Indoor farming and its benefits
Eindhoven is a dynamic city in the Netherlands’ south known for its inventive spirit and industrial legacy. Eindhoven, the fifth-largest city in the country, has a population of about 230,000 people and is a technology and design center.
Eindhoven is now a vibrant center of high-tech production as well as design. It is home to the Design Academy Eindhoven, which has produced many notable designers, as well as the High Tech Campus, a cutting-edge research and development center. During the years, Eindhoven has created several technologies that assist its residents to live better in the city, as well as new structures that surround it.
Eindhoven is able to collect a vast amount of data due to the different technologies and major corporations operating in the city, which is constantly utilized by firms such as Signify to enhance the quality of services and technologies supplied.
Internationally, Eindhoven is only a small dot on the map. Yet the so-called ‘Brainport’ region is succeeding through its high-tech sector to become a key player in the global market.
In 2010, the Financial Times bettezzed Eindhoven the city of the future. Since then, the city and the region have won award after award: Europe’s most entrepreneurial and “smartest” region in the world, a place with the highest concentration of patents per inhabitants, the third best place to invest globally, and, as if it were not already clear, one of the world’s most creative economies.
THE PROBLEM
In the Netherlands, grocery costs are rising year after year. According to a survey undertaken by the Dutch consumer association Consumentenbond, prices rose 5.7% on average between 2015 and 2019. The primary causes of the rise are increased labor, rent, and energy expenses. Because the local market is tiny, it is also more expensive to develop and deliver items.
Eindhoven considers sustainability an important motto, especially as the world approaches a major food scarcity crisis. Brainport Eindhoven is home to the world’s largest indoor agricultural facility for research and development. Brainport Eindhoven is a pioneer in the use of light in horticulture due to our experience in this sector.
The cost of food and non-alcoholic beverages in the Netherlands in 2019 was higher than the EU average, according to Eurostat, the European Union’s statistical office. The price level index (PLI) for this category of goods in the Netherlands was 116, compared to the EU average of 100. The PLI compares current prices to the average for the EU, with 100 representing the average.
THE FARM OF TOMORROW!
Indoor farming, by implementing grown lights that can support the natural lights, with the aim of creating an agriculture within the city center of Eindhoven, closer to its customers, KM0.
Grown lights establish a controlled agricultural environment, often in previously unfavorable locations for growing food, resulting in a plethora of benefits such as the capacity to fine-tune quality and boost productivity.These lights can also, and maybe more crucially, reduce impacts on the environment such as the use of land, water, pesticides, and food miles, as fruits and vegetables frequently travel thousands of kilometers before reaching the plate.
Eindhoven is extremely important in terms of sustainability and indoor farming. As the world approaches a major food scarcity crisis, researchers and engineers from around the world are working together to develop water-saving and climate-independent farming practices. City farming has the potential to be a significant solution to this massive problem. Brainport Eindhoven is home to the world’s largest indoor farming facility for research and development. Brainport Eindhoven is a pioneer in the use of light in horticulture due to our expertise in this field.
Agriculture 4.0 offers numerous benefits regardless of crop type. The benefits of Agriculture 4.0 for a business begin with rationalizing resource use and developing product pathways that are sustainable.
Thanks to technological advancements, various factors that characterize a healthy end product can now be studied more thoroughly. Indeed, data allows for real-time analysis, which provides extremely useful information for managing multiple activities more quickly and efficiently. Furthermore, it ensures the traceability of the entire supply chain: useful and very interesting data can be collected with a very small margin of error in exchange for extremely high quality at every stage of the manufacturing process.
CONCLUSION
The information presented in this article may influence Eindhoven to focus more on these aspects, and other cities/countries may focus on developing more sustainable ways to reduce food waste and high prices. Since Eindhoven made this step possible and successful, there is a chance to help humanity avoid high prices and eat food free of harmful chemicals.
