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How is the world's first solar powered airport faring?

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How is the world's first solar powered airport faring?

By Supriya Menon
Cochin
9 October 2015
From the section India



There are more than 46,000 solar panels at Cochin airport

As an airplane hovers over Cochin International Airport, one is struck by the dazzling array of reflective panels near the runway.
Standing out in a field of green are more than 46,000 solar panels tapping the power of the bright sunlight and converting it into energy.
Located in the southern state of Kerala, Cochin is now the first airport in the world to run completely on solar power.
The airport started with a small pilot project by installing a solar energy plant with 400 panels on its rooftop in 2013. When that experiment succeeded, it decided to go all the way.
In August this year, the airport became totally self sufficient in meeting its energy needs after it installed a 12 megawatt solar plant close to the cargo terminal.
The airport's managing director VJ Kurian says it was the huge power bills that prompted them to look at greener solutions.
Challenge
The airport, which is the seventh busiest in India handling more than 1,000 flights a week, consumes nearly 48,000 units costing 336,000 rupees ($5,160; £3,364) every day.
Today, with its solar power plant it produces more energy than it needs and banks the rest with the state power grid for rainy days and night-time requirements.
Mr Kurian says airports across the country have approached him to learn more about the "Cochin model". A team from Liberia is also interested to learn more about harnessing the sun's energy.
The installation of the solar plant cost nearly $9.5m (£6.27m) and took around six months to complete. The company is hopeful of recouping the costs in less than six years. So far it has been a smooth journey for the airport, says Mr Kurian.
The challenge though is just around the corner.
The airport is looking to inaugurate a new international wing in January comprising nearly 1.5m sq ft which will require more energy than what the existing plant is generating.
Additional solar panels will have to be set up if the authorities wants to hang onto the "first fully solar powered airport" tag.
Cochin may have shown the way forward but the rest of India is not far behind in tapping the vast potential of the sun. As most parts of the country receive sunshine for over 300 days a year, the possibilities are plenty.
Recognising this, Prime Minister Narendra Modi has outlined his vision of increasing the country's solar power capacity to 100,000 megawatts by 2022.
This is a dream that can be realised by having photovoltaic panels on the rooftop of every home in India, generating enough power to reduce the country's massive fuel bill and dependence on fossil fuels.
Solar energy is also a much cleaner source of energy than conventional forms of energy like thermal and nuclear. Considering the global debate on climate change, developing economies like India with its ever increasing need for energy to fuel growth can turn to the sun to power ahead.
Concerns
But it is not a simple process, despite the presence of abundant sunshine.
As Ashish Khanna, chief of Tata Power Solar points out, "We don't have the [electricity] grid stability which can take the kind of power we are talking about. Also the quality of power is important."
"We in India are very cost conscious and when we are talking about rooftop power, people may take decisions involving inexpensive pieces of equipment that may not contribute to the kind of quality we are talking about. The challenge right now is that there are no standards in place."
Meanwhile, the solar plant at Cochin airport will produce 18 million units of power from the sun annually which is enough to meet the energy needs of 10,000 homes for one year.
The bonus is the environmental benefit of reducing carbon dioxide emissions by more than 300,000 metric tonnes which is equal to planting three million trees or not driving 750 million miles.
In a country where more than 300 million people still have no access to power, going solar may just be the solution that is needed to light up their lives.
Supriya Menon is a Kerala-based freelance journalist
 
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Good work guys, though maintenance cost of the panels will be higher than normal due to the placement of these panels, which could easily be taken care of by just placing them a little bit higher than they are now.
 
One day electricity bill around 1 crore
How much will battery cost

Your display picture,,, anything i post may be biased. Blood Red here,,, THE Reds :P

On topic, it will be interesting to know all the maintenance costs, the total project costs, the backup setup (batteries) costs that need to be changed every couple of years. All included i don't think it will be a very viable solution. Better leave the solar energy for personal use. I mean it will be better that each home set up its own small solar energy solution rather then make HUGE ones and put all the costs on government or one company. Rather then solar power plants, individual personalized solar solutions will be better, cost effective and by easing off the load from national grid they will in directly be playing the same role a much more expensive to build, maintain and run solar power plant may play.
 
Solar power is an expensive option due to high cost of replacing batteries.

https://www.gov.uk/government/uploa...1-uk-electricity-generation-costs-update-.pdf

Not so clever if they did it to reduce costs

Grid feed systems like QASP do not use batteries...hence why they only work during day...also with evolution of OPzS batteries..the life time has been become extended to 2000 Cycles which gives a good 6 years life on daily use basis at DoD of 80% in a very affordable package..cheaper than GEL or AGM VRLA batteries...and OPzS batteries only require water to be added 2-3 years when used with special recombination plugs.
 
Grid feed systems like QASP do not use batteries...hence why they only work during day...also with evolution of OPzS batteries..the life time has been become extended to 2000 Cycles which gives a good 6 years life on daily use basis at DoD of 80% in a very affordable package..cheaper than GEL or AGM VRLA batteries...and OPzS batteries only require water to be added 2-3 years when used with special recombination plugs.

very informative post bro thank you.
 
Grid feed systems like QASP do not use batteries...hence why they only work during day...also with evolution of OPzS batteries..the life time has been become extended to 2000 Cycles which gives a good 6 years life on daily use basis at DoD of 80% in a very affordable package..cheaper than GEL or AGM VRLA batteries...and OPzS batteries only require water to be added 2-3 years when used with special recombination plugs.
I didn't understand sh!t but have an upvote. :enjoy:
 
Grid feed systems like QASP do not use batteries...hence why they only work during day...also with evolution of OPzS batteries..the life time has been become extended to 2000 Cycles which gives a good 6 years life on daily use basis at DoD of 80% in a very affordable package..cheaper than GEL or AGM VRLA batteries...and OPzS batteries only require water to be added 2-3 years when used with special recombination plugs.

Thanks but I honestly just for my education could someone explain why no one else is doing this?

Are there some unique conditions at this airport?
 
Grid feed systems like QASP do not use batteries...hence why they only work during day...also with evolution of OPzS batteries..the life time has been become extended to 2000 Cycles which gives a good 6 years life on daily use basis at DoD of 80% in a very affordable package..cheaper than GEL or AGM VRLA batteries...and OPzS batteries only require water to be added 2-3 years when used with special recombination plugs.

So are you an engineer? Very informative post. :tup:

Apart from trolling and fighting each other whole day, atleast at times we learn good stuff from our neighbours once in a while :enjoy:
 
I seriously doubt the 300 days of sunshine in Kerala. There have been lots of unseasonal rains lately. Maybe this is a good idea for Jaipur.
 
What about tesla paywall? They using it to power their factory.
 
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