Abstract
The article presents the author's concept of integrated financial and economic management of energy crop production using the example of growing fireweed in the forest-steppe zone of Ukraine. The study is based on comprehensive monitoring of the agro-technological cycle, the dynamics of biomass indicators, economic feasibility and energy efficiency in the context of innovation challenges. For the first time, the feasibility of combining adaptive agricultural technologies with elements of smart analysis of labor and material resource productivity has been substantiated, which allows not only to increase yield, but also to optimize costs at all stages of the production process. The results demonstrate that the most effective is the spring sowing strategy, which provides the highest level of profitability and the greatest energy profit. The proposed network model allows structuring technological operations in the form of a logistical sequence taking into account calendar periods and resource provision, which is key for planning the load on personnel. The author's methodology for assessing energy efficiency shows that the energy efficiency coefficient indicates an average level of technological feasibility of the selected model. Thus, the presented system is a unique multidimensional platform for managing energy agricultural production, which can be integrated into strategies for sustainable development of rural areas through the prism of technological transformation of labor resources.