Did you know over 3 million jobs will be lost if the Big Three Fail? As a clean energy supporter and free markets advocate I say SO WHAT! Not because I am a heartless soul, I do understand the human impact that will be caused by the collapse of these dysfunctional companies but because I have an insider's view of the huge opportunity in terms of vehicles that very efficient and take advantage of renewable energy, they're on the market today and getting better everyday.
The Big Three automakers (GM, Ford and Chrystler) should not get bailed out because their actions are the reasons why the automakers are in the position they are in today. Some people don't know, but GM released an electric car called the EV-1 back in 1996 which could only be leased with a clause in the contract making it impossible for the lessee to ever purchase the car! In 2003, GM decided to cancel the electric vehicle project and destroyed their fleet of electric vehicles. According to GM's CEO Rick Wagoner said the worst decision of his tenure at GM was, "axing the EV1 electric-car program and not putting the right resources into hybrids. It didn’t affect profitability, but it did affect image."
In 2007, GM R&D chief Larry Burns stated in a Newsweek article, "I wish GM did not kill the electric vehicle project and If we could turn back the hands of time we could have had the Chevy Volt 10 years earlier." The Chevy Volt is an prototype electric vehicle that GM is rushing to complete, but does not know if the Volt will ever hit the market due to GM's unstable position today.
It does not make sense..there was surging demand for the EV-1, long waiting lists, customers begging GM to buy the cars, but the automaker refused. Any savvy Business man would take the customer feedback as a sign of moving forward with a project. So why are the American automakers notorious for making fuel inefficient vehicles? It's quite obvious the Oil Industry is in bed with the Big Three Automakers.
The Toyota Prius Hybrid is the best selling fuel efficient car in the US. Although full electric vehicles being manufactured by Tesla Motors right here in the good ole USA are in high demand too. Fisker Automotive is another company that is developing a sports Hybrid. Electrorides is selling an Electric Mini Cooper and a very interesting Utility Truck called the ZeroTruck, sweet an all electric truck!
The point I'm trying to make is that there are entrepreneurial companies out there that can create a better car, that people are demanding today. If the Big Three fall, it would create a huge opportunity in the automobile market in which many new jobs would be formed, simulating the economy. People are already retrofitting hybrids with solar panels and charging up electric vehicles from solar electric systems. These new vehicles would also simulate the "new energy economy". Should we bail the US auto industry out too? Can we afford to?
Recently, Pyccku , a well respected member of the TreeHugger forums installed a solar electric system on his home and documented the progress on his blog. We discussed that it would be beneficial to share his experience installing solar panels, so his experience can help others decide if solar power systems energize their lifestyles. Check out the Questions & Answers session below:
Q: What made you first gain interest insolar panels?
A: When we saw gas prices go up, we realized that energy costs are only going to go up, not down. We also hated that here in AZ there was so much energy coming from the sun, but hardly anyone tapping into it. So we did the calculations and found that even if the cost of energy stays constant, over the next 25 years our electric bill would add up to more than the cost of the solar.
Q: How much are you saving per month?
A: We haven't gotten our first bill - but our average pre-solar bill was $165 on the equalizer plan (same amount year-round). We are anticipating having no bill for 8-10 months out of the year and only a minimal bill in the hottest summer months.
Q: How long did it take to install the solar panels?
A: Once they had the permits it took a little over a week for the whole project. The panels, inverters and wiring only took a couple of days. But we built an addition to our patio to put the panels on, so that added some extra time.
Q: Was it difficult to find asolar panelinstaller?
A: No, there are several here in Phoenix.
Q: How much were paying originally for electricity?
A: $165 per month.
Q: Did you have to move out of the house to have them installed?
A: No. We didn't even have to be home for them to do any of the work!
Q: How many solar panels do you have?
A: 36
Q: Do your solar panels power your entire house?
A: During most of the year, yes. During the summer we'll probably need some power from the grid because of the heavy a/c use.
Q: Did your electric spinning backwards once they were installed?
A: The meter itself doesn't spin backwards. It does keep track of how many kWh we take from the grid, and how many hours we give to the grid. Then the power company does the math and credits us for any excess. Right now, since we aren't using much power at all, we are only using 10kWh/day, and we are giving 15kWh/day to APS. That will be credited to our account for use in the months when we don't produce enough.
Q: Are you satisfied with the solar panels installed on your house?
A: Yes!
Q: Do you get credit for extra electricity your solar panels generate?
A: Yes - APS keeps track of credit and applies it when we need it.
Q: Do you like the way they look on your house?
A: Yes - they aren't noticeable from the front of the house, unless you really are looking for them.
Q: Did you have to buy any insurance for the solar panels? If so, How much?
A: It's just part of our homeowner's policy.
Q: Do you think you have made an impact on the environment and society by installing solar panels?
A: Yes.
Q: Is it difficult to take care of your solar panels?
A: No, no maintenance unless they get dirty/dusty/leaves blown on them.
Q: Do your solar panels generate energy on cloudy or overcast days?
A: Yes, but not nearly as much as on clear days.
Q: Have any of your neighbors asked you about or complemented on your solar installations?
A: Not yet. But some of my colleagues are interested.
Q: What inspired you to take the necessary steps towards obtaining solar panels?
A: Wanting to be more environmentally friendly; saving money over the long term.
Q: What kind of rebates did you receive for yoursolar panels?
A: $2000 federal and $1000 state. I'm hoping for more since I also have a home business, but I don't know if that will be the case or not.
Q: How did the rebate work?
A: When I do my taxes in 2008, I'll just put the solar info on the form and the credit will be applied towards the total tax owed.
What's the National Electric Code (NEC) all about? You've probably heard this term if your considering to install solar panels yourself. The code refers to the United Standards for the safe installation of wiring and electrical equipment. The NEC is part of the fire code and is written by National Fire Protection Association (NFPA) the comprehensive and authoritative safety standard includes best pratices for solar electric systems.
