by Chris Keenan
If you have acne, whether chronic or occasional, it may seem like there's nothing out there to safely help. Acne is often treated with harsh or even toxic medications that do your body no favors. They certainly don't take into account that many acne cases involve lifestyle factors such as diet. Fortunately, there are natural ways to effectively treat acne without harming your body or your wallet.
Clear Up Your Diet
Science has validated what many of us had already observed: diet can trigger acne. According to the Mayo Clinic, eating dairy foods and carbohydrates can cause a flare-up. The culprit seems to be the rise in blood sugar from eating foods made with refined flour. This is yet another reason to favor healthy vegetables, fruits and whole grains over packaged muffins.
If you eat dairy, try cutting back or replacing regular yogurt with Greek yogurt. Plain Greek yogurt has about twice the protein and half the sugar of regular plain yogurt. Also, eat a little fat with your dairy to slow down absorption and keep blood sugar from spiking.
The good news? Oily foods and chocolate don't trigger acne, so enjoy getting some of your antioxidants from dark chocolate.
Boost Your Vitamin A
Even a mild vitamin A deficiency can cause acne. Healthy levels actually help prevent acne by reducing sebum production and strengthening your skin's connective tissues. Eat sweet potatoes, carrots, and spinach to boost your levels. Avoid a supplement, as vitamin A is fat soluble and can be toxic in high amounts. A good multivitamin combined with eating the right foods should be plenty.
Eat The Right Minerals
Our modern food supply is depleted in the minerals that our bodies depend on. Low levels of zinc and chromium can actually cause acne. Zinc has antibacterial properties than can help regulate your skin's oil production and prevent inflammation. Foods rich in zinc include sesame seeds and tahini, lean beef, oysters, and nuts. Chromium fights skin infections. Food sources include whole grains, broccoli, and fish. You can also try a daily chromium supplement.
Release Your Stress
The skin is the largest organ in the body and the ultimate shield protecting you from environmental dangers. Your skin also reacts to inner changes and can literally erupt when you're bottling up stress. Work out your tension in positive ways and you're less likely to find your feelings showing up on your skin. Get regular exercise, whether it's running marathons or winding down with yoga. For maximum mind-body benefits, practice regular meditation as well.
Protect Your Face
Your skin's dirt and oil are trapped on everyday objects that it touches. Change your pillow cases every other day to keep your face free of nightly buildup. Keep your hair back from your face and wash it often, especially after sweating. Choose sunscreens and other skin products that say "noncomedogenic" on the label, meaning they don't block pores and are safe for sensitive skin.
If you spend a lot of time outdoors, wear a broad-brimmed hat to block the sun's rays. Too much sun can make acne worse. Over-the-counter acne medications can also make some people more sensitive to the sun, rendering sunscreen less effective. Your best bet is a hat made for sun protection. They're now widely available and come in a range of styles for the whole family.Reprinted with permission from Green Living Ideas
The first commercial tidal energy project in the US was dedicated last week in Maine, and turbines will begin turning in mid-September.
It's the first grid-tied tidal project in the US and the first to sell the electricity through long term power purchase agreements.
Portland, Maine-based Ocean Renewable Power Co. will soon lower a generator to the sea floor as part of a network of 20 underwater turbines.
"Tidal energy has arrived in America and it just landed right here," says Chris Sauer, Ocean Renewable's CEO to about 200 people gathered at the ceremony.
The small project in Eastport, Maine will provide electricity for 1,200 homes.
The cost is about $21 million for the Cobscook Bay Tidal Energy Project, which includes research and development, design, manufacture and installation of the turbines and environmental monitoring.
Cobscook Bay is one of the world's top tidal sites, where the tide rises and falls 20 feet twice each day.
Earlier this year, Maine regulators directed three utilities to buy 4 megawatts (MW) of tidal electricity in a 20-year contract. The utilities will pay almost double the average electricity price in Maine to support the project.
Regulators looked at what the cost of fossil fuels would be over 20 years and decided they would likely be even higher. In fact, they see tidal energy being cost-competitive in as little as five years.
The International Energy Agency's International Vision for Ocean Energy sets a goal for the technology to be cost-competitive by 2020.
The Department of Energy (DOE) invested $10 million in the this pilot phase of the project, which will supply electricity to 100 homes. It's already injected $14 million in the local economy and supported over 100 jobs. DOE invested as part of its investment in ocean energy research.
The fully completed project will power about 1200 homes and businesses.
"The Eastport tidal energy project represents a critical investment to ensure America leads in this fast-growing global industry, helping to create new manufacturing, construction, and operation jobs across the country while diversifying our energy portfolio and reducing pollution," says Energy Secretary Steven Chu.
DOE's early investment was critical in bringing Ocean Energy's tidal energy device from the lab to commercial deployment. The devices and many of its components are being manufactured in the US.
Earlier this year, DOE released a nationwide tidal energy resource assessment, identifying large areas along the East Coast, Hawaii and Alaska that have potential.
The other tidal project moving forward is Verdant Power's in New York City's East River. Siemens invested in a tidal company and the world's largest tidal project is moving ahead in Scotland, a 10 MW plant.
