CleanIsrael

Interview with Oded Distel, Director of Israel NewTech

Yuval — Mon, 10 May 2010 20:57:13 +0000

Our podcast, the Green P, is intended to showcase Israeli cleantech innovation. Every now and then Yuval Susskind (COO, AORA Solar) will sit down with a notable player within the Israeli cleantech space to discuss his view on cleantech innovation in the holy land. For thoughts and comments, contact Yuval at greenp@cleanisrael.com.

Interview with Oded Distel

After several interviews with leading Israeli cleantech innovators, it was time to sit down and get the latest from someone setting public policy. Oded Distel runs the government’s initiative, called Israel NewTech, geared to promote Israeli cleantech companies. In his capacity, he is the focal point connecting the dots between government, academia, the business world and international trade relations, spearheading our latest innovations onto the world stage.

Interview with Nissim Asaf, CEO of Lesico Cleantech

Yuval — Fri, 23 Apr 2010 11:00:29 +0000

Our podcast, the Green P, is intended to showcase Israeli cleantech innovation. Every now and then Yuval Susskind (COO, AORA Solar) will sit down with a notable player within the Israeli cleantech space to discuss his view on cleantech innovation in the holy land. For thoughts and comments, contact Yuval at greenp@cleanisrael.com.

Interview with Nissim Asaf

Having spent some time on the US west coast, Nissim returned to Israel to get invovled in the local entrepreneurial sector. A few years back, he founded Lesico Cleantech, an innovative company in the field of wastewater treatment and brine management. So we sat down one morning over breakfast to get the insider’s story why does one need the skills of a kayaker in order to manage a water start-up… Listen in.

Interview with Yosef Abramowitz, CEO of Arava Power

Avner — Mon, 19 Apr 2010 22:53:16 +0000

Yosef I. Abramowitz specializes in public policy, government relations, press, technology and corporate strategy.

He has a successful track record in government relations, having led a major effort that won $7 billion in benefits, as well as international campaigns for various issues. With degrees in Public Policy from Boston University and Journalism from Columbia University, Yosef most recently served as CEO of a multimedia company for a decade.

Winner of numerous awards, Yosef has an extensive global network, having served on the Executive Board of the World Jewish Congress and in other positions. He has been co-nominated three times for the Nobel Peace Prize for his work in the former Soviet Union, which was underwritten by the European Union and U.S. AID.

Yosef is based in Boston, and has relocated to Kibbutz Ketura with his wife, Rabbi Susan Silverman, and their five children. His interest in solar power began in high school, where he received a regional award for a solar energy project.

On Arava Power…

Avner	*Hi Yossi, it’s a pleasure to meet you and thank you for hosting me at your office for this interview.* *Tell us a little about Arava Power?*
Yossi	Arava Power is the first green utility in the Middle East. We are technologically agnostic and that is a very important piece of our strategy. We will always use the best technology available that is appropriate for each specific location and that works with the specific regulatory environment.
Avner	*Arava Power has run a significant round of the Israeli bureaucratic obstacle course over the last couple of years – tell us a little about it:*
Yossi	Two and a half years ago we decided we are going to push the Arava Power project ahead – everyone said it can’t be done – you can’t get a license for solar you can’t get a building permit for a solar field you can’t do the zoning etc. Despite everything we just kept pushing along and at each stage every government office and every committee had to create the process to allow the Ketura 80 dunam 4.9MW field to advance forward. There are 25 political and regulatory battles to be fought for anybody who wants to build a commercial solar field in Israel. On January 4^th 2010 we won the 25^th battle (the Public Utility Authority passed the feed-in tariff of 1.49 for commercial solar fields up to 5MW), of-course this is not the end of the story, there are still more battles to be fought. For example, the National Building and Planning commission is in the process of coming up with regulation for rezoning agricultural land so that it can be used for solar fields, there’s currently no normative process in Israel to do that in a way which will be fast. In contrast to Europe where it takes 4 to 6 months for rezoning, in Israel it takes 3 years if you’re lucky. So we effectively created the political necessity for all 12-14 government offices to essentially do what they need to do to create the environment so that it would be a reasonable thing to plan, build and interconnect commercial solar fields in the state of Israel.
Avner	*Once this industry matures and more players join the market what elements will the competition be based upon?*
Yossi	Well, technology plays an invaluable and critical role but once you know what your technology is it becomes in fact a real-estate deal. Whoever has the best land, in the sunniest regions, closest to the right transmissions lines will create the most demand for new technologies to be created and will make the most money.

