New York shows the “mother of all photovoltaic installations” with panels aligned at the same point. News as revolutionary as the first photovoltaic city presented in Europe. He Sol It has played a key role in human life for thousands of years, from biological to social perspectives. However, in light of the climate crisis, the so-called “king star” has taken on even more relevance, as betting on solar energy could be a more than effective strategy to reduce global warming caused by fossil fuel emissions.
“Certainly, the Sol “It applies to everyone,” he claimed. Aline Kirstenvice chairman of the Brazilian Solar Energy Association (ABENS) in conversation with National Geographic. She is also an electrical engineer and aspiring doctor in solar photovoltaics from the Federal University of Santa Catarina (UFSC)has been researching this since 2017 and is co-founder of the Brazilian Network of Women in Solar Energy (MESol)a civil organization committed to gender equality in the solar energy sector.
In an article about monitoring solar panels, published in Carbon Letter, Aline Kirsten has analyzed the current context of solar energy Germany and explained: “It’s a path of no return. It will be part of our lives and occupy an increasing percentage of the energy matrix of all countries.” Like other specialists who study sustainable energy, he also observes its use Sol as one of the most important ways to reduce greenhouse gas emissions.
New York exhibits the ‘mother of all photovoltaic installations’ with aligned panels
The new terminal JFK will have the largest solar system in the world New York, with more than 13,000 panels covering an area equivalent to six football fields. New York has started construction on an ambitious microgrid project in the New Terminal One at John F. Kennedy International Airport (JFK).
This move will set a precedent in energy sustainability and demonstrate the city’s commitment to the fight against climate change. The energy service provider, AlphaStruxurewill be responsible for the construction, operation and maintenance of a 12 megawatt (MW) microgrid that will supply energy to the terminal through a combination of solar panels, fuel cells and a battery energy storage system.
The microgrid will cover approximately half of the terminal’s daily energy demand, which represents approximately half of the terminal’s daily energy demand. This means that a large part of the required electricity will be produced and consumed at the airport itself, reducing dependence on the general electricity grid.
One of the most notable features of the project is the installation of the largest solar panel structure in the world New Yorkwhich will also be the largest at any airport USA.
An installation with a capacity of 6.63 MW and 13,000 solar panels that will cover an area comparable to that of 6 football fields. This technology will make it possible to produce renewable energy directly on site, reducing the carbon footprint of airport operations.
New York sets a precedent with the “mother of all photovoltaic installations”
In addition to the integration of solar energy, the microgrid will offer 3.84 MW of fuel cells. They will supply electricity and residual heat from the cells to generate hot and cold water, optimizing the use of energy resources in the terminal.
The development of the New terminal one at the airport JFKwhich launched in 2022, is part of a broader $9.5 billion initiative that also includes expanding the Terminal 4. The Rebellion of the Nnew terminal one, that will replace the Terminals 1, 2 and 3will be developed in several phases. The aim is for the first phase to be completed in 2026, while the entire terminal should be completed in 2030.
In short, New York will present the “mother of them all”. photovoltaic installations” with panels aligned at the same point. A context that is almost as revolutionary as that of Spain, with 41,000 solar panels ready for this.