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admin 03.07.2014

Two individual companies announced that their scientists were working on panel-like devices, aimed at showing owners the exact amount of energy their solar panels create each day, the total household usage and all the differences in between.
The panels are designed so as to record all the electrical energy households use over a day, as well as the maximum output that the panel can give for 24 hours. Having the option of seeing exactly how much energy is consumed and what the production capabilities are, people who possess solar panels could easily tell what time of the day is best fitted to start consuming more power.
On the other hand, California-based Open Energy hopes to create a touch screen of sorts, whose interactive environment could help panel owners manage their energy consumption with greater efficiency. Today, the world is full of buzzwords—Green technology, Paradigm Shift, Sustainability, Globalization are some which everyone is giving ears to. By the late 19th century, the world had started to realize that our fossil fuel resources are limited, and it does not take a genius to infer that the supply is going to end eventually [2].
If a survey was done and a simple question was asked that which source of energy reaches literally each and every place on mother earth and still is wasted all the time, as we aren’t able to harness it, the answer will be without a doubt: Solar Energy. However, the other two, namely Solar Photovoltaic (PV) power and Concentrated Solar Power (CSP), are used to generate electricity and hence more useful.
India, being a fast growing economy, has installed PV plants of around 2000 MW capacity of power generation [4]. Concentrated Solar Power, sometimes also called Concentrated Solar Thermal Power, uses arrays of mirrors or lenses to concentrate sunrays falling on a large area to a point where it is transferred either directly to water to produce steam or by means of a transfer fluid (usually an oil) that is used to produce steam. In India, cost of installation (real & estimated) of some types of power plant is presented in Table 1[]. As is evident from the figures, Coal based thermal power plants are still the cheapest to produce electricity. Over the time, more and more resources and time has been put in oil exploration even at the most inhospitable places. Four years later, surmounting numerous challenges, the turbine was successfully made functional on 21st June 2013.
A brief description about the project: The solar fields primarily consist of Parabolic Troughs and Compact Linear Fresnel Reflectors. A Testing facility was designed, fabricated, installed and commissioned to test the thermal performance of solar collectors.
The simulator, first released in July 2011, was downloaded in 150 Institutions, 230 Industries and other organizations across 24 countries. Insolation is a measure of total amount of solar radiation received on a given surface area in a given time. The Steam turbine system in CSP plants is similar to those in plants using fossil fuels or nuclear energy.
About Latest Posts Yogesh IndoliaYogesh Singh Indolia, C-09, Meta, IITB; started his career in a startup for making UI’s and quickly moved to the civil engineering sector.
Unbeknownst to me until a few months ago, there’s a renewable energy graduate program at a university here in Wroclaw (the city where I live).
Knowing that the students were more focused on the science and engineering side of things, I decided to focus my presentation on the solar and wind energy markets and key policy topics.
1.5 years ago, GE projected that solar power would be cheaper than fossil fuels (on average) within 5 years. In fact, one report from 2010 found that the solar–nuclear crossover occurred a few years ago.
Now, an assumption in all of these projections mentioned above is that solar prices will consistently drop at a good rate. Lest you think it’s only Germany seeing such price drops, below are similar graphs from the US. So far, of course, we’ve just been looking at solar, but the other big renewable energy player these days is wind energy. Without taking too long of a side tour here, it is worth noting that natural gas prices fell off cliff as certain fracking practices became commonplace, and those only became commonplace once Dick Cheney got a ridiculous policy enacted for the fracking industry on his way out of office (and yep, Cheney was previously CEO of Halliburton, the company probably benefiting the most from this policy).
And, even today, wind energy is the cheapest option for new electricity in many, many places.
As we just reported about a month ago, a recent report by Bloomberg New Energy Finance has documented some important technological and other wind power cost reductions over the past four years.
The price per megawatt of wind power is down to €19,200 from the €30,906 it was at in 2008. We also have a post coming soon showing that UK residents don’t realize how cheap solar has become, and how much money they can save by going solar. Something that doesn’t get emphasized nearly enough is that rooftop solar PV essentially competes with the retail price of electricity, not the wholesale price.
You can’t give a big picture summary of clean energy without noting which countries are leading the way.
I love rankings and top 10 lists as much as the next guy, but these absolute installation rankings always irk me a bit. Without finding good rankings based on relative solar and wind leadership on the interwebs, I decided to create such rankings myself.
As noted yesterday, German solar and US solar have both been growing at a fast pace for several years now, and the price of solar in both countries has been dropping steadily. Another very interesting factor worth noting is the negative effect subsidies can have on mature or maturing technologies. Another thing worth noting is that many people (including schools, government buildings, and nonprofit organizations) can’t take advantage of solar power subsidies in the US. Wind power may be in a different boat, since it doesn’t lend itself to decentralized deployment as well as solar.
However, I wonder what wind energy developers and investors would do if there was one day no hope of subsidies ever coming back. That has one rather huge effect: it drives down the price of electricity on the wholesale electricity market.