On solar technology PV and Solar-Thermal…
Avner	*Being technologically agnostic – exactly how do you choose your technology?*
Yossi	Every panel manufacturer makes all sorts of claims about how much energy their panels produce. The sun conditions in the Arava are quite unique therefore we didn’t rely upon anyone’s assumptions but rather wanted to test out these things for ourselves. For over two years now we’ve been running a small alpha test site together with the Arava Institute for Environmental Studies, the Brian Medved Alpha Solar Center. We have off-course limited our testing only to technologies that are bankable.
Avner	*Can you explain the term “bankable technologies” in this context?*
Yossi	To do commercial solar fields is a very expensive infrastructure cleantech endeavor, you need to put down 20% and borrow 80%. To do this you need a bank that believes that for 20 years the technology is going to work well in a predictable way so that you can repay the loan and also the investors can make money. Because of the necessity for bankability you can’t really get too creative on which technologies you’re going to use at this stage. Banks in general are conservative and Israeli banks are notoriously so therefore we need to go on bankable and certified technologies for now.
Avner	As a solar utility you have obviously analyzed the various available solar technologies from the efficiency, financial and regulatory perspective, tell us more about the considerations regarding use of solar thermal technologies in contrast to PV solar: (14.00)
Yossi	As I said earlier solar-thermal needs larger scale in order to get the efficiencies you get from PV. With that, the issues that solar-thermal utilities are running into are not related to space but rather to the problem of the amount of water needed for the cooling systems. For this reason, in Israel there needs to be regulation that discourages water cooled systems and encourages air cooled. The problem is that air-cooled systems are less efficient so you need a higher feed-in tariff, for now, in order to get a good parity. Right now there is a public hearing proposal in Israel for solar thermal plants up to 60MW and above 60MW – the proposed tariff is 90 Agurot ($0.24) for over 60MW which is not worthwhile and 1.05NIS ($0.28) for under 60MW which is way too low. It’s too low in general if water cooled systems are available, water cooled systems being cheaper than air cooled. We all have till the end of January to give our feedback on this proposal and then eventually they’ll announce feed-in tariffs for large fields. Now what they want to do is to take the large tariff for solar thermal and apply it to PV which is also ludicrous. No country in the world has the same large-field tariff for both PV ad solar thermal. This is basically an indication to the fact that they don’t have a real commitment to large PV fields and frankly they don’t commit to large solar thermal other than the ones which use a ridiculous amount of water and that is just bad public policy and part of the learning process. So, as the people who push the envelope, we are going to everything we can to make sure that there is a higher tariff for large solar thermal fields that will encourage air cooling and profitability. As large and as strong as Solel is today that market could grow by leaps and bounds if we also had a domestic market. Why shouldn’t there be a GW of solar thermal plants if we can figure out the zoning and the environmental stuff. So the tariff will encourage that and then once there is a local demand you’ll find all sorts of innovations and efficiencies that will be created through Solel and other companies.
Avner	*Siemens owns 40% of Arava Power and 100% of Solel, the Israeli solar thermal company, are we going to see Solel solar thermal fields implemented in Israel?*
Yossi	As I said Arava is technologically agnostic and that means we’ll choose the right technology for the right location at the right time in the market. There is no final permit for any solar-thermal field in Israel. In solar-thermal you need larger scale in order to get the efficiencies, in other words you need 15MW to get to the price point that shows the solar thermal is worthwhile. In order to do that you need 1000 to 2000 dunam – this means getting all the permissions, environmental impacts permits, zoning etc. and there’s not yet a tariff that works with solar thermal in Israel (the 1.49NIS is only for PV up to 5MW, you can’t do 5MW solar thermal today that is bankable). That being said, there is currently a public hearing process in this regard. There’s a great experiment happening today at kibbutz Samar with AORA, a solar-thermal tower at 100KW each tower and we’re very interested to see how that develops because that’s the first modular solar thermal installation. Whether it’s ripe for us and the rest of the market has yet to be seen but the fact that it’s modular may solve some of the land space issues. It’s safe to say that Siemens is very strategic and they know that it’s in their interest to align all of their solar assets worldwide and especially in the Middle East and we look forward to being part of that alignment.

