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This article aims to show the areas in which technological changes will take place to bring about energy security, and the prerequisites and costs. It has been assumed that technological progress will contribute to the development of energy markets and increase the level of energy security. Changes in energy markets are a necessity. Energy is a source of economic competitiveness. The ability to produce cheap energy and in quantities adequate to needs is a social and economic development factor. The opportunities for change will be the need for new energy sources, instability in the energy markets, as well as technological progress. New technological solutions allow for better energy demand and supply management and preparing forecasts for increases/decreases in the energy demand. The threats are high costs of introducing new technologies and the necessity of implementing many investments at the same time, which require changes in entire systems. Investments require a long period of time and anticipation of trends.

The main aim of the article is to examine how cooperation with research institutions influences technological maturity of enterprises. It is accompanied with the additional aim, which is to assess the role of innovation policy interventions in this process, as captured by the concept of behavioral additionality, which is one of the externalities of public support for R&D. The focus of this article is put on one of the specific types of behavioral additionality—cooperation additionality—which takes place in the situation where public support influences the collaboration behavior of a firm receiving R&D support. The study was conducted with the use of firm-level data collected in a survey on the sample of 464 enterprises operating within national smart specializations in Poland. The results of the research suggest that public funding fosters the cooperation between scientific institutions and enterprises, thus confirms the cooperation additionality.