The Compamy’s Power Growth Model System

When calculating the company's business plan, in many cases there is a problem of lack of resources to fully meet the demand for the company's products. In article (Danilin, 2019) the system of models of coordination of decisions between the leading divisions of the company was offered: production department, sales department, department of, financial department. However, the production department was presented in this article only by one model, and technological services were absent. In this article more detailed system of models for production department when calculating the production program is offered, and agreeing on the decision with model of technological service. The calculation of the production program (the company's capacity) and its growth is possible due to several areas: a) the development by the technology departments of short-term projects aimed at the implementation of resource consumption standards; b) the development by technology departments of additional production methods for manufacturing products or services, along with the main; c) additional acquisition of resources through investment; d) outsourcing of domestic semi-finished products. There were special models for each area that would reduce the level of increase in the company's ability to meet the demand for its production. The purpose of the article was to show an opportunity to create a model system out of them, allowing them to maximize the capacity of the production company within the framework of the existing investment opportunities. The scientific novelty is to develop the meta-historical basis for the sequence of implementation of individual models and to harmonize them with each other to solve the problem. The example shows that the use of these directions in a certain sequence allows to increase the power of the company and as close as possible to 100% of the satisfaction of demand.

production program, production program models, short-term technological projects, outsourcing, technological methods of manufacturing products, semi-finished and finished products, in-plant turnover

1. Gerasimov N. I. (1972). Planning of the production program of machine-building enterprise. Moscow, Mechanical Engineering (in Russian).

2. Danilin V. I. (1975). Economic-mathematical models of annual planning at the enterprise. Moscow, Nauka (in Russian).

3. Danilin V. I. (2003). Loadings of the equipment task. Economic-mathematical encyclopedic dictionary. Moscow, Great Russian Encyclopedia, INFRA-M, pр. 146 (in Russian).

4. Danilin V. I. (2005). Subcontract as special case of outsourcing: technique and system of models of assessment of efficiency. Economics of Contemporary Russia, no. 4 (31) (in Russian).

5. Danilin V. I. (2006). Operational and financial planning in corporation. Methods and models. Moscow, Nauka (in Russian).

6. Danilin V. I. (2019). System of models of horizontal coordination of planned decisions by various divisions of the company. Economics and Mathematical Methods, vol. 55, no. 1 (in Russian).

7. Kalendzhyan S. O. (2003). Outsourcing and delegation of powers in activity of the companies. Moscow, Delo (in Russian).

8. Leontiev V. V. (2006). Selected works. In 3 vol. Vol. 1. General economic problems of inter-industry analysis. Moscow, Ekonomika (in Russian).

9. Sapiro E. S., Gantman Yu.A. (1980). Ways of improvement of advance planning of technical development of industrial association of the enterprise. Economics and Mathematical Methods, vol. 16, is. 3 (in Russian).

10. Titov V. V. (1981). Optimization of decision-making in production management. Novosibirsk, Nauka (in Russian).

11. Mironosetskiy N. B. (1976). Modelling of the new products’ construction and production processes. Novosibirsk, Nauka (in Russian).

12. Shapiro D. (2006). Supply chain simulation. St. Petersburg, Peter (in Russian).

13. Shubkina I. P., Danilin V.I., Tatarov V.A., Plechinski A.S. (1983). Economic-mathematical models in a control system of enterprises. Moscow, Nauka (in Russian).