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(A) Class solar power plant solutions

March 7, 2017/in Solar Power Plant Developers /by rishikap141

The energy of sun has been present since the beginning, is phenomenal, never depleting, non-polluting and free of cost. We need a smart, efficient and effective tools and techniques to use this energy.

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A Licensed Installation Company For Solar Panels In India

February 10, 2017/in Solar Panel /by rishikap141

We take pride in knowing we are a certified roofing company and provide solar panels and installation services for residential and commercial properties in India , Delhi NCR. As a licensed roofing company as well, we have the expertise to help with all of your solar installation needs.

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ADLER Solar is a leading solar company dealing in solar products and providing complete solar energy solutions. You’ve come to the right place – give us a call!

Mob: +91 9971170911 ,+91 9910733911

Email : info@adlergroup.in

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India unveils the world’s largest solar power plant

November 30, 2016/in SOLAR POWER INDIA /by rishikap141

The country is on schedule to be the world’s third biggest solar market next year.

Images have been released showing the sheer size of a new solar power plant in southern India.

The facility in Kamuthi, Tamil Nadu, has a capacity of 648 MW and covers an area of 10 sq km.

This makes it the largest solar power plant at a single location, taking the title from the Topaz Solar Farm in California, which has a capacity of 550 MW.

The solar plant, built in an impressive eight months and funded by the Adani Group, is cleaned every day by a robotic system, charged by its own solar panels.

At full capacity, it is estimated to produce enough electricity to power about 150,000 homes.

The project is comprised of 2.5 million individual solar modules, and cost $679m to build.

The new plant has helped nudge India’s total installed solar capacity across the 10 GW mark, according to a statement by research firm Bridge to India, joining only a handful of countries that can make this claim.

As solar power increases, India is expected to become the world’s third-biggest solar market from next year onwards, after China and the US.

Despite the fast-growing solar power industry, India will still need to increase its take-up of solar panels if it is to achieve the ambitious targets set by the government.

By 2022, India aims to power 60 million homes by the sun. It is part of the government’s goal to produce 40 percent of its power from non-fossil fuels by 2030.

This aim has been praised by environmental groups and is hoped will also help reduce the country’s problem with air quality. At the beginning of this month, the pollution level in the capital New Delhi reached its worst levels in 17 years.

Source: http://www.aljazeera.com/news/2016/11/india-unveils-world-largest-solar-power-plant-161129101022044.html

ADLER Solar is a leading solar company dealing in solar products and providing complete solar energy solutions. You’ve come to the right place – give us a call!

Mob: +91 9971170911 ,+91 9910733911

Email : info@adlergroup.in

Web : http://www.adlergroup.in

Here comes the sun!

November 4, 2016/in SOLAR POWER INDIA /by rishikap141

Spirited government intervention is recharging the rooftop solar plant movement across India

India’s ratification of the Paris Climate Change Agreement commits it to sweeping cuts in greenhouse gas emissions, and one of the pivotal channels for achieving those punishing targets is the instrument of solar power plants. India’s experience in this space illustrates how even vexing problems can be fixed with innovative thinking backed by political will.

India has a good track record in solar power installations – 8 GW in six years, with a promise of another 8 GW in a year – but its record of rooftop solar plant installations is relatively poor. Against the target of 40 GW of rooftop installations by 2022 (which is part of the overall target of 100 GW fixed by the Central Government) India today has just 1 GW of rooftop plants.

This is a serious failing. Since rooftop plants generate electricity right at the point of consumption, they do away with the need for transmission, which in turn cuts down on energy loss. Further, they give plant owners independence from utility companies and insulate them from tariff hikes.

India’s potential in this space is huge. Installing rooftop solar plants at educational institutions and factory buildings alone would help generate 40 GW. India’s Ministry of New and Renewable Energy estimates the ‘market potential’ at 124 GW, though it says the ‘technical potential’ is much higher, at 352 GW.