Learn more about the project and Ocean Renewables:
Image by ORPC
Reprinted with permission from SustainableBusiness.com
by Christopher DeMorro
Unlike many other also-rans, Tesla Motors is succeeding where other electric car companies have failed. And by succeeding, we mean Tesla is actually selling cars, with the Model S sedan reportedly receiving over 10,000 $5,000 deposits to date. At $50,000 after tax credits though, the Model S is still well beyond what most people can afford. So what is Tesla planning to build next? From the sounds of it, an all-electric BMW 3-series rival.
An Electric Rivalry
Talking to AutoCar, Tesla's chief designer Franz von Holzhausen said that after the Model X SUV (which has also received plenty of deposits), the electric automaker would focus on bringing an event cheaper vehicle to market. The targeted price range is around $30,000, which judging from Tesla's record on pricing so far, probably includes the $7,500 Federal tax credit.
So far, Tesla's recipe for success has been simple; produce good-looking electric cars with enough range to justify a premium price tag. The result is a long waiting list for Tesla vehicles, and CEO Elon Musk has always intended to work his way into the lower price brackets. And going after the BMW 3-series only makes sense; it is the dominant luxury sedan in the $30,000-$40,000 price range. Considering that the average new car sells for over $30,000 these days anyways, Tesla might be able to move quite a few reasonably-priced electric luxury sedans with more range for more money.
I still have my doubts about Tesla's ability to survive on its own. Selling cars is serious business, and selling electric cars is risky business on top of it. But Elon Musk and Tesla Motors are making a good run at it so far. The question is, will they be around long enough to bring an electric 3-series rival to market?
Reprinted with permission from Gas 2.0
The Obama administration has identified 17 sites on public lands across six Southwestern states that officials say are most suitable for utility-scale solar projects. In a report, federal officials vowed to expedite applications for solar projects on these sites - located in Arizona, California, Colorado, Nevada, New Mexico, and Utah - which were targeted because of access to existing or planned transmission lines, minimal resource conflicts, existing development incentives, and solar potential. The sites,covering a total of 285,000 acres, have the potential to produce nearly 5,900 megawatts of energy, enough to power 1.8 million homes, according to the U.S. Interior Department. While the government also created a process for quicker approval of "well-sited projects" on another 19 million acres outside these zones, the plan excluded more than 78 million acres of public land from solar development.Photo by Green Prophet/flickr/Creative Commons
Reprinted with permission from Yale Environment 360
by Tina Casey
Lockheed Martin has been collaborating with a Seattle-based company called LaserMotive to "refuel" electric aircraft in flight using laser beams that charge batteries wirelessly, and the latest round of testing not only met but beat expectations. The test took place indoors but if wireless laser battery charging can prove successful in the field, it would lay the groundwork for a new generation of electric aircraft as well as vehicles and robotic systems, too.
Green Jobs for Rechargeable Robots
Before we get into the nitty-gritty of LaserMotive's wireless system, consider the implications of wireless recharging for vehicles as well as aircraft and also for the next big thing: robots.
Robotic devices are already commonplace in factories and warehouses, and they are being eyeballed for widespread application in the health care field, too. A wireless recharging system would have obvious benefits in terms of cord-free, flexible performance, and the practical elimination of down time.
Wireless recharging could also have an impact on green jobs for robots, for example in wind turbine and solar panel maintenance where robotic devices can relieve human workers from performing routine or hazardous tasks.
Wireless Laser Charging
According to a recent article in optics.org, LaserMotive's initial goal was to develop a laser-charging system for a cable-climbing robot, which dovetails with the green jobs angle. However, the immediate aim of Lockheed's involvement with wireless in-flight recharging has little to do with our sparkling green future and more to do with creating an infinite-flight drone.
To that end, initial testing of the system was conducted on a Stalker UAS (unmanned aerial system), a small surveillance drone that first saw military use in 2006.
As relayed by LaserMotive President Tom Nugent, the laser power system was tested in a wind tunnel and extended the Stalker's flight time to 48 hours, an improvement of about 2,400 percent.
The flight could have gone on longer but it was halted after the system passed its expected endurance limit, and the battery was found to have store more energy at the end of the test than it had in the beginning. The next step will be a field test outdoors.
Wireless Laser Charging: How it Works
LaserMotive's system shares some basic characteristics with a solar power array. Instead of sunlight, a high intensity laser beam strikes the photovoltaic cells, which then convert the light to electricity.
The beam could travel to the PV cells through a vacuum or fiber optic cable as well as through plain air.
As for the electricity needed to create the laser beam, that could be generated by conventional fossil fuels or any other source including solar power as well as wind, geothermal, hydropower or any other renewable form of energy.
Among the benefits of wireless charging is the elimination of power lines and the practical elimination of a power transmission infrastructure.
Flexibility can be layered onto the system by designing transmitters to be mobile or transportable, too.
