Buildings for industry and production are an integral part of architecture. Buildings for light industry (IT, electricity, textile, etc.) dominate currently in the area. People working in these buildings spend a substantial part of the day stay in their internal environment. It is therefore necessary to pay attention to the creation and evaluation of industrial buildings. Faced with an evaluation of residential buildings or commercial buildings, an evaluation of industrial buildings is significantly in the background. This contribution presents some results from evaluation of internal quality for industrial buildings. The article deals with physical parameter analysis of indoor climate in large industrial space production halls considering the effects and influence on internal environment in winter and summer periods. The paper presents research results of a questionnaire evaluation of building�s users themselves, results of daylighting evaluation, an exterior walls moisture analysis, an analysis of energy requirements for operation of industrial buildings, evaluation of overheating in the summer periods and a research of window design aspect. To address these various issues have been used in situ measurements, laboratory measurements and analysis using computational simulations. The results showed that in the case of industrial buildings may not be the procedures for the evaluation of residential or commercial buildings properly. The results also showed that users' requirements for indoor industrial buildings may differ from the requirements for residential or commercial buildings. Based on the results it should be noted that designing of industrial buildings as well as evaluating industrial buildings should be paid attention and to create different evaluation criteria.