If you are considering installing solar electric system yourself or want to learn more about the saftey standards of installing solar pv systems, you should use the 2005 NEC code as a starting point in your jorney. You can download the NEC 2oo5, through this link.
Oncor is a regulated electric distribution and transmission business that provides electricity delivery to consumers. Oncor operates the largest distribution and transmission system in Texas, providing power to 3 million electric delivery points over more than 102,000 miles of distribution and 14,000 miles of transmission lines.
Today the company revealed details of a plan to promote solar power to its customers by offering incentives to install solar panels that produce electricity. Oncor will pay up to $2.46 per watt for residential customers to install a solar electric system up to 10 kilowatts (kW)....that's a significant rebate! Consumers will be able to
Oncor will be opening up applications to their rebate program on December 1st and they expect 200 homes and 10 businesses to be part of the solar power installation rebate program moving forward in 2009. So if your an Oncor customer and want to install solar panels and get money back for going green, make sure to mark your calender to apply on December 1st.
I wanted to share this interview with TechZulu that took place during L.A. Tech Week featuring Clean Energy last month. I was very impressed meeting some interesting people at the event, including the person responsible for the space power systems for the Mars Rover. NASA has been using solar technology for a long time and they only use solar cells that are much higher efficiencies than what we see in the consumer market.
I also interacted with a private company working on interesting technology to charge Electric Vehicles in 10 minutes with a quick battery charger. GM was showing off a hydrogen fuel cell car and of course my favorite the Tesla pure electric Roadster was also being promoted at the event. These are the cutting edge technologies that are going to change the way we view energy in the near future.
Do you know what computer chips and photovoltaic solar cells have in common? They are both would not be possible without the amazing element, Silicon. Many of the solar panels on the market currently are made up of Polysilicon, which is an element in high demand in short supply thus keeping the prices of photovoltaic solar panels out of reach of the mainstream population. According to industry reports, Polysilicon supply is going to exceed the demand in 2009, which will have a direct impact on the market prices of solar panels. How much will prices of solar panels drop next year is the question on many consumers minds on the fence of going solar.
I think with the increased federal tax credit for residential customers, more state rebate programs coming online, the prices of solar panels predicted to drop, raising electric rates and the volatile stock market will create the perfect environment for a investment in solar power to be more attractive then its ever been in 2009. What do you think? With consumers cutting back on spending will this slow down the exploding solar power industry?
Trina Solar, a vertically integrated manufacturer of mono & multi crystalline solar photovoltaic panels made an announcement that they are developing a new solar panel using Upgraded Metallurgical Grade (UMG) silicon material. UMG is a mixture of various solar grade silicon although is capable of efficiencies similar to higher grade silicon. What this means to consumers is that you will see a lower price per watt for solar panels because manufactures are figuring out how get more juice out of silicon that was typically considered "lower grade".
Trina Solar will be selling these panels under a different brand name and the panels will come with a 20 year warranty. Trina Solar claims that even though they are using lower grade silicon for these solar panels they are claiming these solar panels will achieve a 14% conversion efficiency.
Did you know Spain has a more progressive solar market then the USA? Spain has been investing aggressively into solar energy over the years. Xantrex recently won an award for Best Quality in Elektroprofesional magazine, a solar publication in Spain. Specifically Xantrex won its award for its solar inverter line, from off grid, grid tie and 3 phase inverters. The Quality and Innovation award was suggested by 365 solar power system installers in Spain. Xantrex Solar Inverters are a popular brand used in many solar installations across the USA also. This is a great award for Xantrex because it proves that its inverters are being trusted across the globe.
I've been seeing many news articles and blogs that claim once you buy solar panels you are getting "free electricity", well it's true the Sun emits free energy down to Earth everyday, but the equipment needed to harvest the "free energy" into electricity to power our lives or provide hot water for our homes requires a financial investment. In reality, until you break even on the solar power system you invested in what you have done in reality is pre-paid your energy expenses and hedged yourself from raising energy expenses. Solar Panels are very reliable because there are no moving parts, the systems can last over 30 years.
So after you break even on your solar power investment then you can truly say that the sun is supplying you with free electricity. States that offer incentives and rebates combined with the increased federal tax credit next year for solar power systems, most systems will break even faster moving forward in 2009. Solar Power will become a more sought after investment. How do you feel about people making claims about solar panels giving you "free electricity"? Please discuss!
The citizen's of Nevada have spoken in support of NV Energy's RenewableGenerations rebate program which gives homeowners, businesses, public buildings and schools a generous rebate for installing solar panels, wind power systems. Agriculture customers can also qualify for a hydroelectric rebate. Below is a quick overview of the rebates available for each technology.
SolarGenerations Rebate Program:
Residential: $2.30 per watt $11,500 maximum rebate
Small Business: $2.30 per watt $69,000 maximum rebate
Schools: $4.60 per Watt
Public Buildings: $4.60 per watt
WindGenerations Rebate Program:
Residential, small business, agriculture: $2.50 per watt up to 10 kW $1.50 watt above 10 kW
Schools and Public Buildings: $3.00/watt up to 10 kW $2.00/watt above 10 kW
HydroGenerations Rebate Program:
All agricultural, grid-connected customers: $2.50 per watt
962 citizens of Nevada filed an application for the rebate program, majority of the applicants are installing residential grid tie solar power systems. Cumulatively, Nevada is developing 9.3MW of solar, wind and hydroelectric projects, thanks to the rebate program.
Regions of the USA in which states force the utilities to give rebates to their customers to install renewable energy power generation systems is where solar and wind power systems thrive. Currently, NV Energy's SolarGenerations and HydroGenenrations program has closed, although they will start to take additional applications soon. The WindGenerations program is still open for applications. To date, NV Energy has paid its customers 7 million dollars
The Gatsby Hollywood an eco-friendly community development right in the heart of Hollywood is being developed by MasterCraft Homes is going to be L.A.'s first solar powered community. The developer decided to install grid tie solar power systems on all the single family homes in the community. L.A. is a great place to install solar power not only because of its high solar intensity through out the year, but California has great rebates for people and organizations that install grid tie solar power systems. Grid tied systems, unlike off grid systems, store extra energy generated back to the utility service and spins your electric meter backwards giving you the ability to completely offset your usage.