Reprinted with permission from Cleantechnica
Going Green Vacation – Four years ago, my aunt gave my sons tee shirts from Venice Beach in Florida. She told them all about the shark teeth to be found right on the beach there. Another friend saw them wear the shirts and also raved about the shark teeth hunting and beautiful beaches. From then…
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Islands to Visit on Budget: The Caribbean region, comprising of more than 700, breath-taking beautiful islands is a haven for sore eyes and enthusiastic travelers. As some say, the islands are enough in number for you to take annual holidays on a different island each year. From serene beaches to white, pristine sands to exotic…
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The City of Chicago is an amazing tourist destination filled with extensive parklands, a variety of tourist attractions, diverse neighborhoods, and fresh water. It is a multicultural city and is recognized as a passionate sports town within the United States. Chicago offers safety and security to its citizens along with affordable housing and a great…
Bags packed- Check, travel guide and documents- Check, Smart phone-Double Check!! Cruisers Apps – Triple Check!!! Long journeys can be thrilling but if there is no other distraction, such trips can be extremely boring. Here are ten exciting Apps essential for travelling. and cruisers apps. You can also check out our list of 10 Awesome Green iPhone…
Some fun recycling facts for kids can comprehensively describe the growing need and importance of recycling. The younger generation needs to understand the significance of saving and protecting their environment, their home, their planet. One can only hope they do a better job than ?us grown adults? in taking things more seriously while growing up.…
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Yoga Pants: Eco-Friendly & Affordable Options to Buying Activewear Americans are now working out more than ever. According to Yoga Journal’s 2012 survey, a whopping 20.4 million Americans practice yoga and 82 percent are women. Unless you’re into Naked Yoga, you’re
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Featured Eco Product: Sweet Lavender Toner The item is our new Sweet Lavender Toner – 98.69% organic: ABOUT Made with 98.69% organic Ingredients Lightly scented with organic lavender oil Contains organic cucumber fruit extract, a natural skin emollient and softener
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Thinking about arranging a ?bachelorette party? that leaves your gang feeling proud and capable instead of grumbling about hangovers and embarrassing memories? Check out these all-American Eco-friendly excursions where your crew can enjoy some good clean fun while making the
Why do we even need to talk about the next wave of greentech? And what is it, anyway?
When I started talking about an emerging next wave of greentech entrepreneurs and investors a couple of years ago, it was admittedly just described as "not what we did during the last decade." It was defined mostly by what it was not. And that was on purpose. In the spirit of figuring it out together, the idea was simply to learn the lessons of what had not worked, and to develop a variety of new strategies with more pragmatic approaches across the board. Hardware, software, internet, service-based models, all of them. A big tent.
Therefore, the term was somewhat vaguely defined.
As we're now exactly one month away from the NextWave Greentech conference, I've been reflecting a bit on some of the lessons learned over the past couple of years. And I think many of these efforts are now converging in a consistent new way of thinking, both for entrepreneurs and investors. It's still a big tent, but one with a consistent theme -- and one that increasingly matches where the overall venture capital community is headed as well.
If your goal is to see more greentech startups get funded and eventually succeed, this overlap with the evolution of the general venture model is crucial. It turns out, the overlap is around a pretty simple theme: capital required to get started, and time required to get revenue.
First, let's grossly over-generalize today's venture model into two broad buckets: early stage and growth stage. Early stage is the classic, romanticized image of venture capitalists who back startups during their initial creative stage. Growth stage is about putting big dollars behind established companies with significant momentum. Both models are alive and well, although in recent years there's clearly been a shift of emphasis and dollars into growth stage.
But growth stage is pretty mercenary, in that it's not very sector-specific. If a startup has an obvious growth and potential exit story, growth-stage investors will back it, almost regardless of business model, technology, etc. Which is all totally fine -- unless you want to see more greentech startups get funded, as growth-stage investors are totally neutral to that goal.
Growth stage is about investing in companies that are already on a clear path to success, but we need to see more startups helped onto that path in the first place. Because of the agnostic nature of growth stage, the funding patterns there are less of an endorsement of "next wave" pragmatism or any other theme, as it's just an aggregation of idiosyncratic stories that happened to finally arrive at an attractive stage for such funders. As such, there's no coherent, evident strategy to inform future entrepreneurs and set them on a pathway to success.
So therefore the more important constituency to engage consists of early-stage investors. And where are early-stage investors trending these days?
Mark Suster has pulled together a great presentation on this topic, "Why It's Morning in VC." It's a great overview of the industry in general, and he also includes a couple of key factors that early-stage investors are taking full advantage of right now that I want to specifically highlight. First, he points out that the cost of starting a company has dropped by 99 percent since 1995. And second (as also illustrated in this blog post), he notes that the "time to massive revenue is the most compressed in history due to scale and deflationary economics."
Put more simply, early-stage investors these days are focused on businesses that are cheap to get started and quick to get to revenue growth.
In light of that trend, is it any wonder that such investors have shied away from investments into sectors which, according to anecdote and reputation, require a lot of capital and a long gestation period?
So NextWave Greentech is all about showing entrepreneurs and investors that we can indeed tackle these massive market opportunities in ways that are relatively inexpensive and quick to get to revenue. This is possible not only for web- and software-based greentech startups, but also for hardware innovators as well.