On the position of Israel’s Cleantech Industry…
Avner	*What needs to change in order for Israel to become a leader in the global cleantech market?*
Yossi	Israel has to go through two main phases in order to become a leader in the global cleantech industry. The first phase is to develop “domestic use and demand” and the second is the “innovation” phase, the killer app of renewables if you like. Everyone always wants to jump to the second phase and for that reason there are so many startups looking at a wide variety of very interesting ideas in the Israeli market. What is holding the industry back nevertheless (other than solar thermals which was developed 20-30 yrs ago), is that we have not yet gone through the first phase. Once Israel has domestic use and demand, innovation will accelerate because innovators will have an outlet to pilot, experiment and study under some of the harshest environments on the planet in the south of Israel for example.
Avner	*Are there markets in which we see this logic being applied?*
Yossi	Germany is the world leader in producing renewable energy. Almost 50% of solar power in the world is being produced in Germany which is astounding given that they only have 900KW hrs per sq/m of sunlight in contrast to the Arava where we have 2247KW hrs per sq/m. It’s important to understand that the public policy goal to lower the barriers to entry and invest so much money in a very rich feed-in tariff (what project developers get paid for each KWhr) was not really based so much on an environmental agenda as it was on creating 40,000 new jobs in Germany over the last decade in the space of renewables and particularly in solar. In effect, they created tremendous local demand, consequently thousands of people went into the industry and out of those thousands a portion went into innovation and then manufacturing. So now they are number one in the industry, needless to say, a decade is a pretty short time for such an accomplishment.
Avner	*So how exactly would this work in Israel?*
Yossi	So, as I said, phase one is to create a domestic market – first build hundreds of MW and then GW’s. When you do that the innovation and manufacturing sector wakes up. Once innovation and manufacturing awakens, we would like to see the Israeli government do two things: Firstly, create tax incentives for the developers to buy Israeli technology. This will encourage the local industry by pumping capital into it. If, for example, a developing company needs a little more capital it can come obtain it through an order for 50M worth of hardware – this is a lot better than a research grant from the government. These incentives will effectively enable Israeli companies to compete with the efficiency and cheapness of the Chinese who are very impressively going to dominate the market. Secondly (and this will bring the real revolution), give a loan guarantee to a bank, which will underwrite the financing of Israeli experimental technologies which are advanced but not yet bankable. This will enable developers to effectively showcase the more recent developments in Israeli solar energy without the banks having to take the full risk on the 80% financing. So part one of the revolution is create demand, have a lot of money coming through the market, build expertise. Part two is the regulatory dimension – tax breaks and other benefits for using Israeli technology and in addition, government guarantees to the banks to share the risk of not-yet-bankable Israeli technologies. I believe that there is going to be a game change in the solar market in the next 5 years and once local demand will be created here, it will most likely come from Israel.
Avner	*What does Israel have that makes you so confident that the game-change will come from here and what will change that will make it happen in the next 5 years?*
Yossi	Israel has a unique entrepreneurial culture and it has the confidence of the capital markets and VC’s. Furthermore, almost all universities now have environmental and renewable energy center in the framework of which people will be doing their masters and PHd’s on these issues and out of which many startups will be developing. But as I said, in order for all this to happen we really need a local test market in which to develop it.

On Israel’s role in the global energy shift…
Avner	*What role do you think Israel can play in the global paradigm shift in the energy sector?*
Yossi	I think that there are two things: The first is connected to the question in a post Copenhagen world of how you transform a modern economy from being carbon based to being renewable based and particularly solar based. This has not yet been done – you can’t name one economy that has gone from the one old model and completely transferred to clean energy (I’m not talking about nuclear power). For this reason, there is a lot of trepidation surrounding the issue and this is one of the reasons behind why things fell apart in Copenhagen. We are a small and innovative country and therefore we are able to do revolutionary things quickly – if and when we want to. We are currently at eleven GW; we’ll go up to twenty GW by 2020 which for us is actually still incredibly manageable. Israel can go from last place to first place in the industrial world of renewables in a potentially short period of time. During such a process will learn about so many issues that we don’t even know that we will have to counter along the way. This will essentially make us the proof positive that it is possible and we will know how it may be done. We will effectively be the global pilot for transforming into a carbon neutral economy. The second thing is a security perspective. We have the highest political incentive to end the world’s dependency on carbon because we are in a hostile neighborhood that is fueled by a carbon based global economy. We must figure out how to break that stranglehold.
Avner	*What do you think would be one of the main technological challenges in reaching a clean economy?*
Yossi	The issue will be energy storage – that’s going to be a key and I think that energy storage technology breakthroughs are likely to come from Israel if there is a local demand because then the necessity will be there. Once you get to 10-20% of the grid with renewables that are daytime dependant you must solve the storage question on a systemic national grid basis. If we create the market for that, the innovators in the market will come through.

On the interest of foreign investors…
Avner	*How did the international investor market respond to a project that has such a heavy bureaucratic component to it?*
Yossi	The international investor community never blinked in the three and a half years of our climb. We were first to market in a market that didn’t exist, which meant that almost every major international company that is interested in this space came to visit us, a good percentage of them courted us – we were in a privileged position. Once we scored the license that’s when almost a bidding war began. Even during the financial crisis we had no issues raising capital. I think this is an incredible statement about the belief of the international investor community in the potential of the Israeli market and I think it speaks very well of our management team.
Avner	*And then Siemens came along, what did they offer that made you go specifically with them?*
Yossi	We were very fortunate that Siemens came along when it did. There was an important differentiator between them and the other international investors. Not only did they respect the value that we had created as a company up until now by creating the market and having the first mover advantage but they were also willing to partner in the full sense of the word with the management team. They didn’t come in saying we’re buying you – we’re going to control you, hire and fire you and so on but rather they came in with the attitude of “you guys know what you are doing”. All the other companies either wanted to acquire or wanted to provide capital but at rates that just didn’t appreciate the value that we are creating, the value of creating a market.
Avner	*How did the regulatory breakthroughs affect international investors’ interest?*
Yossi	Now that there’s a feed-in tariff everybody wants to finance projects because once you have a license and a building permit there’s no risk – you’re getting at least a 15% if not higher return as an investor. Israel will be at least a 4GW market that’s $20B. I say to you today that there’s enough interest in the international community to do that if the regulatory environment was up to speed. If we had the zoning right for that much land and if the feed-in tariff on large fields was closer 1.35NIS then 20B will come through this economy between now and 2020, no doubt about it.
Avner	*Finally, when will be seeing the first commercial solar field in Israel?*
Yossi	The work will begin shortly; we hope to see the first commercial field working in 2010.
Avner	*Thanks you so much for you time…*
Yossi	It was a pleasure talking to you.