The owners of the solar powered homes at The Gatsby will be able to monitor the performance of their solar panels via the Internet and will come with a service for 10 years that monitors the performance of the system remotely. The homes at The Gatsby will also include energy efficient appliances which are Energy Star certified meaning each home will be using technologies that do not waste electricity. These solar powered homes are Certified California Green Builder approved not only because they have a slick grid tie solar electric system but the homes feature dual pane windows, top of the line insulation, high efficiency light bulbs and the homes themselves are made out of recycled materials. As we see more home builders integrating solar panels and energy efficient technologies this will start a trend that will become a standard for all buildings in the near future. What do you think?
The housing market may be tanking in the U.S., but Open Energy, a manufacturer of building integrated PV (BIPV) products is preparing for the BIPV market to take off in a big way in the coming years. New residential construction is down almost a third since this time last year. While Open Energy has seen a drop in business recently that has coincided with this downturn, the company is also seeing more contractors think about integrating solar into their business practices. The number of traditional builders and roofers approaching the business leads CEO David Field to believe that companies like Open Energy are starting to take market share from the existing construction industry, rather than creating new, separate business. The housing market got us into the financial crisis that we're experiencing today – but will it get play a role in getting the solar industry moving in a big way? Check out an interview with Open Energy's David Field and a few other interviews on this week's Inside Renewable Renewable Energy podcast for more on the subject.
Many people dream of eliminating their entire electric bill by using solar panels or putting up a wind turbine, although that dream is out of their reach because of the high upfront related with an energy hog's electric consumption. When you are energy inefficient, eliminating your energy can be associated with a very high upfront cost. Although you have the power to reduce your consumption by looking into energy efficiency there are product out there such as EarthLED high efficiency light bulbs that can reduce your consumption significantly and save you lots of money on electricity costs. LED light bulbs are very reliable, many people don't know that the average lifetime of a LED bulb is over 10 years! Imagine just the cost savings of not having to replace a bulb for the next 10 years. LED consume only a couple watts of electricity, therefore only cost a couple dollars in electricity costs to run the entire year and their are just as bright at traditional light bulbs.
The case study above shows a building that replaced 1100 light bulbs with EarthLEDs, not only did the building actually lower the temperature in the building by a couple degrees, but the amazing aspect is that they are saving 450kWh a day! Based on the cost of electricity of 10 cents per kWh and comparing it to the total cost of 1,100 EarthLEDs the building would break even within 5 years on their investment. The calculation did not include the cost of changing light bulbs or factor in energy inflation and rebates received for high efficiency light bulbs, with those variables factored in we're looking at a break even point lower than 5 years.
Why not CFLs? Well, CFLs have a lower upfront cost, although they also include mercury with is a pollutant that is bad for the environment and CFL light bulbs are not as efficient as LEDs, plus you have to replace CFL light bulbs more often. Taking those points into consideration, the LED light bulb does make more environmental and economic sense.
Lighting is typically 10% of the electrical demand of a building, by using LED lights to lower your consumption first in the future you would need to buy less solar panels or wind turbines to eliminate your electricity bill. It's always more affordable to reduce energy consumption then produce your own. Solar Panels and LED lights make a very cost effective partnership. So what do you think about LED bulbs? looking forward to your discussion!
Considering a off-grid or grid-tie with battery backup solar panel or wind power system? Well make sure the batteries you purchase are deep cycle. Lead Acid Batteries are common with renewable energy systems because their upfront cost is lower and they are available worldwide. There are many sizes and capacities of lead acid batteries to meet the needs of your solar panel system but the most important difference is to understand the difference between shallow cycle and deep cycle batteries. Shallow cycle batteries are not meant to be discharged more than 20%, otherwise the lifetime of the battery will be very short, therefore you will have to replace the battery very often and do not make a good choice for a solar power system.
Deep cycle batteries on the other hand are designed to be discharged by as much as 80% of their rated capacity, therefore they are a cost effective fit for a solar panel system because they will last much longer then your typical shallow cycle battery. Letting any type of lead acid battery remained fully discharged for days at a time can permanently damage the battery and can cause a loss of charging capacity. Therefore if you are considering a system with batteries, be prepared to maintain and keep an eye on the battery bank to make sure its being charged. With proper care deep cycle lead acid batteries will have a long service life and will be compatible with most power generation systems such as solar panels or wind turbines although with poor treatment and lack of maintenance the battery life will be very short.
Many customers who have electric service want to go "off-grid" but don't really understand what they are getting themselves into when working with batteries. Off-grid solar and wind power systems should be used in areas where there is no access to electric service. If you currently have electrical service at your home or small business you are better off purchasing a grid tie solar power system or a grid tie wind turbine. Grid-connected systems often break even faster and require less maintenance because these types of systems require no batteries.
Any extra energy produced is stored right into the gird and the utility gives you credit for future use of that electricity. Potentially you can develop a system that can offset 100% of your yearly electrical usage, basically zero out the amount you are charged for electricity consumption. Connecting your system to the utility gird is called "Net-Metering". If your considering a small battery for backup power, you might want to consider the Xantrex Xpower 1500, which deep cycle battery with a built in inverter, it can help you get started with backup power safely and for a low upfront cost.
Typical silicon solar panels you see on the market today soak up two thirds of the sunlight that hits the solar panel. Researchers at the Rensselaer Polytechnic Institute developed a coating that can help solar panels soak up more then 96% of the sunlight that hits the panel. Traditionally solar panels perform the best when the sunlight is directly shining on them, although with the development of the coating, it allows a solar panel to collect energy from all angels, thus improving the efficiency significantly.
The nanocoating pictured aboveovercomes two major obstacles blocking the progress and wider use of solar power. One, the coating increases theamount of sunlight captured by solar panels and two, allows those panel with the special coating to absorb the entire spectrum of sunlight from any angle, regardless of the sun’s position. The key aspect of the nanocoating is that it creates an anti reflective effective that helps solar panels soak up more sun.