Yes, this focus on making greentech startups inexpensive and fast to market leaves out some innovation areas that simply cannot fit that (nuclear fusion, for example). But across much of greentech, entrepreneurs are working on web, software, service and/or hardware models that strive for these ideals as much as possible. And that's really important, because once we can demonstrate how successful we can be at making greentech quick, nimble and cheap, the early-stage investors will find the overlap they've been needing to see.
So that's why we have the NextWave Greentech conference -- to highlight such efforts, and such success stories. To bring investor attention to the many entrepreneurs already tackling such an approach, to bring LP attention to the investors who are backing such entrepreneurs and to generally inspire more such entrepreneurs to jump in.
I hope to see you all there.
We're gearing up for NextWave (register today!), and I really wanted to have FAKEGRIMLOCK keynote the conference. However, the fire commissioner said it would be a safety hazard to have a fire-breathing robot dinosaur show up and possibly eat many of the conference attendees, so that idea didn't work.
What's that? You haven't heard of FAKEGRIMLOCK? If you haven't, it just goes to show the continuing (and in my mind, unfortunate) gulf between the IT and the greentech entrepreneurial communities. FAKEGRIMLOCK is a well-known startup robot dinosaur that lives on the internet and punches entrepreneurs in the face until their "fail" falls out. If you're not already following FAKEGRIMLOCK on Twitter, you should -- it's a lot of good advice for fearless entrepreneurs, in a fun format. And he's become an important tech "influencer" (pretty sure he would eat anyone uttering that phrase, however), collaborating with the likes of Eric Ries, Fred Wilson and Brad Feld. And he has authored a fun book of advice for entrepreneurs as well. Oh, and he also makes a bunch of awesome posters and such!
So as you might imagine, I was pleased when as an alternative to introducing a safety hazard to NextWave, I was granted the opportunity to interview FAKEGRIMLOCK on the topic of greentech entrepreneurship for this column. A dangerous undertaking, but hey, I'm a greentech investor, so I'm used to danger. As you'll see below, he laid down some challenges for cleantech entrepreneurs. And as we gear up to talk about the ways to drive success out of the next wave of greentech, these are challenges to take to heart.
Rob: You usually talk about internet and IT startups, and while there are increasingly a lot of overlapping efforts in the greentech sector, much of the sector remains very separate from the rest of the tech community. What should greentech entrepreneurs learn from internet and IT entrepreneurs, to prevent becoming GRIMLOCK lunch?
WHAT LEARN? EVERYTHING.
GREENTECH THINK LIKE OLD, FAT, DYING COMPANIES. THAT DUMB. UNLESS GOAL IS TO FAIL.
LEARN FROM STARTUPS THAT WIN:
1. BUILD WHAT MARKET WANT, NOT WHAT WISH THEM WANT
2. START SMALL AND SCALE, NOT START BIG AND FAIL
3. IF NEED ARTIFICIAL ADVANTAGE FROM GOVERNMENT OR REGULATION, YOU DOING IT WRONG
EVEN IF GREENTECH, IF NO CAN BUILD VERSION THAT WIN IN GARAGE OR TINY LAB WITH HANDFUL OF PEOPLE, BIG LAB AND TEAM NOT GOING TO HELP YOU.
DO THAT, MAYBE HAVE CHANCE OF NOT BE LUNCH. NO GUARANTEE.
Rob: While there are software/internet-based startups in greentech, many entrepreneurs in the sector are innovating around hardware. Sometimes very big, capital-intensive hardware (almost GRIMLOCK-like, in fact). How can such entrepreneurs still “Win Like Stupid” if they’re tackling efforts like that?
BIG, EXPENSIVE HARDWARE DUMB IDEA. WHOLE POINT OF STARTUP IS SMALL AND NIMBLE KILL BIG AND SLOW. START BIG AND SLOW JUST FORMULA FOR GET KILLED BY SOMEONE SMARTER.
ME, GRIMLOCK, OBVIOUS EXCEPTION. ME SMALLEST AND MOST NIMBLE GIANT ROBOT DINOSAUR OF ALL.
FIND WAY TO MAKE HARDWARE SMALL AND NIMBLE. EVERYONE SAY THAT STUPID AND IMPOSSIBLE. THAT WHY YOU WIN WHEN IT HAPPEN.
Rob: I have the impression that energy/water/resource markets, unlike much of internet/IT, remain largely controlled by big, old dinosa…, er, sorry, incumbent companies, such as utilities and the like. Any words of advice for entrepreneurs on how to deal with markets that aren’t exactly welcoming of innovation?
ME NO ASHAMED OF BE DINOSAUR! ME, FAKEGRIMLOCK, HAVE PRIDE IN SELF. ESPECIALLY PART OF SELF THAT NOT COMPLETELY LAME LIKE OBSOLETE COMPANIES THAT CLING TO LIFE BY STAND IN WAY OF PROGRESS. ME NO CLING! ME NO CARE ABOUT PAST BECAUSE BUILD OWN FUTURE! JUST LIKE EVERY STARTUP.
BUT THAT ENOUGH DINO PRIDE. ME ANSWER ABOUT MARKETS.