10 Israeli Cleantech Companies to Present at CICC

Gene — Sun, 18 Apr 2010 13:24:50 +0000

The California Israel Chamber of Commerce has announced the 10 companies invited to present at this years CICC Cleantech Tour and Showcase, taking place on April 27.

Founded in Israel in 1962, Amiad is a world leader in filtration, delivering clean water with clean technology. Amiad’s automatic self cleaning screen filters and automatic micro fiber (AMF) filters safeguard human health, the environment and industrial productivity. Amiad filters can stand alone to efficiently remove solids from irrigation, municipal or industrial water, or help make multi-stage water treatment systems more effective and efficient by optimizing the use of chemicals and operating on a bare minimum of water and power. Today, the company has more than 400 employees worldwide and is traded on the AIM London Stock Exchange.

Arcadian Networks designs and delivers wireless broadband communication systems to the energy sector. The real-time, two-way communication networks provide the backbone of all “smart” energy solutions – delivering operating efficiencies, interoperability and security. Designed specifically for utility, oil and gas, and renewable energy industries, the IP converged networks are based on private, secured 700 MHz spectrum. Customized services range from blueprint to network deployment, systems integration, through customer service.

BrightView Systems delivers comprehensive process control and optimization solutions dedicated to thin-film solar panel manufacturing. With a profound understanding of photovoltaic cell physics, process development and mass production, BrightView’s core technologies span in-line metrology, imaging and unique data analysis packages specifically designed for thin-film solar manufacturing. BrightView solutions improve the efficiency, durability and bankability of panels and provide integral solutions for improving thin-film PV productivity and profitability.

Designer Energy (DE) is an Israeli biotechnology company dedicated to producing cheap, fermentable sugars to sustainably enable the industrial biology industry. Designer Energy has demonstrated proof-of-concept for two enzymatic hydrolysis processes that both exhibit remarkable performance on a wide variety of biomass. The company is currently negotiating a multi-year, multi-million dollar research collaboration with a major oil company. Designer Energy has been funded by Musea Ventures, a family angel fund, to reach proof of concept for both of its technologies and is currently seeking to raise its first round of institutional funding.

Established in 2008, ETV Motors Ltd. develops advanced powertrain technologies that address the automotive industry’s tightening embrace of electric vehicles (EVs). ETVM’s scientists are focused on two achievements: a compact, energy-dense, power-dense battery; and an ultra-efficient on-board power-generator that keeps the battery charged with energy sourced from currently-available infrastructure. Gram for gram, ETVM’s lithium-based cells deliver 50% more energy than the best competing cells. Batteries built from these cells will be smaller, more affordable, and have potentially twice the driving range of other lithium-ion batteries. ETVM’s innovative microturbine serves as a range-extender for efficient, affordable, clean plug-in hybrid EVs.

Linum Systems is developing a hybrid solar air conditioning technology which provides heat-driven cooling and heating, and seamlessly switches to electricity-driven mode during off-sun conditions. This energy-saving technology offers better efficiency and significant cost reductions in comparison to other solar air conditioning systems available today in the market.

The technology is based on a novel patent-pending thermodynamic cycle developed and owned by Linum, using mainly standard industry components.

Easy to install and operate, the system offers the first practical solar air conditioning solution for the residential and small office space. Linum Systems is based in Pardes-Hanna, Israel.

Panoramic Power is an early stage startup working on Energy Efficiency (EE) for commercial buildings. Our vision is to enable any organization full, granular transparency to its power flow and usage in order to increase efficiency and save costs. We will provide the enterprise with a standard, affordable power visibility platform that will extend the smart grid revolution into the internal enterprise grid and enable quick customer ROI. The technology under development will change the way enterprises look at their power flow, building a basis for an unlimited set of new and innovative applications. Panoramic Power: Smart Grid for the Enterprise.

