#AIinAgriculture #DataCenter #VerticalFarming #ITMOHighPark #SustainableTechnology
ITMO HighPark, a visionary project by the Institute of Information Technology, Mechanics, and Optics (ITMO) in Russia, plans to revolutionize agriculture and data management through sustainable and innovative technologies. The project aims to build a state-of-the-art data center (ЦОД) in the satellite city of Yuzhny, near Saint Petersburg. This data center will produce excess heat that will be harnessed to power vertical agro-complexes. The centerpiece of the project is the introduction of artificial intelligence (AI) and neural networks to optimize the process of cultivating crops in vertical farms. The ambitious initiative is set to receive an initial investment of around 2 billion rubles and is expected to commence operations by September 1, 2025.
The data center will be constructed by “OBIT,” featuring a robust capacity of 2330 kW and a total area of 1350 square meters, accommodating 512 racks. What sets this data center apart is its innovative approach to sustainability. The excess heat generated by the data center’s operations will be channeled to power a complex of vertical farms, highly automated facilities dedicated to growing crops. The vertical farms will be situated in close proximity to the data center.
Mikhail Mastin, the head of projects at ITMO HighPark, revealed that the choice of crops for the vertical farms is yet to be finalized. However, the options under consideration include medicinal plants used in pharmaceuticals and the production of dietary supplements, as well as various fruits and vegetables. The decision will likely be based on factors like market demand and the ecological feasibility of cultivation.
The integration of artificial intelligence and neural networks into the vertical farms promises a host of advantages. The AI will be responsible for monitoring and managing the growth and health of plants, overseeing hydroponic systems, and tracking crucial indicators. By automating the processes, the farms will operate efficiently and precisely, resulting in higher yields and reduced resource consumption.
ITMO HighPark aims to leverage external expertise for the design of the vertical farms, collaborating with third-party contractors. The University of ITMO’s research and innovations may also play a pivotal role in managing the greenhouse facilities.
Mikhail Mastin asserts that employing AI and neural networks for greenhouse management is not a daunting task. The use of computer vision and AI algorithms to control plant growth and nutrient supply is a technology that has matured significantly, making the integration seamless and achievable.
The project’s impact extends beyond agriculture; it seeks to set a benchmark for sustainable technology integration in the data center industry as well. By repurposing excess heat and utilizing AI-driven processes, ITMO HighPark demonstrates the potential to merge ecological responsibility with cutting-edge innovation.
ITMO HighPark’s ambitious plan to construct a data center and integrate AI-controlled vertical farms showcases a commendable step towards sustainable technology in both agriculture and data management. By fostering collaboration between technology, agriculture, and research, this visionary initiative holds the promise of a greener, more efficient future.