The amazing aspect of this research is that since the nanocoating can help solar panels collect energy from any angles, this breakthrough has the potential to eliminate solar trackers which main purpose is to keep the solar panel pitch in line with the path of the sun. The nanocoating is still in the research & development stage, at this time there is no road maps for commercial development of this technology, so don't expect this new coating on the solar panels on the market soon. Although we are glad to see these types of game changing technologies being funded and tested to hit the market in the near future.
We recently talked about why its important for anyone who owns a solar photovoltaic system to keep the panels clean, we even recommended a product called PowerBoost Solar Panel Cleaner, which is great for solar panels on a home or small business. But how about the large commercial or industrial fields in which hundreds or thousands of solar panels are installed. Until today, large scale solar array owners were helpless, OCS Energy has created an interesting product called the SolarWash, which is the first commercial automated photovoltaic (PV) cleaning system. The first of its kind product increases energy output and shortens the return on investment of investments in large solar power systems according to the company.
The SolarWash unit attaches directly to the solar panel and is controlled by a microprocessor giving the solar power system operator the ability to automatically clean the entire solar array with a push of a button! The complete solar panel cleaning system includes maintenance free water nozzles, web based software interface, and a programmable logic controller.
This type of automation not only helps solar become a more attractive for large scale system deployments, but shows how much room for innovation there is in the industry. As more companies start developing add-on products to improve the efficiency will help push solar power mainstream. Now I wonder how long it will take until a company develops a similar system for residential and small commercial solar power installations. Isn't this such a simple, innovative yet effective product? please discuss!
Southwest Windpower, a leading manufacturer of small scale wind turbines such as the SkyStream 3.7 grid tie wind power system played a huge role in the passage of the new legislation which offers a federal tax credit for qualified small scale wind turbines. The landmark legislation was part of the economic bailout bill passed in early October 2008 and is a major leap for small wind industry because this is the first federal incentive for small wind power systems since 1985. The Investment Tax Credit (ITC) for small scale wind will be available for wind generators installed through 2016 and will give the small scale wind power system owner up to $4,000 federal tax credit.
Andy Kruse, founder of Southwest Windpower fought tirelessly in congress to make sure Small Scale Wind Power Systems were included in the extension of the renewable energy ITC. The result of the legislation's success will provide thousands of new jobs and harbor an environment which would generate a 40% annual growth rate of the small scale wind industry. To you, the person who is considering a small scale wind turbine like the Skystream 3.7 the new tax credit reduces the total upfront cost of installing a small scale wind power system, making the technology more affordable for people in the USA. What do you think about this legislation? Will it entice you to produce your own clean energy?
Suniva, a newer entrant in the photovoltaic solar cell market claims its Research & Development team has created a solar cell that is capable of 20% efficiency using a simple cell design and screen printing technologies. The company backs up their claim by having their technology verified by the National Renewable Energy Laboratory (NREL). According to Suniva's Founder & CTO, the company increase conversion efficiency while reducing processing time and achieving low costs. Suniva, manufacturers and markets its high efficiency solar cells under the ARTisun brand name which focuses on an intersection between high effiecncey and low cost.
What does this mean to you? The purpose of this blog is to first understand how important solar cell technology is the overall adoption rate of solar photovoltaic technology, as the efficiencies increase and costs decrease, that means more affordable solar panels that break even quicker, this trend in technology will eventually be responsible for mass adoption of solar panels. Typically a group of solar cells make up a solar panel (module), check out my previous post titled, "Solar Arrays Explained" to understand how individual solars cells become a solar array.
Boooo! Today is Halloween, millions of people across the US are going to enjoy pillow cases overflowing with candy and the ghouls n' ghosts are going to come out at night. This year is going to be different because more people are using renewable energy to get them through the night. Trick or Treaters need flash lights to stay safe in the dark, this year more people are using solar powered flash lights, charge it up during the day and use it all night. Combining solar with LED light bulbs can be a very effective combination, since LEDs are very efficent, they only use up a couple watts, a small solar panel could power could provide enough power for a night of trick or treatin'.
The solar Halloween pumpkin statue is another example of how people are using small solar panels and LED lights to power up their pumpkins this year. Its quite simple how it works, the solar powered pumpkin has a rechargeable battery enough to power the LED inside the pumpkin and will automatically turn on at sunset, glow for up to 8 hours if fully charged during the day. Generally, one of the biggest advantages of using LED light bulbs is their long life time, the LED within the pumpkin has a lifetime of 100,000 hours!
Another interesting story I heard between the relationship of renewable energy and Halloween on this week's Inside Renewable Energy Podcast by Stephen Lacey of RenewableEnergyWorld.com featured a special guest named Jake, a 9 year old who decided to dress up as "BioFuel Man" to educate others about the benefits of renewable energy on Halloween in his community. How amazing is that?
The purpose of this post is to point out the little applications and grass roots promotion in the local community level of renewable energy end up making a big impact. For example, many people who don't understand how solar power works, could have a basic understanding by just looking into a solar powered pumpkin. The end goal would be just to get them to thinking about how renewable energy can be applied to other aspects of their lives, such as using solar panels to power their homes or filling up their tanks with renewable fuels.
According to an article, titled "Private wind power, solar pan use grows" by Andrew Ostroski a staff writer for Del Marva Now states that more private residences are turning their homes into power plants through solar panel and wind power technology. Andrew states that renewable energy in Del Marva, a coastal community is becoming a more popular option for homes. Solar Panels and Wind turbines are showing up around the city, although home owners still had a challenge installing wind turbines due to city zoning law.
The article interviews a couple of Del Marva residents who have either installed wind power systems or solar panels on their property and the most interesting interview note was the fact that a resident points out that there is a common misconception about wind turbines being noisy, although the resident points out that small scale wind turbines are often more silent then air conditioners. I think in 2009, since the US federal government removed the $2,000 cap on residential solar power system installations, we'll finally see more private residences right here in the USA with renewable energy technologies.