Rosetta Green’s technologies focus on a unique set of genes, known as microRNAs that function as main switches for controlling key traits in plants and algae. The company is using its platform technologies to develop improved crops for agriculture, and feedstocks for biofuels. Rosetta Green is a subsidiary of Rosetta Genomics (Nasdaq: ROSG) Rosetta Green’s has managed to generate algae with increased oil content and plants with improved drought tolerance. The versatility of our technologies enables us to implement them in a variety of cleantech and agri-technology related traits. The company’s go-to-market strategy relies on developing POCs and prototypes of plants and algae with improved traits and collaborating with strategic partners for scaling up and commercialization.

TaKaDu provides Water Infrastructure Monitoring service, allowing water utilities to significantly reduce water loss and promote operational efficiency. The World Bank estimates global water loss at 25%-30%, representing a $20bn problem. TaKaDu’s unmatched Software-as-a-Service solution requires no network changes or capital expenditures. The solution, based on patent-pending mathematical and statistical algorithms, uses existing network data (flow, pressure, quality, etc.). TaKaDu is fully operational with utilities and partners in Europe, Australia, Latin America, Israel and the US. TaKaDu was founded in 2008 by Amir Peleg, a high-tech veteran and serial entrepreneur, together with software industry veterans and prominent scientists.

TransAlgae, Ltd. is building the framework for algal biofuel and animal feed, using genetic engineering combined with practical agricultural, industrial and economic approaches. The company’s scientific team has completed its first generation of transgenic algae and a field research site has been established at a 400MW natural gas power station. In addition to higher productivity, the genetic approach enables rapid increases, multiple high-quality products, bio-safety mechanisms and contamination resistance. TransAlgae is in collaboration with Endicott Biofuels, TX, for the development of algae as a potential transportation fuel and renewable chemical feedstock source and is in the process of signing an MOU with a fish feed producer for testing of microalgae as an ingredient in the production of fish feed.

Two Battery/EV Lectures at TAU

Gene — Sun, 18 Apr 2010 08:54:01 +0000

In early May, the Tel Aviv University will be hosting Professor Elton J. Cairns for two lectures specific to Batteries and Electric Vehicles. Professor Cairns is a visiting professor from the University of California Berkeley, where his research interests are electrochemistry and electrocatalysis.

Lecture 1: Batteries for Electric and Hybrid Vehicles: What does it take?

The lecture will be held on Monday, 3 May 2010, at 12:00 in Edzia & Tanesz Dach Auditorium (5), Ornstein Chemistry Building, Tel-Aviv University, Ramat-Aviv

Lecture 2: X-Ray Absorption Spectroscopy: A useful tool for Li-Ion Battery Research

The lecture will be held on Wednesday, 5 May 2010, at 16:00 in Room No. 315, Multidisciplinary Research Building, Tel-Aviv University, Ramat-Aviv.

Greek II Unconference April 23

Gene — Sun, 11 Apr 2010 21:59:54 +0000

The second annual Greek Unconference is coming up this Friday, April 23, to be held at Seminar Hakibbutzim. Last year, the conference brought together a variety of green and cleantech enthusiasts, ranging for hobbyists to professionals and entrepreneurs. Like last year, this conference is organized by participants, and gives an open forum for all the “green geeks” to present their ideas, inventions, problems and solutions. We’ll be there and look forward to meeting all of you.

Some of the events already lined up include a workshop on how to build a homebrewed wind turbine, and how to make the best use of a fresnel lens for domestic solar thermal.

For those interested, please signup at the Greek Unconference website.

Cleantech & Israel – The Quest for Smarts

CleanIsrael — Sun, 11 Apr 2010 18:02:29 +0000

Glen Schwaber is a Partner at Israel Cleantech Ventures and his investment interests are in crossover IT, solar, and power electronics and storage. He currently represents the firm on the boards of CellEra, Scodix and Brightview. Glen is a veteran venture capitalist, bringing with him 15 years of experience in Israeli technology finance.

Cleantech & Israel – The Quest for Smarts

Albert Einstein once said “only two things are infinite, the universe and human stupidity, and I’m not sure about the former.” He must have been talking about how we use energy. How can it be that we build dangerous coal mines, burn that coal in power plants while emitting NOx, SOx, mercury and other toxins into our air and water, and build vast networks of overhead transmission cables across hundreds of kilometers and into people’s homes, just so we can have the pleasure of turning on a light bulb in our living room? Not to mention that if too many people turn on their lights at the same time, we all suffer a blackout. As Jefferson Tester, Elisabeth Drake, and their MIT co-authors illustrate in their landmark textbook, Sustainable Energy, this most common of energy lifecycles – transformation of the chemical energy of a mineral fuel to visible light using an incandescent bulb – has an overall energy efficiency of 1.6%, when accounting for energy losses at the power plant, during transmission, and finally at the light source itself. In other words, we lose over 98% of the energy potential in a unit of coal during this process, to say nothing of the energy required to mine the coal in the first place and the externalities/pollutants generated throughout this (non) value chain. Somewhere between our energy generation, transmission, and consumption methods today on the one hand, and relying on candlelight on the other, there has to be a smarter way. And it is this – the quest to find a smarter way – that cleantech is all about.

