The New England Clean Energy (NECEC) fellowship program started on May 5th and concluded last Wednesday, July 29th with the presentation of capstone projects and graduation.
The NECEC has run this fellowship program for the last two years to educate and socialize the next generation of clean tech CEOs for new ventures, mature startups and established companies. This year the NECEC selection process was very competitive: 25 executives were selected out of 226 applicants, double the number selected in 2008 – the program’s inaugural year. This year’s class consisted of twelve current or former CEOs; materials scientists and CTOs from software – especially IT and semiconductor arenas. There were 20 men and 5 women; 21 fellows came from Boston-area, and 4 came from out of state.
We covered a huge amount of material in and out of class and acquired a firm base of the relevant chemistry, physics, materials and other science and economics of clean tech. Subjects were divided into the demand side (efficiency measures such as green buildings, green IT, etc.) and the supply side (representing energy generation and renewables, such as solar, wind, current/tidal power, etc.), policy and finance. There were some glitches (e.g., late arrival of the syllabus) but there were no major problems. For me the objectives were met.
All this background now enables me to make some observations about the Clean Tech space:
- First and foremost, failure is highly probable. Science drives clean tech ventures and patents don’t guarantee success. In addition, market factors have a profound impact of the probability of success. There’s the “Valley of Death” that represents the funding gap between startup and the realization of a project – this happens frequently. And government, an unpredictable long-term partner, plays a role in the life of many ventures.
- In fact, the role of government is very big. The Federal Government could be your development and funding partner – that’s really different from software. Also, government policy is a critical success factor for the sector and specific technologies. The case in point is the Bush administration’s support for Big Oil versus the Obama’s administration’s stimulus funds and across the board support for renewables and oil independence. State government is super-important for siting, permits, policy, etc.
- A strategy of pursuing multiple new ventures is a requirement. With the probability of failure so high and projects taking two to ten times longer than software to bring to fruition, entrepreneurs have to pursue multiple projects. This is a portfolio management approach that VCs have employed since early 1980’s. Software entrepreneurs, by contrast, really have to focus on one or two ventures at a time; as a clean tech entrepreneur I plan to be involved in four to five ventures at a time.
- There is a ton of technology sitting on shelves. In the software world you redesign the wheel every time you start a new venture; in clean tech someone has seen the problem before and filed a patent seemingly covering it. This creates all kinds of challenges on the IP side – a much bigger concern in clean tech than software. As a result, engaging with wizened professors with a patent portfolio is a frequent occurrence in the process of commercializing clean tech.
- Like Bell Bottoms, good things come back. There’s new interest in nuclear and 25 year old coal gasification technology. This is a corollary of the previous point but is grounded in generational changes and society at work. Nuclear, for example, was a non-starter in the ‘70’s until today. Now it’s being reconsidered in many ways, sizes and forms. Efficiency was a ‘30’s and 70’s concept that is coming back, along with Government funding and policy support.
- There is a huge schism between the clean tech and energy supply cultures. Clean tech ventures are tiny companies with a “conquer the world” orientation; energy suppliers are huge companies which already dominate the world. At a “Smart Grid” seminar, a power company executive told me he was not interested in cool technology — it could pollute or bring down the grid. If the technology is built into a regulatory requirement, that’s a different story. The supply side is dominated by men in gray suits; clean tech is peopled by guys in jeans and t-shirt. Therein lies the schism.
From my pov the biggest, single benefit was the relationships with other fellows in the program. In many cases, we taught each other specific areas of clean tech: PeterV, brought new insights into water; BobG provided a shitload of information about waste; PeterVM delivered new insights into aspects of solar thermal; Maureen uncovered the world of ESCO’s (energy services companies), and Jeff re-educated me about chemistry, and more. These interpersonal teachings brought great passion and insights which established important intellectual connections I did not possess before the program and could not have done on my own. It was great to have my great friend Imran Quidai (VP Engineering at MessageMachines) in the program as well. Establishing new friendships was certainly a huge plus for me.
In fact, we renting space together on Totem Pond Road in Waltham, MA thanks to the NECEC, Boston Properties and T3 (an NECEC sponsor and real estate firm). I will also be partnering with several fellows on new ventures. These partnerships started the day after the program ended. An exciting new future in clean tech awaits the fellows and me.
In the coming months and years I plan to be very busy. I will continue to maintain my board position with Black Duck Software and advisory roles with several companies. Also, I plan to do consulting projects in both clean tech and software to keep afloat while developing new ventures.
I will keep you informed, gentle reader, partially via this blog site. While the title of the blog is not pure clean tech, I will maintain it since involvement with software is still central to my life, consulting projects and new startups.