The gears of the global economy are moving very slowly these days; yet, the renewable energy industry is still performing better than many other industries. The path out of the global credit crisis will be long and steep, however, making it more difficult for developers and financiers in the renewable energy industry to do business over the next six months to a year.
In this podcast, Angus McCrone, chief editor at New Energy Finance talks about the broad global impact in the public and private markets; Gordon Edge, director of economics and finance at the British Wind Energy Association discusses the coming year for wind in the UK; and Louis Schwartz, president of China Strategies, LLC, describes the problems for PV companies in China.
Inside Renewable Energy offers the latest in renewable energy news and information.
With the credit crisis and resulting economic woes making their way into the renewable energy industry, project financing all over the world is getting more difficult. In the U.S., many people are concerned about the health of the tax equity financing sector, which drives much of the growth in the solar, wind and bioenergy markets.
Edwin Feo, a tax lawyer with Milbank, Tweed, Hadley and McLoy's Global Power, Energy and Utilities Group, joins us to talk about how a shake-up in tax equity financing will impact the industry in the coming years.
Then, David Field, president of Open Energy, talks about the company's building-integrated PV products and its relationships with roofers and construction firms. Field discusses the importance of building partnerships between solar companies and traditional contractors to move the residential and small commercial solar markets forward.
Finally, Rob Lamkin, CEO of Cool Earth Solar, describes the company's new concentrating PV balloon. We'll talk about Cool Earth's efforts to scale up production in the coming year and make the device a household name in the industry.
Inside Renewable Energy offers the latest in renewable energy news and information.
New York Times Columnist Thomas Friedman's latest book, "Hot, Flat and Crowded," looks at the imminent need to formulate a national strategy to combat climate change, stimulate technological innovation and grow America's economy.
In this program, Tom talks to the New Yorker Magazine's Elizabeth Kolbert about the need to transform America's approach to energy and politics. The interview was initially published at Yale Environment 360.
We'll also talk to Dave Unger of the Renewable Energy program at Waste Management about the need to expand landfill gas to energy projects around the U.S. With 1,200 MW of potential electrical generation capacity at landfills nation-wide, the company plans to expand its energy operations dramatically in the coming years.
Finally, we'll have a special guest who's celebrating Halloween by educating the neighborhood about renewable energy.
Inside Renewable Energy offers the latest in renewable energy news and information.
This week, we've got some extras from the Geothermal Conference and Expo held earlier this month. Before leaving Nevada, Stephen Lacey met up with some folks from Ormat Technologies, who gave him a tour of the company's 100-MW capacity Steamboat facility in Reno.
We'll speak with Paul Thomsen, Public Policy Manager for Ormat about some broader market trends. Then we'll walk around the grounds with John Bernardi, Environmental Compliance Specialist at the Steamboat facility, who will give us a sense for how the plant operates.
Finally, we'll have some more interviews from the conference floor. Kenneth McLeod, President and CEO of Western GeoPower talks about the impact of the credit crunch; and Barry Andrews, Head of Geothermal and Power at Chevron tells us about the company's operations in Indonesia.
Inside Renewable Energy offers the latest in renewable energy news and information.
This week, we're podcasting from Solar Power International in San Diego, California. Stephen Lacey rounded up some influential industry executives who represent different areas of the supply chain and asked them about what they're seeing in the industry today. The conversation provides an inside look at what companies are dealing with during these times of rapid and tumultuous growth.
Jonathan Pickering, Vice President of Marketing at Applied Materials talks about the equipment supply side of the industry; Ron Kenedi, Vice President of the Solar Energy Solutions Group at Sharp talks about the manufacturing space; and Aaron Hall, CEO of Borrego Solar, talks about business for installers in the U.S.
This roundtable was initially recorded at the REW.com studio on the floor of Solar Power International. Stay tuned for the video version of this roundtable next week. In the meantime, you can watch all kinds of video from the conference at our Solar Power Blog.
Inside Renewable Energy offers the latest in renewable energy news and information.
This week, we're podcasting from the Geothermal Conference and Expo in Reno, Nevada. Most professionals at the conference would say that the geothermal industry is experiencing a renaissance. Indeed, as development of conventional resources has increased over the last few years and new technologies have grabbed the attention of financiers and the mainstream press, the industry is finally starting to get the recognition it deserves.
We'll talk with Alexander Richter, Director of Global Research at Glitnir Bank, about some development trends in the U.S. and Iceland.
Dan Reicher, Director of Climate Change and Energy Initiatives at Google.org, tells us about the web-giant's interest in stimulating the market for large-scale Engineered Geothermal Systems (EGS).
Jared Potter, Co-founder and CEO of Potter Drilling and Mark Hankowski, VP of Business Development at Potter, describe how the company's advanced drilling technology will eventually allow for cost-effective EGS development.
And lastly, Mike Hayter, Director of Geothermal Development at Raser Technologies, talks about the company's plan to construct smaller-scale, modular geothermal plants that utilize lower temperature resources.
Inside Renewable Energy offers the latest in renewable energy news and information.
With over US $180 million in venture capital invested in Algae companies already this year, the market looks ready to explode. That explosion couldn't come soon enough for biodiesel producers who are having trouble getting enough feedstock to meet global demand.
Joseph Muscat, Americas Director of Cleantech and Venture Capital at Ernst and Young, tells us about the high amounts of capital that companies have raised so far in 2008.
Will Thurmond, Founder of Emerging Markets Online and Director of Research and Development at the National Algae Association, talks about the overwhelming need for algae in the biodiesel market.
Finally, Harrison Dillon, President and Chief Technology Officer with the algae company Solazyme, describes the company's method for growing and harvesting algae.
Also in the podcast: Richard Homlich, CEO of Advantage for Analysts, highlights the need for good risk management practices in the renewable energy industry. He'll draw some parallels between the ongoing problems in the mortgage industry.
Inside Renewable Energy offers the latest in renewable energy news and information.