Opportunities for Innovation

Scratching the surface of the above example reveals a glimpse into the myriad of markets and technologies that are emerging from the drive to build a more sustainable industrialized energy economy.

The coal power plant — coal is the cheapest, most abundant, but also the most carbon intensive and pollution-emitting source of energy in our industrialized world. Hence the enormous sums of political and financial capital that have gone to (a) reducing emissions from coal fired power plants (b) efforts at carbon capture and sequestration (c) trials using algae to absorb CO2 alongside power plants during cultivation as a biofuel feedstock, and (d) technologies to convert coal into a cleaner, more efficient source of energy such as natural gas, through catalytic processes.
Alternative energy generation — coal, gas, and oil account for about 85% of the world’s energy supply. Nuclear is about 6%. Wind and solar combined still account for only 1%. The long term market outlook for these alternatives, to say nothing of biofuels, is compelling and obvious. Migrating our societies off of fossil fuels and into renewables is one of the greatest challenges and economic opportunities of the 21^st century.
Smart Grid — According to the US Department of Energy (DOE), America’s electric system, “the supreme engineering achievement of the 20th century,” is aging, inefficient, and congested, and incapable of meeting the future energy needs of the Information Economy without operational changes and substantial capital investment over the next several decades. The DOE, in its position paper entitled “Grid 2030”, envisions a competitive marketplace for electricity, and one which connects everyone to abundant, affordable, clean, efficient, and reliable electric power anytime, anywhere. The paper points to several promising technologies on the horizon including advanced conductors made from new composite materials, electric storage systems such as flow batteries or flywheels, distributed intelligence and smart controls, power electronics devices for AC-DC conversion, and distributed energy resources including on-site generation and demand management. This past October, the DOE announced $3.4B in smart grid investment grants, with allocations for smart meters and consumer systems, transmission and distribution grid modernization and projects that include and integrate various smart grid components. In November, the DOE announced $620M in grants for regional, fully integrated smart grid demonstration projects in 21 states and energy storage projects, including advanced battery systems, flywheels, and compressed air energy storage. President Obama has a stated goal of doubling the amount of renewable energy the country uses in the next three years and is backing that up with significant cash infusions. Already, we see the rapid deployment of smart appliances, sensors, timers, thermostats, and advanced meters. These in turn enable diagnostics and real time monitoring, demand response, and more sophisticated provisioning and billing from utilities and newly emerging intermediaries.
Energy efficiency — According to the International Energy Agency, (IEA), energy consumption is expected to grow by 25 quadrillion Btu by 2030. This growth will cost $10 trillion for electricity generation, transmission and distribution assets alone. Providing enough energy for economic growth in the future will require co-generation — using waste heat from electricity production for environmental heating/cooling and water heating. It will also require entirely new approaches to energy efficiency and conservation within buildings. The IEA reports that existing commercial and nonresidential buildings account for nearly 40% of U.S. energy usage and contribute an almost equal percentage of the CO2. When viewed specifically for electricity, buildings account for 72% of U.S. consumption. Piper Jaffray analysts currently expect the ‘green’ construction market to reach $95B – $140B, and perhaps more over the next five years, through the introduction of green building components like energy efficient windows, walls, insulation, construction materials, building integrated PV technologies and other energy saving devices. Some governments have put in place tax incentives and rebates for conducting energy audits to catalyze the shift to energy efficiency within the business and home. The incandescent bulb in our example will become extinct through a combination of legislation and technology, as fluorescents and increasingly reliable and cost-effective solid state lighting (LED) alternatives capture market share. Opportunities abound within the enterprise setting as well, with the drive towards efficiency leading to new conceptions of how to build enterprise computing, data storage networks, and server farms.

The Israeli Entrepreneur’s Dilemma

Clearly, the energy markets today are varied, vast, and offer tremendous opportunity for aspiring technology entrepreneurs. And the above broad market categories still exclude entire swaths of the cleantech opportunity such as transportation, water desalination, water treatment and agritech, all of which tie into our energy economy as well. Little wonder that cleantech as an investment theme in Israel has gone from fringe to obvious in the span of a few years. Three dedicated cleantech VC funds have been raised successfully, nearly all generalist VCs have added cleantech to their portfolio mix, and the pace of new cleantech dealflow has grown to about 150 startups annually, up from just a trickle in 2005.