WAIT FOR MARKET TO WELCOME INNOVATION SAME AS GIVE UP AND QUIT NOW. STARTUP KICK DOWN DOOR AND SHOVE INNOVATION DOWN MARKET'S THROAT. MARKET ALWAYS HATE NEW IDEA UNTIL IT BURN ALL THE OLD ONES TO THE GROUND. BUT NO CAN BURN ANYTHING DOWN UNTIL BREAK IN.
HOW YOU BREAK INTO MARKET? SIMPLE. ALL MARKETS HAVE HOLES. BUILD THING FIRST, THEN LOOK FOR HOLE? YOU DUMB. VERY SMALL CHANCE YOUR PRODUCT SHAPED LIKE EXISTING HOLE.
INSTEAD FIRST FIND HOLE IN MARKET. THEN BUILD THING TO FIT IT. CHANCE OF FIT ALMOST 100%.
THIS LIKE IPHONE. APPLE NOT BUILD IT THEN FORCE EVERYONE TO WANT IT. NOT EVEN STEVE COULD DO THAT. APPLE SAW IPHONE SHAPED HOLE IN WORLD NO ONE ELSE DID, BUILT IPHONE TO FILL IT. THAT WHY IT WIN.
Rob: In our sector, we like to say that we’re tackling some of the world’s biggest needs and therefore some of the world’s biggest market opportunities. And indeed we’re seeing a lot of great market growth now in areas like solar, electric vehicles, and smart lighting. Yet thus far, innovators even in these high-growth areas have had a hard time getting rewarded for all the value they’ve created. What needs to change?
HUMANS MOSTLY SELFISH AND LAZY. EVERYONE WANT TO SAVE PLANET UNTIL IT COST THEM SOMETHING.
BEST WAY TO SAVE PLANET IS MAKE IT COST LESS THAN NOT SAVE IT.
WANT EVERYONE TO BUY ELECTRIC CAR INSTEAD OF ONLY RICH HIPSTERS? MAKE JOY OF OWN ONE MORE THAN PAIN. FOR EVERYONE.
WANT EVERYONE TO GET SOLAR PANEL? THAT HAPPEN WHEN BUY ONLINE, PLUG IN WALL, PAY FOR SELF IN 1 YEAR IS ENTIRE PROCESS.
ALWAYS ASK WHAT IS REASON NO ONE WANT YOUR THING. THEN REMOVE REASON. OR BUILD SOMETHING ELSE.
UNTIL THAT HAPPEN, GREENTECH STAY SMALL, LOW MARGIN, HARD TO MAKE MONEY.
Rob: VCs went big into greentech during the past decade, and it didn’t work out well, at least the way it was tried back then. Now few VCs will even touch anything labeled “greentech” at all, because it’s “too hard." Any words of wisdom for these VCs, and for the entrepreneurs pushing ahead even while VCs back away?
WHEN GREENTECH START ACTING LIKE STARTUP, VCS COME BACK. LONG AS GREENTECH ACT LIKE OLD DYING BIG CORPS, VCS STAY AWAY.
Rob: Do you have any favorite greentech startups or products/applications, and if so, why?
NO. ALL OF THEM TOO MUCH PAIN VS GAIN FOR THIS DINO. THEM SHOULD FIX THAT.
(RD note: I'm pretty sure FAKEGRIMLOCK was manufactured in a factory lit with Digital Lumens intelligence, but I'm not certain)
Rob: When will greentech entrepreneurs know that they’ve “made awesome”?
WHEN EVERYONE DESPERATE TO BUY PRODUCT BECAUSE IT AWESOME, NOT BECAUSE IT GREENTECH.
Rob: Anything I didn’t ask you, that I should have?
PROBABLY. IF YOU ESCAPE INTERVIEW ALIVE, MAYBE ME TELL YOU WHAT.
Fortunately, I managed to escape alive (for now), so you'll still be able to see me up on stage on August 5th at NextWave. More importantly, you'll see a lot of smarter and more photogenic people up on stage, and in the networking breaks. So be more awesome -- and be there.
As the time approaches to get serious about NextWave14 (coming up in just a few weeks!), I thought it would be a good time to take a step back and review how the overall "sector" is doing right now. And by and large, it's a happy picture.
I put "sector" in quotation marks above because we all know that this is really a collection of a wide variety of markets and applications gathered under a consistent investment thesis. Cleantech isn't a sector; it's a lens for finding big opportunities across sectors.
But across many of those markets right now, we're seeing amazing growth continue.
The above statistics are just a short list of relevant market stats -- markets for new technologies and business models in other areas like water, food and transportation are all growing quickly as well. And let's not forget, the market opportunities are perhaps even bigger for the developing world.
Ten years ago, I remember a lot of optimism about the potential for exciting market growth in cleantech. Now that's a reality. It's very exciting to see. As McKinsey recently stated quite plainly: "The world is on the cusp of a resource revolution."
From fuels to smart buildings to storage to transportation, there's never been more serious corporate interest in the next wave of technologies and business models.
