Airports May Develop into Solar Vitality Hubs


Experts warn that we are running out of time to prevent the worst effects of global warming. For decades scientists have warned us that we need to fundamentally change our relationship with fossil fuels and land use, but now we are on the cutting edge. The Intergovernmental Panel on Climate Change, the world’s leading experts on the matter, say we have less than 10 years To turn things around so that the world does not warm up any more than 1.5 degrees Celsius over pre-industrial levels to avoid a complete ecological catastrophe.

“In the most hopeful scenario, innovations in efficiency and technology lead to a huge drop in energy demand, accelerate the decarbonization of the energy system and eliminate the need unproven technology for carbon capture, ”Gizmodo’s Earth sets the options. “In another case, the nations come together harmoniously and we switch to a more sustainable lifestyle and buy fewer Tchotckes [sic]. ” If the pandemic has proven anything, it is that we love our tchotchkes (read: Jeff Bezos’ bank account) and that not even a global common enemy like the coronavirus has managed to create world peace, so I think that it has to be the former.

To achieve this, innovation and extensive research and development investments in new and proven clean energy and energy-saving technologies are essential. Efforts to capture and reforest carbon must also be driven forward and expanded. Any path set by the IPCC will involve massive reversals of money into a global climate effort that will total about $ 2.4 trillion a year by 2035.

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In 2020 the world just gave out $ 501.3 billion to renewable energy, electric vehicles, and “other technologies to reduce the global energy system’s dependence on fossil fuels,” but that is actually a big step up. In 2017 the world has just passed $ 280 billion The installation of renewable energies and crossing the 500 billion mark was seen as a hopeful sign that the world is finally catching up with the clean energy transition.

And new clean energy innovations keep popping up as scientists around the world delve into the greatest looming (and in many ways already emerging) crisis of the millennium. Scientists think in new and creative ways, and not all of them are space ages or muskians. Some of them are as simple as More efficient use of our data centers, start bigger Emissions certificates, and eat less meat. And some of them are using what we already have to transform it from an everyday item into a machine to combat climate change and retrofit it.

Such is the case with the Australian airports, which could soon become one of the largest clean energy producers in the country. A new study The study, published by RMIT University, found that all of Australia’s state airports that install large solar systems on the roof could collectively produce enough energy to power an entire city – 136,000 households. This large-scale solar project would generate more than 20 times the electricity currently produced by the 17,000 residential solar panels in Bendigo, Victoria, the city that served as the base for the study. The mere installation of large-scale solar modules at Melbourne Airport would produce more energy than the city’s total solar output. And if large-scale solar systems were installed at the 21 federal leasing airports in question, the project would offset a whopping 151.6 kilotons of greenhouse gases annually.

The study has important and exciting implications for viewing publicly owned and managed land buildings and land as potential hubs for green energy generation, not just in Australia but around the world. Airports around the world as well as large commercial buildings, warehouses or distribution centers could play an important role in a decarbonised future.

“We cannot rely on small solar panels for private households to achieve an emission-free economy, but installing large modules in places like airports would bring us much closer,” said researcher Dr. Chayn Sun. was quoted by SciTechDaily. “We hope that our results will serve as a guide for energy policy and at the same time influence future research on solar use in large buildings. There is so much potential to promote economic development while contributing to the goals of reducing greenhouse gas emissions. “

By Haley Zaremba for Oil Genealogie

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