Many solutions to the world's problems take nothing more than a common-sense approach. No one pretends that the environmental and social challenges ahead will be easy to solve, but sometimes the solutions simply require a different way of thinking. This week, we've got more interviews from the Cleantech Forum in Washington, DC on some of those common-sense solutions.
We'll look at the evolution of electricity demand response with EnerNOC CEO Timothy Healy. There are certainly many technological hurdles in front of the development of a smart grid, but the concept of better electricity management is an easy one for utilities and their customers to understand. Healy will describe how the U.S. smart-grid market may grow and EnerNoc's role in that growth.
We'll talk about the aggressive carbon reduction goals of Stockholm, Sweden with the city's CEO Irene Svenonius. She'll describe the role of government and individuals in making common-sense choices to create an environmentally-friendly, economically-vibrant community.
Then we'll explore the future role of cities in creating a more sustainable world with Chris Luebkeman, Director of Global Foresight and Innovation at the engineering firm Arup. He'll talk about the importance of looking at sustainability through more than just an economic lens.
Inside Renewable Energy offers the latest in renewable energy news and information.
This week, we're podcasting to you from the Cleantech Forum in Washington, DC. This forum is a gathering place for early-stage investors who are pouring capital into renewable energy, smart-grid technologies and advanced materials. We'll talk with some analysts and investors who will give us an inside look at the evolution and current status of the market.
Brian Fan, Senior Director of Research at the Cleantech Network, talks about what makes a sustainable cleantech company and lays out where most investments have taking place so far in 2008.
Scott MacDonald, a Partner with Emerald Technology Ventures, tells us about the history of the sector and about how venture capitalists strategically space their investments in this very capital-intensive industry.
Scott Faris, CEO of Planar Energy Devices, describes his company's new solid-state lithium-ion battery and talks about how he's using his experience in the venture capital space to grow his company during its early stages.
Finally, Ted Howes, leader of the Business and Sustainability Program at IDEO, gives us the broader perspective on what all the growth in the cleantech space means for corporations and their customers.
Inside Renewable Energy offers the latest in renewable energy news and information.
The U.S. renewable energy market is growing at an impressive rate. But as more wind, solar and biofuel facilities get developed, there are fewer people or organizations that own those facilities. That is primarily due to the exclusive nature of the federal tax credits. Because of the shrinking diversity in the marketplace, a growing number of people are calling for changes to U.S. renewable energy incentives. In this podcast, we explore the issues with the federal tax credits as they relate to ownership of renewable energy systems.
John Farrell of the Institute for Local Self Reliance talks about the problems with “diseconomies of scale” in the U.S. wind and solar markets; Wind Expert Paul Gipe describes the ideal incentive framework to diversify energy equity; Dan Juhl, CEO of Juhl Wind, gives us an idea of how small-wind developers navigate the tax credit environment; and Lisa Daniels, Founder of the educational organization Windustry, talks about Minnesota's commitment to community wind.
Inside Renewable Energy offers the latest in renewable energy news and information.
Congress comes back to Washington next week and in the tradition of election-year politics, there's a good chance that much won't get done before November. That means there are very few chances left to extend the Production and Investment Tax credits before they expire at the end of the year. This week, our Washington Analyst Scott Sklar updates us on the tax credit situation and gives us his take on the presidential candidates.
Then, we'll finish up our California ballot initiative series by looking at the arguments in support of Proposition 10. There's a growing debate about whether or not the measure will favor natural gas vehicles over other battery-based options. Proposition 10 supporter Patrick Dorinson tells us why the initiative will benefit all forms of transportation in the state.
Finally, we'll have a look at what the city of Greensburg, Kansas is doing to rebuild in a sustainable way. Greensburg was devastated in May of 2007 when a Tornado ripped through the city, demolishing 95% of the buildings. Contributor Mark Braly talks with Tim Schmidt, CEO of Xtreme Homes, a company working to bring green modular homes and a sustainable employment base to Greensburg.
Inside Renewable Energy offers the latest in renewable energy news and information.
This November, Californians will be voting on a ballot initiative that could require the state's utilities to generate half their power from renewables by 2025. Sounds good, right? Not according to some of nation's most influential renewable energy companies, associations and advocacy groups. This group of opponents says the legal language of the proposed law is so flawed, it could severely hurt the state's renewable energy market.
Proponents say the legal language is tight and that opponents are being controlled by the state's utilities, which don't want to meet the targets. As the voting day approaches, the debate over the language in the initiative is heating up and both sides are pushing their messages aggressively. We'll have a feature report on the different interpretations of the proposed law and its potential impact on the industry.
Also, we'll explore the reasons for China's emergence as one of the top renewable energy markets for investors. Jonathan Johns, head of renewable energy at the advisory firm Ernst and Young, joins us to discuss the promise of China and the difficulties for renewables in the UK.
Inside Renewable Energy offers the latest in renewable energy news and information.
T. Boone Pickens has a plan -- but is it the correct plan for the nation? This November, Californians will have the opportunity to vote on an initiative that could be the first step down Pickens' path toward greater reliance on natural gas for transportation fuel. But this week's guest says that the initiative, known as Proposition 10, is flawed and could negatively impact renewable energy in California.
We'll speak with Tony Rubenstein, a Los Angeles-based consultant on clean technologies and corporate social responsibility, about why Proposition 10 is not good for the state's budget or its burgeoning renewable energy market.
Then we'll talk to Phil Adams, CEO of World Energy, about the role of online auctioning of allowances in greenhouse gas emissions reduction programs. He'll tell us why he believes the auctioning platform allows for more efficient and transparent transactions over bid-ask exchanges and broker-based models.
Finally, correspondent Mark Braly has some interviews on the promotion of mustard-seed biodiesel for city and regional vehicle fleets in California.
Inside Renewable Energy offers the latest in renewable energy news and information.
