“People are very proud of this issue”: How River and Lake Water are cooling
“It was more like a luxury project,” says Deo de Klerk, the team leadership for heating and cooling solutions at the Dutch Energy Company. Today, his company’s customers are increasingly asking for the area’s cooling systems as well as the area’s heating systems. ENCO has 33 heating and cooling projects under construction. In Rotterdam, the Netherlands, one of the company’s facilities, helps cool buildings, including apartment blocks, police offices, a theater and restaurants, using the Meuse River water.
It is not difficult to see why cooling technologies become more popular. A few years ago, Niral left Paris. He remembers the waves of heat. “My routine over the weekend was to go to the parks,” he says. Nirals sit well in the evening – read LES MisérablesNot less – waiting for her apartment to cool. Recently, he has become increasingly finding his time in shopping malls, where air conditioning is plenty of, so that he can do it through hot French summers. This year, unprecedented heat waves reached France and other European countries.
The city of Paris is now frustrated to help them find cool shelters during the intense heat spell. One of the main components of the Parisian climate compatibility programs is the river cooling network, which is currently 100 kilometers away, although this is due to an increase to 245 kilometers to 2042. While about 800 buildings are offered today, the people are responsible for providing 3,000 buildings at that future date.
Systems such as Paris do not pump river water around the properties. Instead, a loop of river water piping delivers facilities in which the heat warm from a separate closed loop that attaches to the buildings. This heat transfer is possible thanks to devices called heat exchangers. When the cooled water in the separate loop reaches the buildings later, the heat exchangers allow it to cool the liquids in the pipes that feed the air conditioners in separate rooms. In essence, the heat, for example, a packaged conference room or a tourist art gallery is gradually transmitted by a pipe-to-river or lake.
The efficiency of the Paris system varies throughout the year, but even at the peak of the summer, when it is hot, COP-a few kilowatt hours of your cooling energy for each kWh of electricity consumed by the system, which is not much lower in winter, in winter, while in winter, it does not exceed 15, while it does not require more than 15 in winter. Air ventilation systems. “This is quite magnificent,” it boasts the Niral.
But this summer temperature is increasingly worrying. This summer, Sin has briefly exceeded 27 degrees Celsius (81 degrees Fahrenheit). How can anything cool? The answer is chiller machines that help supply extra cooling for water circulating around buildings. Instead of exploding hot air, these devices can bring their heat out through the river ring. The opportunity to continue this work is narrow, although it is not permitted to return water to the syllable above 30 degrees Celsius because of the Fraîcheur de Paris. Now, this means that the river can accommodate only a few degrees of heat in the hottest days. The waves of future and stronger heat can evaporate more than that.