I think something especially worth noting here is that solar power is often most abundant during peak power demand. Notably, in that second graph, you can see that the price of electricity is so low in the middle of the day that it’s practically as low as electricity in the middle of the night. While market penetration, economies of scale, and good policies are key components of a bright, clean energy future (as well as making the price of coal and natural gas more accurately line of with the true cost of coal and natural gas), technology advancements and breakthroughs aren’t bad, either.


Additionally, there are already some companies looking to bring home energy storage systems to mass market. Another potential energy storage solution is simply using the batteries in electric vehicles to help balance energy supply and demand.
Mass market electric cars are growing fast and seem to be the future. Cars sit parked, out of use, approximately 95% of the time. I often start with this image in such presentations, but I’ve decided to end with it this time. Solar energy facts give you the understanding about the importance of using the renewable source of energy. The people in the world who concern more with the usage of solar panels are the Japanese people. Most energy used by human being all over the world is from fossil fuel.  From year to year the fossil fuel will be declined and hard to get. The announcements were made yesterday (October 15th) in San Diego, by SolarCity and Open Energy, which vowed to create economically-feasible products for homeowners to incorporate into their management systems.
The companies say that this will be useful for owners because, in some places, the peak consumption around noon and early in the evening can cause panel owners to pay extra money for electricity. Such activities may include common tasks like turning on the washing machine to do the laundry.
The advantage this product has over SolarCity's is that it can also display water and gas usage from the home. The companies say that they will come with free solar panel monitoring for a period of about five years. Energy Crisis is one such and, unlike other words, seems inevitable if we keep using our fossil fuels at an ever increasing rate as we are doing now.
Of this, 0.17% is coming from solar hot-water, which primarily is used by households and industries to generate hot water for various purposes, none of which involves producing power.
These two are the only two technologies commercialized for solar power, contribute  a mere 0.062% of our energy supply (in 2010), which is extremely low when compared to so much solar energy buzz around the globe. Not only this, we have the largest solar field in Asia, the Charanka Solar park, Gujrat, and it is also among the frontrunners of PV installed capacities in the year 2013. This steam is fed to a conventional steam turbine engine to produce electricity that is fed to the grid (Fig 2). It is quickly gaining in the Middle-East and North-African countries that have a large part of their lands as desert and are primarily among the very hot inhabited geographies in world. PV Solar Power isn’t much behind and this is one of the reasons for many large scale investments from both the government and the industry in PV.
Presently much of the equipments, parts and expertise have to be procured from other countries for installing a CSP plant, but once industry starts making all the parts indigenously, costs will surely come down.
To implement the project, a consortium of industry, government and academic institution, led by IIT Bombay was set up.  Annexure I lists the members of the consortium. The software allows simulation of a complete plant or a user defined small subset of the plant in quasi-steady state.
It is not only evident from the design of both technologies, but also from the fact that asq.
CSP plants can utilise the work-force skilled in other power plants and personnel trained in CSP plants have the advantage of being employable in other power plants.
PV comparison, or any other comparison, is not to suppress PV and other technologies in any way.
But the presentation was actually on much, much more than that, as you’ll see in the article below and in the one to follow tomorrow. Turns out that at least one of the students currently in the program is a CleanTechnica reader. I gave the presentation earlier today, and figured it would also be worth sharing it with you all (with plenty of text added in place of my vocal commentary, and with some chart switcharoos and additions, including a few from the new US Solar Market Insight report, which was released less than an hour after my presentation ended). Also worth noting is the birth and growth of Chinese wind turbine manufacturing firms, which is driving down prices and increasing competitiveness. Perhaps it’s because people heard things 10 years ago that they still keep in their heads and think are true today. As noted yesterday, this two-post series is basically a presentation I gave to a class of renewable energy graduate students this week. But now that we’ve nailed down where the price difference is occurring, how about a bit of reflection on why it’s occurring?
For solar (and other clean energy technologies), nothing has worked better than the rather simple feed-in tariff. This is something one of the premier solar policy and finance experts in the world, Jigar Shah, focused on in an exclusive guest article for CleanTechnica a couple months ago.
So, it’s imperative that we not inflate the cost of solar for those potential customers with unnecessary subsidies.
By bet it that they’d develop and invest a lot more than they do in non-subsidy years. But the fact of the matter is, dirty energy sources have a huge bias fiscally because of the decades of massive subsidies they have been granted. In my opinion, the key at this point with regards to subsides is that dirty energy subsidies need to finally be cut, for once and for all. The good news is that we’ve got news on such advancements and breakthroughs pretty much every day. With a well-connected and large grid, the issue of running out of electricity is minimized or even moot. This chart above shows that solar energy potential each year is several times more than the potential from finite energy reserves of any type of fossil fuel or nuclear power (and wind energy also has tremendous potential). If the land in American southwest is covered with solar cell, it will produce enough energy to meet the need of the American people in US. It will never create waste to the environment.  The usage of 1 kilowatt of solar energy is similar with using 170 coals.
It only needs 30 days of sunshine to cover the fossil fuel used by human being since the early world civilization. It was his ideas to explain the creation of electricity from the sun ray of photovoltaic effect.