With all the money from investors, attention from the mainstream media and interest from consumers pouring into clean technologies, the situation is looking good for renewable energy. But as the financial opportunities grow, so too does the potential to oversell the benefits of some technologies. In this podcast, we'll explore some problems that over-exuberance and lack of quality information can create for the industry.
Sue Kateley of the California Solar Energy Industries Association, tells us about some sketchy solar companies in the Golden State.
Small-Wind Expert Mick Sagrillo talks about the sham companies that have emerged over the years in the residential wind market.
Brad Smith of Renewzle.com explains the need for online intermediary companies in the solar space to give consumers a simplified and trustworthy experience.
Dr. Barry Butler of Butler Sun Solutions warns about the potential for overstating the abilities of Dish/Stirling Systems, potentially creating negative perceptions about the promising technology.
Finally, independent environmental reporter Peter Fairley gives us his take on the role of journalism in this increasingly popular-yet-complex energy landscape.
Inside Renewable Energy offers the latest in renewable energy news and information.
As American politicians try to prove to their constituents that they are addressing high gasoline prices this summer, the debate over increasing Brazilian ethanol imports has gotten more traction in Washington. The Brazilians say that lifting the 54-cent tariff on imported ethanol will help bring down the price of all ethanol, thus bringing down the price of gasoline. The domestic ethanol industry says there's already an oversupply of renewable fuels and that more imported ethanol from Brazil will oversaturate the market. In this podcast, we'll address some of the arguments for and against lifting the tariff on Brazilian sugarcane ethanol.
We’ll talk with Joel Velasco, chief U.S. representative of the Brazilian Sugarcane Industry Association about why he believes more Brazilian ethanol will be good for both U.S. ethanol producers and American consumers.
Then, we’ll speak with Nathan Schock, director of public relations at POET, the nation’s largest ethanol producer. He’ll talk about why more imported ethanol may flood the market and make it more difficult for cellulosic ethanol to compete down the road.
Also in the podcast: Jay Tannon, partner at the law firm DLA Piper, will talk about the impact that the low dollar is having on foreign direct investment in the U.S. and around the world.
Inside Renewable Energy offers the latest in renewable energy news and information.
The last few weeks have been full of positive news for the U.S. wind industry. Former oil tycoon T. Boone Pickens has thrown his support behind a 20% wind penetration target for the U.S. in the next 10 years; former Vice President Al Gore has made wind the centerpiece of his 10-year 100% renewable electricity goal for the U.S.; and the U.S. just passed Germany as the leader in electricity generated from wind.
In this program, we'll talk with Randy Swisher, executive director of the American Wind Energy Association, about these developments and what they mean for the U.S. wind industry.
Also in the podcast: Prakash Chakravarthi, CEO of the smart metering company Eka Systems, talks about the technological requirements for creating a more dynamic next-generation grid.
Inside Renewable Energy offers the latest in renewable energy news and information.
The renewable energy industry is leading one of the most important technological shifts in the history of mankind. In many ways the distributed, democratic nature of the envisioned renewable energy infrastructure mimics the internet; however, many businesses within the industry still have not figured out how to effectively use the internet to market their products, craft their message and build their brand.
In this podcast, we’re talking with some innovative companies and individuals about “Web 2.0” concepts and how they’re using open-intelligence platforms, social networking sites and new media to create new business opportunities and spread the message about renewable energy.
JP Ross of Sungevity.com talks about how the company’s online-only sales model will drive down the installed cost of solar.
Chris Beekhuis of Fat Spaniel Technologies tells us how the company’s new open-intelligence data monitoring system will help bring renewables to the masses.
Deep Patel of GoGreenSolar.com discusses the importance of blogging and describes how to make business contacts on social networking sites.
Joel Bush of RenewablePost.com talks about the best way for companies to approach the multi-media environment enabled by the web.
And Joel Makower of Greener World Media tells us about how the evolution of social networking and new media will make for better business networking.
Also, thanks very much to Kamla Bhatt and WediaBuzz for the audio clips of Tim O’Reilly talking about Web 2.0 concepts.
Inside Renewable Energy offers the latest in renewable energy news and information.
There are now 2.3 million people working directly or indirectly in the renewable energy industries around the world, according to a new report from the Worldwatch Institute. As job growth in this sector continues, the fossil energy industries are seeing a decline in jobs, despite an increase in production.
In this program, we’ll speak with Worldwatch’s Michael Renner about where the most jobs are being created, why the fossil energy industries are seeing a decline in jobs, and what exactly people mean when they talk about green collar jobs.
Also in the podcast: How one North Dakota college is trying to meet the demand for wind power in the state. Doug Darling of Lake Region State College tells us about the school’s planned wind technician program and why wind jobs are so important for the community.
Finally, MMA Renewable Ventures recently entered the wind market by agreeing to finance, own and operate a 10-megawatt wind farm in Oregon. The deal will help landowners there develop the project and eventually own it. MMA’s Moira Geraghty tells us why the deal is so important for community wind projects in the U.S.
Inside Renewable Energy offers the latest in renewable energy news and information.
In this week's program we feature a series of interviews on a range of topics. We'll speak with a line-up of experts on how to get America off oil, the game changing ability of storage, upcoming trends in emissions trading, and how budding entrepreneurs are learning the difference between invention and innovation.
David Sandalow, senior fellow at the Brookings Institution, talks about his new book titled, “Freedom From Oil: How the Next American President Can End the United States’ Oil Addiction.”
Eric Martinot, senior researcher at the Institute for Sustainable Energy Policies, talks about the prospects for advanced energy storage options and how they’ll impact renewables.
Patrick McClosky, managing director of Evolution Markets, describes the business of trading carbon credits in the global market and renewable energy certificates in the U.S. market.
And contributor Mark Braly has some interviews from the Green Technology Entrepreneurship Academy organized by the University of California, Davis. He’ll speak with an organizer of the Academy and an up-and-coming entrepreneur who’s trying to turn his idea into a business venture.
Inside Renewable Energy offers the latest in renewable energy news and information.