Electricity from rooftop plants will be cheaper than the power that educational institutions and factories procure from utility companies – and from the diesel-fired generators that come on during the frequent power outages. So why has rooftop solar not gained sufficient traction? The reason is the poor financial health of the utility companies.

In India, most electricity utility companies are owned by provincial (State) governments. Political and social imperatives have led governments to provide power cheap, or even free, to the poor and to farmers. These losses are cross-subsidised by higher tariffs on commercial and industrial establishments. Even so, most of the utilities are broke. To hold on to their paying customers, the utility companies effectively disincentivise these establishments from installing rooftop solar plants – by refusing to buy any surplus power from them.

In the southern State of Tamil Nadu, for instance, the distribution company (‘discom’) does not buy from rooftop solar plants of industries and educational institutions. Other States buy surplus power only up to a capacity cap, say, 1 MW.

Being stuck with unsellable surplus power skews the economics of rooftop solar plants for these colleges and factories.

“Discoms see rooftop solar plants as ‘competition’,” observes Ketan Mehta, CEO of Rays Power Infra, which owns solar power plants and builds plants for others.

‘Storage’ is an obvious answer, but it is still a costly proposition.

Solutions in sight

The Central Government acknowledges that without 40 GW from rooftops, it would be impossible to meet the target of 100 GW of solar power by 2022. India has committed at the Paris Climate Change Conference to ensuring that by 2030, 40 per cent of energy consumed in the country will come from non-fossil fuel sources. This would require some 320 GW of renewable energy capacity, so rooftop solar has a key role, even beyond 2022.

Upendra Tripathy, Secretary in the Ministry of New and Renewable Energy, says the government has promised to compensate discoms for any revenue loss. The bureaucrat did not specify this, but the funds for such compensations could come from the National Clean Energy Fund, which has been formed by collecting a tax on every tonne of coal mined or imported. There are also suggestions from the industry that rooftop plant owners could be asked to pay the utilities a fee.

Alongside all this, the federal government is also looking to provide funds to State governments and cheaper loans for discoms.

Given the manifest seriousness in the government’s intentions, hopes run high that the rooftop solar programme will see more dramatic growth. The cloud cover over the industry, and over India’s contribution to climate change mitigation, is lifting, and a sliver of sunlight is streaming through.

Source: http://www.thehindubusinessline.com/cities4climate/here-comes-the-sun/article9299996.ece

ADLER Solar is a leading solar company dealing in solar products and providing complete solar energy solutions. You’ve come to the right place – give us a call!

Mob: +91 9971170911 ,+91 9910733911

Email : info@adlergroup.in

Web : http://www.adlergroup.in

India tops 8.6 GW of solar, ratifies Paris agreement

October 4, 2016/in SOLAR POWER INDIA /by rishikap141

India’s clean energy progress takes a couple more tangible steps as the country surpasses 8.6 GW of solar PV capacity installed and gives its approval to ratify the Paris Agreement.

India has a long way to go to meet its solar goals, but direction and pipelines are both promising.

IBC Solar

New analysis by Mercom Capital Group has revealed that India’s cumulative solar capacity has reached 8,643 MW as of September, with the analysts forecasting the country to end 2016 having installed 4.8 GW of new capacity.

The calendar year up to now has seen India add 3.8 GW of new solar, Mercom says, with some 500 MW added in the month since the last Mercom report. By region, there are now four India states that have more than 1 GW of capacity installed – Tamil Nadu (which accounts for 19% of all Indian solar capacity), Rajasthan (15%), Gujarat (13%) and Andhra Pradesh (12%).

These four states comprise 59% of India’s installed solar base, Mercom says.

Charged with reaching 100 GW of solar capacity by 2022, such progress, though welcome, needs to be expedited. India’s solar pipeline stands at 21 GW, of which 14 GW comprises solar – mostly PV – projects at advanced stages of development, with the remainder up for auction soon.