SolarCity CEO, Lyndin Rive, said "The biggest energy-efficiency challenge in every house is not changing light bulbs.
SolarCity wants to incorporate its device in its standard offers, so that its cost could be offset over time, not paid all at once by end-users.
This is to satisfy the ever increasing demand for energy in this fast-changing technological world.
In fact, India lies in the area with high Insolation (latitude 40°N to 40°S), has a large population and a high population density, which makes solar power an ideal investment for electricity generation. If only power generation is considered, solar power generation contributes to only 0.41% as of 2012, which is still a small fraction of what it could provide [3]. Shouldn’t we look for more technologies or at least take ahead the available ones, like the CSP —the only other technology which has been commercialized and used for power generation around the world. An MOU was signed between all the members, and on January 10, 2010, the foundation stone was laid by Dr. Currently minor O&M issues are being addressed and the control of the plant is being transferred to MNRE. It is to draw attention to a promising technology, which, if given its due attention, will emerge to be a technology that will co-exist with other technologies and help humanity (also India) attain energy sustainability early. Presently he is developing the idea of “Structural Health Monitoring” for civil infrastructures.
In fact, GE was putting big money into a solar cell manufacturing plant in Colorado, but in January it pulled the plug on that due to the fast-falling prices of competing solar cells. Perhaps it’s because people hear things that are simply false (from pseudoscience fossil fuel think tanks, utility companies, and misguided media). Enjoy this second part, and chime in below if anything interesting or useful comes to mind.
The price of solar in both countries has dropped a bit since then, but the general difference remains. If you’re missing a big tax credit one year but are hopeful it will be back the next year, why not wait it out and invest your capital in more supportive regions or countries in the meantime? To produce extra electricity, of course, coal power plants need to input more coal and natural gas power plants need to input more natural gas, which costs money.
And a lot of top scientists and engineers are aware of that (not the bit about me, of course, but the bit about cheap energy storage’s huge potential). As stated yesterday, mass market production and market penetration themselves help tremendously to bring technology costs down. Yes, for renewable energy sources, annual potential is represented, while it is only potential from finite energy reserves for the other energy sources.
By using fossil fuel, you expel 300 pounds of carbon dioxide which can create air pollution.
Without getting into the associated ill-effects (Better expressed in Q1, 2013 article “Economy, Ecology and Non-violence” by Sudheendra Kulkarni, or by the whole issue in general [1]) these conventional ways impart on Nature (better expressed in Q1, 2013 article “Economy, Ecology and Non-violence” by Sudheendra Kulkarni, or by the whole issue in general [1]), let’s start with where we have reached with all wisdom and willingness to save Mother Nature. This doesn’t mean we humans are all dumb and useless; we have done considerable research and developments for producing energy by various, alternative and available, sources commonly included in the phrase Renewable Resources of Energy.
At IIT Bombay, a National Centre for Photovoltaic Research and Education (NCPRE) was set up with a long term vision of self-sufficiency in solar technology [5].
Cost of producing solar power in 2011 has come down to 60% of what it was in 2008, according to Bloomberg New Energy Finance estimates [8], making it for the first time competitive with the retail price of power in sunny countries.
To achieve it we have to encourage research with strong focus on industrial aspects to develop support infrastructure like designing, testing and develop necessary skills to install, operate, and maintain a CSP plant. In his free time he’s entangled with music, travel, theatre, mathematics, fractals and everything else that makes the world beautiful.
We met up at a coffee shop one day to talk solar energy (for several hours), and not long after that I was invited to give a guest lecture to his class. In other words, solar prices are falling even faster than GE had thought they would (and faster than most analysts and renewable energy followers thought they would). But the bottom line is that many (or the large majority of) people don’t realize how cheap solar and wind have gotten.
Solar Deployment?,” noted that solar subsidies in the US are manipulated by investors in order to get a higher return on investment. One key thing to note is that societal externalities (such as $500 billion a year in health costs from coal… in the US alone) are massive subsidies to the fossil fuel industries.
Wind and solar power producers, however, have the sun shining and the wind blowing for free. However, due to this symbiosis above (and the merit order effect) solar power is chopping off high peak power prices. Renewable resources of energy do not necessarily mean good to nature, some of them may have long term ramifications. Moreover, similar to the famous Moore’s Law, Swanson’s Law predicts that the solar cell module prices reduce by 20% for every doubling of cumulative shipped volume [9].
In other words, by claiming that solar systems cost more than they do, investors are able to gain more in tax credits. But the fossil fuel industry is fighting such a change tooth and nail… and (so far) winning, for the most part. Nothing really needs to be done to take advantage of that, so the extra cost to send more electricity to the grid is essentially nil. Hydro-power, for instance, have some strong impacts on the environment, wildlife, and nature in the long run.
That means that solar and wind project owners can bid down to $0 (or even lower in some instances, due to subsidies).
And, of course, if you’ve got solar power and a plug-in electric vehicle, you could already start using your battery a bit for non-vehicle purposes.



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