Lockheed Martin To Provide Nanotech-Based Clusters For Canal-Top Solar Power Projects Inside India
After Gujarat's success suffering from canal-top solar photovoltaic power repiquage, other Indian states are also forecasting large-scale implementation of similar works of art.
India's northern state of Punjab plans to set up 1, 000 MW of solar PV projects to cover several kilometres of canals around the next three years. The state government consists of announced a target to cover the, 000 km of canals all through state. Through this program, the government desires to15325 generate 15% of the state's complete electricity demand.
Understandably, the construction out of canal-top power plants is skin condition and structurally very different from caribbean or ground-based solar PV projects. That mounting structures for the solar PV materials cannot be heavy, as it could detrimentally impact the structural integrity generally the canal itself. The structures really should be easy to work with, as they are to be assemblage over a slope.
This is where the Punjab government has asked Lockheed Matn for help. The US-based contractor} has entered into an agreement with the Punjab government to develop lightweight mounting components for solar panels using nanotechnology.
Cacera and rooftop solar power projects could well be the only viable options for Punjab currently an agricultural state and farm land availability for large-scale ground-mounted works of art remains an issue. As a result, the state lawmakers has a relatively lower (compared some other states) capacity addition target of 2 GW.
Earlier this year, the world's largest caribbean solar PV project, with a capacity of seven. 52 MW, was commissioned throughout the Punjab.
As per the agreement between Punjab and Lockheed Martin, the company may offer solutions for the utilisation out of surplus crop residue, which the people otherwise burn. The government hopes to optimize its biomass-based power generation item volume.
Gujarat was the first to put into operation a 1 MW canal-top solar power upgrade. The project avoids high farm land costs and also saves a significant number of water through the prevention of evaporation. The state is now working to complete a 9 MW canal-top project.
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Tags: Canal-top Solar Power Project, India solar power, Lockheed Martin Solar Power, Nanotechnology Solar Power, Punjab Solar Power, Solar Module Mounting Clusters
Mridul Chadha currently works as Head-News & Data at Climate Catch Limited, a market research and stats firm in the renewable energy and and also carbon markets domain. He earned your Master's in Technology degree because of the Energy & Resources Institute throughout the Renewable Energy Engineering and Management. Your husband also has a bachelor's degree throughout the Environmental Engineering. Mridul has a willing interest in renewable energy sector in Asia and emerging carbon markets valuable China and Australia.
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We should do canal top photovoltaic in california too. Open pathways lose a lot of water due to evaporation. So why not use that "free" territory and reduce canal evaporation in one to?
It's been discussed. I'm unsure what's happened with the proposal.
I realize a couple of reasons why it might be a down the track than sooner thing.
First, the price of racking over water is going to be rather pricey than a compact solar farm. Or we've got some real wasteland along parts of the canal levées. Farms that are "salt poisoned" suffering from selenium buildup.
Second, stringing investigation out in a many mile lace increases connection/transmission cost. a abolengo farm can be built close to generally known transmission and save money.
Where will the nanotechnology come in? In a sense, you can introduce anything as nano, since absolutely physical object is made up of tiny elements. Lockheed are good at technology, however at smoke.
I was wondering which unfortunately myself. I would guess it pretty much certainly refers to using nanosized filler to reinforce plastic and is used where parts need to be light and strong together with car parts.
Why not hang the tablón structures on suspension cables maintained rows of light posts on both equally side of the canal? A little acomodaticio movement won't affect efficiency and also adjusting cable tension could give seasonal panel-angle adjustments.
And then start off by stringing these cable-hung sun horsepower (hp) shades over freeways in Phoenix, arizona.
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