This article discusses the automation of metrological ensure at manufacturing enterprises and in metrological laboratories with a special focus on innovative technologies, including the introduction of enterprise resource planning systems (ERP systems) and the use of calibrator standards. The functioning of automated measuring systems that implement pre-established algorithms for control and testing measuring instruments is considered. An analysis of existing solutions on both the domestic and foreign markets was carried out. In particular, the focus is on a meter designed for testing integrated circuits. The possibility of integrating these measuring systems with software at various levels is discussed, as well as the prospects for their use in mass calibration of measuring instruments. The use of automated measuring systems can significantly speed up the calibration process, eliminating the need for manual voltage regulation and thereby minimizing the influence of the human factor on the accuracy of measurements. The adaptive capabilities of the software are discussed, which allows the system to be used for various types of measuring instruments, such as ammeters and ohmmeters. The findings confirm that automation of calibration processes not only significantly speeds up this operations, but also ensures strict adherence to all procedures, which helps improve the quality and reliability of the resulting measurements.

Keywords: Measuring systems, verification, calibration, measuring instruments, , automation, voltmeter, verification procedure

The article studies the peculiarities of architecture of enterprises and small-scale energy facilities in the urban environment. A number of problems arising in the interaction of small-scale energy facilities with urban development and their placement in the urban space are described. The prerequisites of architectural and spatial classification of small-scale energy facilities are emphasized. Classification of types of small-scale energy facilities by functional, urban planning, volume-spatial and compositional features is proposed. The requirements to the architecture of small-scale energy objects and their integration into the architectural and spatial context at the present stage are formed. The identified requirements and types of small-scale energy objects create a methodological basis for the formation of adaptive approaches and promising directions for the harmonization of these objects in the structure of urban spaces.

Keywords: architecture, small-scale energy facilities, urban environment, integration, harmonization, classification features