As I recently pointed out, a large proportion of the growth-stage cleantech venture deals now being done include -- and sometimes are even led by -- corporate investors. Anecdotally, I've seen a surge in proactive outreach from corporate strategy groups and business unit leaders to the startups I work with on a regular basis.
Even more exciting, at least to me, is seeing some of these big companies start to redefine the markets they're in and gear up for emerging market battles that once would never have been dreamed of.
I recently wrote about the dearth of early-stage VCs and the abdication of growth-stage VCs which are leaving many of the best startups to be invested in by corporates, foreign-based investors and other non-traditional investors like family offices.
It's frustrating, but perhaps not that surprising in light of the highly mediocre returns such investors saw from their earlier forays into the sector, and the high-profile losses some have experienced. Oh, and Solyndra. Always with the Solyndra.
But that's not what NextWave greentech investing is about; that's last-wave thinking, driving while staring at the rearview mirror. And there are some early encouraging signs that LPs are starting to put some money back into the sector. And that mainstream VCs are perfectly willing to invest in adjacent areas, as long as the opportunities are business-model innovations and not explicitly "cleantech" (because "we don't invest in cleantech").
This sector is totally sidelined right now by the venture investor community. But that's got to be temporary, an aversion based upon labels more than market reality. There's no way so many smart investors will continue to pass up on the growth opportunities so obviously illustrated above. What's needed to bring back early- and growth-stage capital is a stronger pattern of exits.
The IPO window is open again for cleantech startups. SolarCity, Silver Spring, Aspen Aerogels, Opower, BioAmber, Control4, Marrone and several other companies are rumored to be lining up to IPO as well.
Besides IPOs, acquisition activity is also heating up. The most obvious example is Nest, but others include ecoATM, Climate Corp., Novaled, Silevo, Zep, and many others. We're starting to see acquisitions as corporations pursue the expansion strategies described above. And even more encouraging, we're starting to see strategy-driven (as opposed to opportunistic) vertical and horizontal consolidation in areas like solar and water.
All of this is boosted, of course, by increasing mainstreaming of these technologies on Wall Street and the overall strong recent performance of the sector there.
In D.C., they're still blocking bipartisan, moderate, smallish energy bills. Okay, forget them and their inability to govern. There's some hope that the newly announced EPA regulations will encourage more investment in clean technologies, but it just seems pretty indirect to me. Whether you are for or against the regs, they're not really relevant to my day-to-day work as a cleantech investor.
But the much more interesting political conversations are happening at the state and local levels. Perhaps the best indication that we're winning on a number of fronts is that the state and local political backlash is ramping up -- nothing says "scared incumbents" like a bunch of deep-pocketed, regional efforts to obstruct innovation. Or scary talk about "death spirals."
But while state-level policy battles on cleantech are a mixed bag right now, there are encouraging signs of solutions going forward. Massachusetts just demonstrated how utilities and solar companies can collaborate for a win-win solution, for instance. California's encouragement is providing a great early entry point for energy storage innovations, and New York and Connecticut are two other states where smart policies are providing cost-effective encouragement of cleantech adoption.
And this isn't strictly a "red state/blue state" thing. Polls consistently show that voters in all states want more access to distributed, clean energy and energy efficiency. So pragmatic state-level leaders across parties are figuring out ways to promote this access, some more quietly than others. It's not a unanimous trend, but it's a clear trend at the state level.
Most importantly, five years after a major economic downturn that put the sector on its heels, the cleantech startups that survived are now quietly doing quite well indeed. I can observe this firsthand in our own portfolio, where revenues across the companies we work with continue to grow quickly. And because my firm also at times acts as a limited partner, I can see it in other investors' portfolios as well.
Many startups that survived through lean times are now poised for growth. And startups that were better positioned because of lower capital burn, or launched after the lean times with smarter business models, are doing quite well indeed. Cleantech startups are healthier than ever.
We're seeing a widespread adoption now of business model innovation entrepreneurship in this sector: new service models; downstream startups taking advantage of all of the cost declines upstream; and new financial-based models that profitably merge new innovations with project finance, where there's deep appetite right now for yield. Cleantech startup models are smarter than ever.
And for those startups fortunate enough to be backed by deep-pocketed and dedicated investors, there's a lot of expansion opportunity in such fast-growing markets. When I talk with entrepreneurs in the sector these days, they're often no longer "playing defense." They're hungry to grab the opportunities they see in front of them. Cleantech startups are more aggressive than ever.
In short, there's a lot to be excited about right now in cleantech entrepreneurship. The state of the sector is mixed, mostly because the investors are slow on the uptake. But everyone else can see quite clearly that the next wave is here. When the capital does inevitably come back, this sector (however it's labeled) is poised to take off.
Looking forward to talking about this with you, and hearing a lot more success stories, at NextWave14!
Sign up for NextWave Greentech! Seats are filling up quickly, and it sold out last year.
A couple of weeks ago, I wrote up an analysis of early-stage cleantech venture rounds so far this year. I came away with the conclusion that very little was happening, except for in cases where a startup could perhaps be considered "cleantech" but was actually funded for entirely different reasons. Basically, that there are very, very few early-stage cleantech venture funders right now.