The chief challenges facing solar’s growth remain a decline in power demand a the availability of cheap power on the exchanges – power that cash-strapped Discoms turn to in favor of solar.

“The challenge is going to come next year when approximately 9 GW of solar power is forecast to be installed. Unless the ‘must run’ status for solar projects is strictly enforced we are going to see some challenges,” said Raj Prabhu, CEO of Mercom Capital Group.

India introduced its “Must Run” rules for solar in the hope of ensuring the technology received preferential treatment when it came to grid access. Thus far, this policy has been loosely enforced, with economics trumping environmental concerns.

All this could be set to change, however, following India’s ratification of the Paris Agreement struck last year at COP21.

Prime Minister Narendra Modi and his cabinet waited until Sunday, October 2, to coincide the ratification of the agreement with the birth anniversary of Mahatma Gandhi.

Indian officials confirmed that the nation’s aim is to be a global leader in the deployment of solar and wind power, but stressed that the country requires further financial aid to reach its lofty goals.

According to Manish Bapna, the executive vice president of the World Resource Institute, India requires more than $2.5 trillion to meet its renewable energy target of 175 GW installed by 2022. To raise this figure, foreign investment is going to be key, said Bapna.

In recent weeks, the majority of the world’s largest emitters of global greenhouse gases – including China, the U.S. and the EU – have ratified the Paris Greement, which pledges to reduce emissions in order to limit global temperature rises to below 2C by 2050.

Article Source: http://bit.ly/2dpf1tt

ADLER Solar is a leading solar company dealing in solar products and providing complete solar energy solutions. You’ve come to the right place – give us a call!

Mob: +91 9971170911 ,+91 9910733911

Email : info@adlergroup.in

Web : http://www.adlergroup.in

SUNFLOWER AND THE FUTURE OF SOLAR ENERGY

July 29, 2016/in Solar Power Plant /by rishikap141

One of the oldest scientific mysteries of the plant world as to what makes the sunflower track the sun has finally been resolved. This finding has major implications for effective tapping of solar energy. The name sunflower invariably invokes a smile, the bright yellow petals with a contrasting black at the center somehow gives the impression of a smiley the universal emoji on social media.

But to scientists the enigma was how do young buds of the plant track the sun and to what benefit. Sun is the ultimate energy bank for earth and recently the first ‘solar tree’, a solar power generation contraption resembling a tree was inaugurated by Science Minister Harsh Vardhan.

This is part of the current government’s target of ramping up solar energy to generate 100 gigawatts in the next 6 years. It has been always known that sunflower heads follow the sun, a phenomenon called heliotropism in the jargon of scientists. But till now how exactly it happens was unresolved. Now a team six American scientists working at the top notch University of California has found that it is the selective growth of the stem in one direction that makes the sunflower follow the sun. The American team studying the plant has published an elegant paper in the SCIENCE journal last week explaining in detail how this unusual plant phenomenon works and what are its evolutionary advantages to the plant.

The team reports that in the morning the head or the flower plant which is the flower will invariably face east and then it tracks the sun and at night the head re-orients itself by growing in the opposite direction so that once again in the morning the flower faces the sun. This daily rhythm is followed only by the new flowers, once they mature and seeds have been set, the flowers lock themselves in a permanent east facing outlook.

The team reports that young sunflowers track the sun as it moves from east to west because of daily or a circadian rhythm. What’s more, mature sunflowers cease this cycle and face eastward because this behaviour offers an evolutionary advantage with pollinators. While the east-to-west behaviour of maturing sunflowers is well known, the exact mechanism underlying it – be it circadian rhythm or changing osmotic pressure – has been a longstanding mystery.

In a statement, Hagop S Atamian from the University of California at Davies and the lead author who studied the common sunflower, whose botanical name is Helianthus annuus, disrupting its exposure to both sunlight and LED lights. For example, when moved to a growth chamber with constant overhead lighting, the plants maintained their directional rhythms for several days before the pattern deteriorated, suggesting that the plants were relying on a schedule dictated by circadian rhythm.

