Due to the majority of agricultural lands in the region being arid and the low annual precipitation levels, the majority of cultivated agricultural areas consist of cereal farming. Grain production holds particular importance in Konya, as the province hosts numerous industrial investments based on grain processing.

Numerous projects are being supported in partnership with producer organizations such as Chambers of Agriculture, Cooperatives, etc., with the aim of increasing shared machinery usage among farmers in the region, enhancing agricultural mechanization, and facilitating farmers' access to modern agricultural machinery.

Through this project, the establishment of a soilless strawberry greenhouse aims to save labor and time, obtain higher strawberry yields per unit area, enable more efficient and planned use of productive agricultural lands, and achieve self-sufficiency in strawberry production for Meram district.

The project aimed to serve as a guide for investors planning to invest in the information technology sector, to raise awareness, to meet pre-investment feasibility needs, and to present a conceptual model of a data centers zone that could attract international investors as well.

Through this project, the primary aim is to meet the seedling needs for vegetables, flowers, etc., first in Meram District and subsequently in Konya and surrounding provinces, thereby activating local potential. It also seeks to ensure the efficient and effective use of resources locally, enhance the competitiveness of producers, and promote the economic and social integration of vegetable-growing farmers. Within the scope of the project, a 3,000 m² seedling production greenhouse has been established for seedling cultivation.

The Konya Metropolitan Municipality established a glass greenhouse of approximately 400 m² within the Konya Science Center. With the aim of evaluating this greenhouse, it was decided to research the use of our Hydrogen Combi Systems, which we produce and export using local and national resources, in greenhouses with the support of GES, to calculate costs, and to implement a pilot greenhouse application. Within the scope of the project, the glass greenhouse has been equipped with a HID+GES+RES heating system.