So I wanted to look at growth-stage financings in the sector (North America only) to do a similar "analysis" (read: lots of SWAGs and judgment calls, so treat accordingly) to see if the picture looks any different.
It does look different, and in some interesting ways. But the picture is only a little bit happier than it is for early-stage funding, it turns out. Basically, U.S. venture capital firms have taken their aversion to the cleantech sector to completely irrational levels, so that while there are definitely growth-stage financings happening (because there are strong, fast-growing companies in the sector), they're not being done by VCs.
But I overgeneralize. Let's look at some specific trends.
1. Yes, there are growth-stage financings to be found in the sector
After knocking a few deals out of the dataset I was using because of a lack of fit (e.g., due to stage, size, sector, or the deal just being a final closing on a 2013 financing round), I was left with 55 transactions. Fifteen of those were just pure insider rounds with no new money identified, so we'll subtract those from the tally. But even still, that's 40 or so cleantech startups that were able to attract significant investment from new investors so far this year.
If you can build a strong company with demonstrated growth and solid forward market potential, smart investors don't care if you're "cleantech." They just like viable growth investments, period.
2. It's all about the corporate dollars
Somewhat impressively, eighteen of the funding rounds I identified had some significant new corporate investors as the primary new money in a deal. In a fair number of these cases, the corporate investors were even listed as the lead investor.
That's unusual, because corporates and their affiliated VC groups typically have not wanted to play the role of lead financial investor in a round. In many cases, the corporate entity has strategic reasons to invest at almost any price, so they prefer to leave the actual pricing and structuring of the round to the VCs coming in alongside them. They also may be restricted internally in their ability to take on board seats, etc. So to see so many corporate investors playing a lead role right now is quite notable.
And the overall proportion of deals including significant new money from corporates is fascinating as well. It's high, and it speaks to the clear market opportunities here. Large corporations see cleantech (using the term broadly; in most cases, they would define their specific interest more narrowly) as a huge market opportunity that is strategically important to them to be involved in. They want exposure to the fast-growing startups in the sector. This is a huge validation point for the market overall.
So to see so many growth-stage deals where corporates are the ones having to step up to lead, knowing that's not their comfort zone, is quite an indictment of the venture community. It means they're giving up on the VCs.
Furthermore, in many of the other deals where corporates didn't lead but were significant new investors, it looks like they were the only new investor. So there appears to be a pattern right now of insider VCs setting terms on new financing rounds to enable non-lead corporate VCs to make an investment. Again, this isn't the typical path for how "venture investing is done."
I've seen a fair amount of this dynamic anecdotally -- in some specific cases, corporate investors have decided they really want to put money into a startup and actively pester VCs in their network to put in a term sheet so that they can do so. Distressingly, even that sometimes seems to fall on deaf ears, and so the insider VCs must step up themselves to make it happen.
3. No real clear pattern of sector preferences
I didn't really see any striking pattern of some sectors being clearly more in favor than others. The investments ran the full gamut of cleantech subsectors. Perhaps there was a slight emphasis on electricity storage, but for the most part, what seems to be attracting investment is a strongly positioned startup, rather than what subsector it's in. Per the point above, corporate partnerships obviously are important, in addition to (or in some cases, it seemed, as a proxy for) revenue growth, but that was hard to quantify.
4. Investors from "outside the box"
In cases where it wasn't a corporate investor leading the round, it wasn't a cleantech VC, either. I only counted four deals out of that entire dataset where a cleantech VC was an outside lead in the round.
Instead, the leads came from the family-office and high-net-worth-individual communities. Or they were more mainstream private equity players with no particular cleantech or VC activity focus. Or, interestingly, they were PE firms from overseas -- four of the deals were led or co-led by China-based PE firms or corporations, for instance.
That's right -- so far in 2014, you're as likely to get a term sheet for your U.S.-based cleantech growth round from a China-based investor as you are to get it from a U.S.-based cleantech venture firm.
All this confirms for me that the capital markets for cleantech venture capital are just completely irrational right now. Few cleantech-specific venture firms of any stage preference can raise new funds from LPs, so they're not writing checks themselves. And generalist VCs won't touch the sector with a 10-foot pole -- even while large corporate players are eager to make investments (and therefore, ostensibly, acquisitions) in the sector, and even while investors who aren't as subject to the negative stigma around "cleantech venture capital," such as PE players from overseas and family offices, are all happy to put money to work into growth stories regardless of sector.
I can understand VC pullback from the cleantech sector to a certain extent, given the lame returns and bad reputation previous investments in the sector earned. I can understand a fair amount of skepticism toward the sector among Silicon Valley VC types. A pullback and rethinking and skepticism have all been warranted, for sure, given past experiences. But c'mon, people -- we're five years into this negativity cycle. We're now seeing success stories and real exits. We're now seeing lessons learned. And quite clearly, we're seeing a significant number of fast-growing companies. The next wave of cleantech is here now -- for anyone who cares to look for it.