Nonetheless, VC markets are showing signs of stress. According to the IVC Research Center, Israeli high-tech companies raised $1.1B in 2009 compared with $2.1B the preceding year, a fall of 46%, and projections for 2010 are even worse. And based on NVCA data, 2009 was the worst year for VC fundraising in the US since 1993. True, cleantech as a percentage of total VC investments has increased substantially not only in Israel, but around the world. But with just $150M of dedicated early stage capital for cleantech under management by the most active local VCs, absolute dollar amounts allocated for cleantech in Israel are still quite limited.

So, here’s the problem. We know that our industrialized energy-intensive economies today are unsustainable. We know that the next decades will be largely devoted to bringing technology to bear on tackling these problems. We believe that this offers potential for massive wealth creation on the part of the best and brightest entrepreneurs and innovation-driven businesses. Yet, right now the VC industry in Israel is going through a tough period and accessing early stage capital for cleantech is not easy.

The key then, for the cleantech entrepreneur in Israel is to focus on bringing unique capabilities to bear on a real, immediate, pressing market need in an industry segment that offers a clear, capital efficient, and quick path to commercialization. The VC industry globally and locally will likely face continued consolidation. Financing startups will be more difficult than in the past. Yet, the best entrepreneurs with the best ideas will continue to get funded, which are in fact the only companies that should be getting funded in the first place.

Israel’s tech sector has flourished through the creation of core technology competencies that are world leading. These include, but are not limited to digital printing, semiconductors, power electronics, optics, and software. Over the last two decades multiple billions of VC dollars have poured into Israeli companies in these sectors, market leaders have emerged, and many of the world’s largest multinationals have bought companies and set up shop in Israel as a result. Israel’s ability to compete globally in cleantech markets will depend largely on our success in leveraging all this know-how. And we are already seeing it happen. Entrepreneurs who built their careers in the digital print industry are now taking that expertise to PV cell manufacturing. Israeli excellence in advanced optics and systems has spawned a number of very interesting utility scale solar companies. And local technology prowess in power electronics and chip design has found a home in companies doing energy efficient lighting and smarter PV energy harvesting. It is in these areas, where there is a critical mass of development and engineering talent available here in Israel, that local entrepreneurs should channel their ideas and efforts. No need to try to solve all the problems in the “light bulb” energy lifecycle. Many solutions within the energy marketplace do not make sense to build from Israel. Instead, local entrepreneurs should keep a laser focus on their own core competencies and concentrate solely on those segments where they can bring unique capabilities to bear. Companies in Israel that marry up world-class business and technology acumen, a deep understanding of the path to market, and capital efficient business models, will have little trouble raising VC financing.

Where We’re Headed

Human industrialized society may have stumbled into a pretty dumb way of turning on our lights, but we are no doubt going to innovate towards a more sustainable paradigm of energy creation and utilization. As JFK said in 1963, “our problems are man-made, therefore they may be solved by man. And man can be as big as he wants. No problem of human destiny is beyond human beings.” Israel with its well documented history of innovation is fast becoming one of the leading global centers for cleantech activity. And we are only just beginning.

CellEra Is Seeking Top-Notch Researches and Engineers

CleanIsrael — Sun, 11 Apr 2010 16:54:36 +0000

This is a job posting for a position at CellEra. To post job availabilities at CleanIsrael, please contact gene@cleanisrael.com

CellEra’s disruptive technology is geared towards the delivery for the very first time worldwide of an ultra-clean and efficient fuel cell power source at a highly competitive price. The company is at the forefront of this exciting new clean energy frontier, with a multidisciplinary R&D environment combining and extending the related state of the art in electrochemistry, electro-catalysis, thin films, nano-technology and electrical and mechanical engineering. The company is well funded, and is led by a highly experienced management team.

CellEra has proven its core-technology, has engaged major International clients, and is now expanding its research and development activities towards the next phase of development and productization.

Position 201: Research and Development Engineer

The successful candidate will assume personal responsibility and lead a key area in our R&D program combing thin-film and nano-technology with electro-catalysis and polymer-science.

Essential Personal Characteristics and Experience

High reliability and high degree of personal responsibility
Advanced Education (further Industrial Experience preferred) , in one of the following : *Electrochemistry * Materials science /solid state physics * Chemical/mechanical engineering * Electronic /Electrochemical devices *Thin film science and technology

Desirable Experience and Capacity

Work experience specifically in the area of Electrochemical Power Devices
Working effectively in a small multidisciplinary team with minimum supervision
Excellent hand-on skills

Training/Degrees

Minimum requirements: MSc in Chemistry, Physics, Chemical or Materials Engineering or related field. PhD degree highly preferred.

Workplace Location – Caesarea Industrial Park (North), Israel

Please send CV to jobs@cellera.biz

Position 210: Senior Research and Development Engineer

The successful candidate will assume a leadership position in key R&D areas combing thin-film, nano-technology electro catalysis, electrical and mechanical engineering, and involving the work of several R&D team members.

