 3-D reality. We must stop importing 60% of our oil from "places hostile to us" and then burning it, exacerbating damage from climate change. Finding other ways to create the energy we need that are clean and renewable will also power US innovation, economic prosperity, and global leadership. Tackling these Three Sputniks is the Congressional directive to ARPA-E.
The range and scope of the challenges are enormous. He touched on a few examples of what his agency wants to tackle.
We emit 8 giga-tonnes of GHG every year, and the amount is increasing: "at the end of the year you have a huge bill." Dr. Majumdar alluded to the supposed "controversy" around GHG emissions and climate change, but was clear that, as far as he and his agency are concerned, the science is sufficiently settled. Using the always-apt Titanic analogy he dismissed those who first advocated that there was "no iceberg" and then would rather we "move the deck chairs." What is needed is to "turn the ship" and ARPA-E wants to make that happen.
Overlaying a population map of the world with a composite photo of the world at night, Dr. Majumdar noted the mismatch between population and the availability of electricity (using night-time lighting as a proxy.) The problem, he noted, is "if they turn on the lights as we have done, we are all in trouble." Such a dramatic use of electricity would produce an enormous increases in GHG emissions. How can the standard of living be increased in those parts of the world?
Displaying a chart of the energy use by universities in different countries, Dr. Majumdar noted how US universities use 5-10 times more energy for heating and cooling than their counterparts in China. Expanding on the theme, he showed energy use by the city of Philadelphia. Apart from the expected increase in energy cost for heating in winter and cooling in summer, the graph showed non-trivial cooling in winter and heating in summer. "It is like driving your car with the brakes on--why is this?" Systems that are not optimized, poor automatic regulation, and a legacy culture of cheap energy that is no longer true.
Dr. Majumdar summarized the first round of funding and highlighted a few noteworthy recipients. There were 3700 applications under the first round of grants, of which 20-25% "violated either the first or the second law of thermodynamics." After progressively more rigorous screening, the agency selected 37 grants and has funded 36 of them with an average of $4M over a 2-3 year time frame. He praised the "Series A" size and duration of the grants, which he believes can really launch an idea to commercial success. Smaller grants would run the risk of not providing enough for success, especially with the follow-on funding uncertainty of the last year or so. We can expect further funding from ARPA-E to be similarly structured.
Some of the funded grants include:
- Agrivida, tyring to grow enzymes to break up cellulose so bio-fuels can scale up feasibly. They are trying to "put the cow inside the plant."
- Grid-level Electrical Storage at MIT
- FloDesign wind turbine, a mixer-ejector wind turbine (MEWT) similar to a jet, which has already exceeded the Betz limit in testing.
- Car battery research in such things as zinc-air, lithium-sodium and lithium-air batteries.
Dr. Majumdar recognizes the need to "manage expectations" since he believes it will take 20 years to have a big impact. The next 3-5 years, however, will "provide trajectory" to launch the 20-year "home runs."
The questions ARPA-E will ask in searching for those early trajectory-setting efforts include:
- What is the global landscape? Who are the players?
- Where are the gaps?
- What's new? What are the stretch goals?
- Is there room for left-field ideas?
- How to tweak for multiple outcomes and leverage of effort?
- What quantitative metrics should be used?
- Who are the customers who will adopt?
- Will it scale in cost and volume?
- What are the financial and policy needs? Barriers?
- Who are the teams and players? What are the available ecosystems?
- What is the risk profile, time horizon, budget, and why?
Dr. Majumdar concluded by re-purposing a quotation from Dr. Martin Luther King:
We are now faced with the fact, my friends, that tomorrow is today. We are confronted with the fierce urgency of now. In this unfolding conundrum of life and history, there is such a thing as being too late.
The ARPA-E Innovation Summit is March 1-3 and will provide a "platform for PIs who did not get funded to bring their ideas back to expose them to investors and other stakeholders."