Don't give me excuses about capital intensity. VCs with big funds to deploy have always loved an excuse to put a big check behind startups with obvious momentum. Don't give me excuses about "long gestation periods," because we're talking about just the growth-stage companies that would be at the tail end of any such development period anyway. And don't give me excuses about "unclear exit paths," because obviously there are lots of engaged acquirers in the marketplace, as well as recent evidence that cleantech companies can enjoy the current IPO window just as much as non-cleantech companies can.
Basically, if you are an investor who is insulated from concerns about the supposed "cleantech crash," then you're happy to put money to work behind the many fast-growing startups in the sector, because you don't care about the sectoral label. But if you are still carrying around that "cleantech crash" reputational burden, you won't touch the sector even when the deals look attractive. In my experience, many of these VCs won't even take a first meeting, not even to learn about how the sector is evolving. This is very obvious and counterproductive herd behavior, much beyond what investor logic should dictate. There isn't one contrarian generalist VC firm out there, ready to reap the benefits of ignoring everyone else's irrational investment fears, and focusing on fact-based investing?
Tell me how this makes sense.
Did you buy your ticket to NextWave 2014 yet? You didn't? Get on that! It sold out last year, so don't wait until it's too late this year.
In my last column, I ran through recent numbers and showed that there are very few early-stage venture capital check-writers in the cleantech sector right now. By the time you peel out startups that wouldn't think of calling themselves "cleantech," follow-on rounds reported as first rounds, and stuff that's just not a fit, the numbers dwindle down to only a very few deals at that stage.
But there's good news. Crowdfunding seems to be providing some success stories out there.
FINsix, a cool company with power electronics innovations, raised its Kickstarter funding target in less than 12 hours.
Embue is another Boston-area cleantech startup that's just launched a crowdfunding campaign and already has 55 backers.
Limited partners may not be providing the capital for early-stage VCs to put money into cleantech right now, but the general public is still entranced and ready to put money to work behind cool and/or planet-saving ideas, sometimes as angel investors, and certainly in the form of donations or prepaid revenue through these crowdfunding platforms.
For a few years now, an argument has been made that such crowdfunding will "democratize" the venture capital industry. Essentially, venture capital has always been a fairly exclusive investment category, out of legal necessity, because it's a private equity asset category and thus restricted (in its indirect forms, at least) only to a small subset of high net worth individuals (at least in theory) and larger institutional investors like pension funds. But at the same time, venture capital firms have shifted to larger funds, which means shifting toward later stages -- and needing to write bigger checks even at earlier stages. And as always, professional VCs have mostly been looking for a very small number of opportunities that fit a pretty unique set of very lofty expectations.
Angels could in theory fill the gap left by the VCs that are exiting stage left, and that does happen to some extent. But in reality, too many angels just try to out-VC the VCs, funding the same kinds of companies. And aside from great platforms like AngelList, they're hard to find outside of the 3 Fs (friends, fools and family). Government grants and small business loans can be helpful, but they are also hard to access and typically pretty restricted in their application.
Basically, the idea is that crowdfunding, especially as now further enabled by legislative changes, could fill in the early-stage funding gap. But it's been slow to happen. Oculus was one success story (blowback aside), but many early-stage VCs in the tech sector appear able to hold their own, cherry-picking the best early-stage startups and backing them to the exclusion of -- or at least alongside -- crowdfunding. The democratization of venture capital is happening, but perhaps not as quickly as some may have expected.
Looking back at cleantech, the VCs have mostly headed off to greener pastures (pardon the pun). This has left the field wide open for crowdfunders, who now can not only avoid negative selection bias, but can actually cherry-pick the best startups themselves without much competition from reputationally advantaged VCs with bigger checkbooks.
Perhaps, just perhaps, cleantech is where the democratization of venture capital will gain the exploitable bridgehead that eventually helps make a real impact on the venture capital world.
These examples suggest to me that all early-stage cleantech startups should at least consider crowdfunding efforts. Not only is it a potential source of some capital (although typically a smallish amount, the example of Solar Roadways notwithstanding), but it's also an important early test of how compelling your idea is and how good you are at selling it.
As FAKEGRIMLOCK so artfully points out, it's fine to fail as long as you do it quickly and try another idea right away. But it can be tough for hardware startups to fail quickly, and many cleantech startups are hardware-based, so failing quickly is tough.
But you can still test your application very quickly by trying to crowdfund it. If you can't articulate a compelling application for your technology, you're not really an entrepreneur; you're just an inventor. If you articulate your application and people won't throw some money at it, then maybe it's not such a compelling application, and you may have some more thinking to do. But if people get excited about your application like they did about FINsix, that's really valuable market validation -- and prepaid revenue. Not to mention PR -- heck, it seems like crowdfunding campaigns get more gushing press coverage than venture capital rounds these days anyway.
That said, it's important not to confuse such validation for technical feasibility, obviously. That's a whole separate challenge, and one you should seek to solve before initiating a crowdfunding campaign for your application (or you could end up pissing off a lot of disappointed people). And don't confuse validation from crowdfunders with customer validation if there isn't strong overlap between the two (such as would be the case with most B2B plays). So this isn't a recommended path for all cleantech startups out there.
But if cleantech could be the place where the democratization of venture capital gains momentum, you should think about getting on board, too.