Last month's Renewable Energy Finance Forum in New York City brought together some of the most sophisticated investors and analysts in the renewable energy and cleantech space. The end of the conference featured a roundtable discussion about the current status and future prospects for the industry as they relate to developments happening within the conventional energy industry. In this podcast, we're presenting a slightly edited version of this in-depth discussion.
Inside Renewable Energy offers the latest developments in renewable energy news and information.
Solyndra Inc. a manufacturer of photovoltaic (PV) systems designed for commercial rooftops, announced it has signed a long-term sales contract worth up to US $320 million with Carlisle Energy Services. The multi-year deal adds to Solyndra's previously announced order backlog. The solar panels for these contracts will be manufactured at Solyndra's facilities in Fremont and Milpitas, California.
Recent changes to the federal residential solar investment tax credit (ITC) will have significant implications for state and local solar photovoltaic (PV) programs according to a new report. The US $2,000 ITC cap has been removed as part of the eight-year extension. In response, state and local programs are currently trying to decide whether or by how much to reduce their incentive levels in response to this additional value provided by the federal government.
MONTREAL, QUEBEC, CANADA November 18, 2008 ICP Solar Technologies Inc. (OTCBB: ICPR.OB, FRANKFURT: K1U.F), a developer, manufacturer and marketer of proprietary solar panels and products, today announced that Leroy Merlin, one of Europe's largest retailers of home improvement merchandise, will stock Sunsei solar chargers and related products in 2009. It is estimated that Leroy Merlin, which carries items ranging from decorations and accessories to construction materials, will purchase approximately $0.4 million of ICP Solar's chargers next year.
ICP Solar Technologies Inc. a developer of solar panels and products, announced that it will begin shipping its new Sunsei GreenMeter this month. The initial customer, an education products company, will be installing the GreenMeter in 30 high schools across North America as part of scientific training stations for labs within a curriculum that focuses on renewable energy.
FTSE Group, the global index company, announced the expansion of the FTSE Environmental Opportunities Index Series with the addition of nine new indices. Launched in July 2008, the series is derived from the FTSE Global Equity Index Series and includes companies with at least 20% of their business derived from environmental markets and technologies.
Xantrex Technology Inc., a subsidiary of Schneider Electric, supplied 10 three-phase 225 kilowatt (kW) inverters for the new solar installation at Denver International Airport (DIA) in Colorado.
Conergy AG has sold two solar photovoltaic (PV) plants, Igling-Buchloe and Neuhaus, to a German Emissionshaus. The plants have been completed and are now feeding power into the public grid. Both plants were planned and developed by the Conergy subsidiary EPURON, with financing provided by a German regional bank.
Internal combustion engines are inherently inefficient due to friction and pumping losses. After a century of evolution gasoline engines in cars are still typically only 21% efficient! Electric motors have no such limitations and are actually capable of 98% efficiency including electronic control losses! Why do we keep wasting our precious fuel on such an inefficient system? The answer is energy storage.
The U.S. Department of Energy's National Renewable Energy Laboratory (NREL) and Iberdrola Renewables have jointly deployed the first of several solar resource measuring stations as part of a planned instrumentation network throughout the United States.
Building on the success from the 2008 edition, IntertechPira is pleased to announce that the 4th annual Photovoltaics Summit 2009 is set for June 1 3, 2009 at the Hotel Kabuki in San Francisco, CA, US.
MONTREAL, QUEBEC, CANADA November 17, 2008 ICP Solar Technologies Inc. (OTCBB: ICPR.OB, FRANKFURT: K1U.F), a developer, manufacturer and marketer of proprietary solar panels and products, today announced that it will begin shipping its new, patented, Sunsei GreenMeter this month. The initial customer, an education products company, will be installing the GreenMeter in 30 high schools across North America providing scientific training stations for labs within a curriculum that focuses on renewable energy. The Sunsei GreenMeter hybrid energy monitor will be the centerpiece of these stations, and it will interface with solar panels, wind turbines, and a battery system that monitors energy output. Students can measure electrical power production from both solar and wind sources, analyzing the resulting energy vis--vis existing weather conditions.
IntertechPira is pleased to announce that the 3rd annual Organic Photovoltaics 2009 conference is scheduled for April 27 29, 2009 at the Doubletree Hotel Philadelphia in Philadelphia, PA, US. Co-Chaired by Russell Gaudiana, of Konarka Technologies Inc. and Dr. Dana Olson of the NREL, this year's program will provide a unique venue for industry experts, researchers, customers and investors to address the opportunities and most critical challenges for the commercialization of OPV technologies.
What a difference two months can make. Back in September, it seemed like every journalist covering energy issues wanted to write about the "green" boom. Now, with the precipitous drop in the price of oil and the increasing scope of the credit crunch, many journalists are taking a less optimistic approach and writing about renewables as if the industry was in survival mode.
Kyocera Corporation has announced plans to build a new 350-megawatt (MW) solar cell manufacturing facility. The new plant, located in Yasu City, Shiga Prefecture, Japan, will be the Kyocera Group's largest manufacturing facility in Japan. Construction of the plant is scheduled to start in early 2009 and be completed by year's end, with production scheduled to begin in the spring of 2010.
Del Sur Elementary School dedicated a 40 kilowatt solar photovoltaic (PV) system at a ceremony held at the school today. Officials of Poway Unified School District were presented with a plaque and an incentive check for $100,387 from San Diego Gas and Electric (SDG&E) as a part of the utility's Sustainable Communities Program. The roof top solar array was designed and installed by SPG Solar, Inc., is owned by SDG&E, and will provide power to SDG&E customers.
Genasun's new GV-4-Li brings high-performance maximum power point
tracking to solar power systems with lithium-ion batteries. With
people increasingly interested in lightweight mobile power systems ---
for instance for on-location photography & filming, or camping ---
lithium-ion batteries are coming more into play and a suitable charge
controller was due.
SolFocus announced the release of its latest Concentrating Photovoltaic (CPV) system solution, the SF-1100S-CPV-28. The company said that this new generation of its CPV technology achieves panel efficiencies of 25%.