Essential Experience/Capacity

At least 5 years experience within an advanced industrial electrochemical power source R&D environment or similar, having preferably expertise in electrochemistry / electro-catalysis / thin films
High reliability and high degree of personal responsibility
Advanced Education in one of the following : *Electrochemistry * Materials science /solid state physics * Chemical/mechanical engineering * Electronic /Electrochemical devices *Thin film science and technology

Desirable Experience and Capacity

Proven experience in working effectively in a small multidisciplinary team
Excellent hand-on skills

Training/Degrees

Minimum requirements: MSc in Chemistry, Physics, Chemical or Materials Engineering or related field. PhD degree highly preferred.

Workplace Location – Caesarea Industrial Park (North), Israel

Please send CV to jobs@cellera.biz

Aora Solar – Hybrid Solar Thermal

CleanIsrael — Wed, 10 Mar 2010 20:08:56 +0000

Aora Solar

Aora Solar has a unique, modular technology capable of generating electrical power a reality for billions across the globe living off the grid, in remote communities, requiring a reliable, clean power, around the clock.

Yuval Susskind, COO and Co-Founder

Company History

Aora Solar was founded in 2002 as EDIG Solar, a member of the EDIG group of companies. The company has developed an advanced solar-hybrid power generation unit based on breakthrough intellectual property licensed from the Weizmann Institute of Science. The company built and operates Israel’s first and only grid-connected solar thermal power plant in the Arava Valley at Kibbutz Samar.

Innovation

Aora’s modular, small-scale solar thermal units, comprise of a field of 30 tracking mirrors (heliostats) focus the sun’s rays onto the top of a tower, where a gas turbine converts the 1000C heat energy into electrical energy. Unlike larger solar thermal systems that require a liquid (usually super-heated water or oil, used to generate steam), Aora’s systems needs no liquids to operate. In addition to solar heat energy, the unit can operate on fuel and biofuel, ensuring operation even with solar irradiation. Each modular unit produces 100kW electric in addition to 170kW thermal power, enough to power about 70 US households.

These hybrid power system operates either on solar energy or on conventional fuel, thereby offering remote communities, uninterrupted power- 24/7.

Market & Strategy

Aora is focused on providing modular energy units to emerging economies, particularly India and China, where explosive population and growth of the middle class are driving demand for power where Generation, Transmission and Distribution infrastructure do not exist.

Competition

Although there are several major solar thermal companies, including leading Israeli companies BrightSource Energy and Siemens CSP (formerly Solel), they are focused on multi-hundred megawatt installations, which are significantly more capital intensive and face massive regulatory and other hurdles. Aora also competes with traditional solar PV and solar concentrated photovoltaic companies, but believes its modular and low-cost solar hybrid offering is unique solution in the spectrum of Rural Solar- solutions for off-grid communities.

Financials

In early 2007, Aora closed it’s initial $5M Series A funding round. Until then, the company had been founded and supported by EDIG, the parent company in the group.

Presently, Aora is in the process of seeking a $5M Series B round of financing.

Contact

www.aora-solar.com

Yuval Susskind, COO and Co-Founder
Mobile: +972-52-5321780
Email: yuval.susskind@aora-solar.com

MiaGreen: Opportunity of Greentech Investments

Gene — Tue, 09 Mar 2010 14:54:44 +0000

Last month, Sami Shiro presented at the MiaGreen 2010 conference on “The Opportunity of Greentech Investments”. His presentation gives a good overview of early stage opportunities in the cleantech sector, with a focus on Israel. Sami is a principal at Israel G-Tek, which invested in Israeli wind startup IQWind.

Part 1/5:

Part 2/5:

Part 3/5:

Part 4/5:

Part 5/5:

CleanIsrael

Interview with Oded Distel, Director of Israel NewTech

Interview with Oded Distel

Interview with Nissim Asaf, CEO of Lesico Cleantech

Interview with Nissim Asaf

Interview with Yosef Abramowitz, CEO of Arava Power

On Arava Power…

On solar technology PV and Solar-Thermal…

On the position of Israel’s Cleantech Industry…

On Israel’s role in the global energy shift…

10 Israeli Cleantech Companies to Present at CICC

Two Battery/EV Lectures at TAU

Lecture 1: Batteries for Electric and Hybrid Vehicles: What does it take?

Lecture 2: X-Ray Absorption Spectroscopy: A useful tool for Li-Ion Battery Research

Greek II Unconference April 23

Cleantech & Israel – The Quest for Smarts

Cleantech & Israel – The Quest for Smarts

Opportunities for Innovation

The Israeli Entrepreneur’s Dilemma

Where We’re Headed

CellEra Is Seeking Top-Notch Researches and Engineers

Position 201: Research and Development Engineer

Position 210: Senior Research and Development Engineer

Aora Solar – Hybrid Solar Thermal

Aora Solar

Company History

Innovation

Market & Strategy

Competition

Financials

Contact

MiaGreen: Opportunity of Greentech Investments