In maturing sunflowers, the researchers found that cessation of the east-to-west sun-tracking behaviour directly correlated with stem cell growth; in the same way, mutant plants with impaired growth hormones also demonstrated impaired sun-tracking behaviour. In studies, sunflower seedlings were found to respond more strongly to unilateral light in the morning than in the afternoon; the authors suggest that this sensitivity to sunlight from the east causes the plants to eventually shift to face east permanently.

The researchers also grew sunflowers in pots and rotated half of the plants to face west just as the sun was rising. The east-facing half of the potted plants was found to have warmer temperatures than its west-facing counterparts, and was also more likely to attract pollinators. When west-facing sunflowers were warmed with portable heaters, they were more likely to attract pollinators than west-facing sunflowers without artificial warming.

The results show how temperature contributes to the differential attractiveness of east- and west-facing sunflowers to pollinators, the authors report. There are many learnings from this simple piece of research, it cost the authors almost nothing since most of the work was of an observational nature, simply designed experiments has led to resolving a long standing mystery. It is amazing that none of the Indian scientists thought on these lines to conduct experiments that needed only very minimum resources but lead to a big understanding.

By tracking the sun, the sunflower some studies suggest is able to produce 10 per cent more oil simply, similarly the ‘solar tree’ installed at Vardhan’s house is able to tap more sunlight to generate more electricity even though the solar panel are stationary in the current model. The ‘solar power tree’ developed by the science ministry harnesses solar energy for producing electricity with an innovative vertical arrangement of solar cells.

Almost akin to the architecture of a tree, with central trunk and solar panels acting like large leaves. It thus reduces the requirement of land as compared to conventional solar photovoltaic layout, on one hand, while keeping the land character intact on the other. Even the cultivable land can be utilised for solar energy harnessing along with farming at the same time. The innovation finds its viability both in rural and urban areas.

Vardhan noted that in order to produce one megawatt of solar power, it requires about 1.4 hectares of land in the conventional sequential layout of solar panels. Thus, to generate copious quantities of green energy, there will be requirement of thousands of hectares of land. Acquisition of land is a major issue in itself, he added.

Girish Sahni, Director General of the Council of Scientific and Industrial Research (CSIR), says as a future prospect, the ‘solar power tree’ would be developed in a rotatable module, which would have a motorised mechanism to align itself with the movement of the sun during the day. Hence, it would be possible to harness more power over and above the current capacity.

sOURCE : http://bit.ly/2aD7yCe

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February 23, 2016/in Solar Power Plant, Solar Power Plant Developers /by rishikap141

The heart of a photovoltaic solar system is the solar array.

Made up of multiple panels, this array absorbs the energy of sunlight and converts this energy into electrical energy.

The array is mounted on a frame of the roof, which provides the correct aspect and elevation for the array so that the maximum amount of available sunlight is received and converted into electricity.

Advantages

Energy saving
Life – 25 years
Initial cost is recovered in 5-7 years
Zero toxic discharge making it safe and green for the environment
Subsidy from govt. for installations in many states
Minimal maintenance

ADLER Solar is an integrated independent solar power developer, delivering affordable, rapidly deployable and sustainable source of clean energy India delhi gurgaon ncr noida. The company has many MW of solar power plants in operation.

At ADLER SOLAR, we believe there is no better investment than solar energy. Let us help you discover how going solar can benefit you. Contact Us Today
Mob: +91 9971170911 ,+91 9910733911
Email : info@adlergroup.in

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(A) Class solar power plant solutions

A Licensed Installation Company For Solar Panels In India

India unveils the world’s largest solar power plant

Here comes the sun!

India tops 8.6 GW of solar, ratifies Paris agreement

SUNFLOWER AND THE FUTURE OF SOLAR ENERGY

Need to select a solar power developer ? We Are ADLER Solar – delivering affordable, rapidly deployable and sustainable source of clean energy India delhi gurgaon ncr noida.

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