During its existence, our company has accumulated considerable experience in the development and creation of the automated systems of technical accounting of energy resources (ASTUE). The company’s specialists have participated in the creation of projects such as the systems at a scale of one object, and when you create a centralized collection and analysis of information on the consumption of energy resources to the territorial distributed objects.

IPNET Today the company offers its clients the creation of an automated system of technical accounting of energy resources of different complexity (ATEMS, ASTUE) using functional SCADA Genesis 64, is widely using OPC technology.

Harnessing the power of modern software and the availability of in-house expertise to develop OPC servers allows us to:

• combined into a single information space of accounting data from devices from different manufacturers,
• if necessary, to provide users of our systems WEB-access to the data,
• ATEMS provide advanced data analysis tools
• use to create different data standards, taking into account the peculiarities of a particular object.
• technical accounting of energy resources Systems

Bigger structure AMCS TER Railways

Implementation ATEMS solves the problems associated with inefficient use of energy resources due to the loss of organizational and human factors. This, above all, an instrument of objective and operational monitoring.

Unlike commercial accounting systems (AMR), the purpose of which is to organize a transparent interconnect billing system between the supplier and consumer of resources and, accordingly, placing metering points which clearly regulated in the rules of accounting of electricity, maintenance of the accounting system is a necessary part of the plan to improve energy efficiency within the company. Accordingly, the place, taking into account the level of detail in ATEMS determined enough to make decisions to improve enterprise efficiency.

ATEMS a manufacturing company

ATEMS a manufacturing plant allows to obtain accurate and detailed picture of consumption by different groups within the same enterprise:

separate accounting of resource consumption for production and domestic needs;
organization of accounting of consumption by structural units (for workshops, industrial sites, and so on. d.)
accounting system reduces the volume of consumption at the expense of:

• increase power management efficiency;
• centralized monitoring of energy consumption;
• documented account of energy consumption structural units;
• Personalized monitoring observance of technological discipline and optimization of the equipment;
• of expediting the identification of non-productive losses of energy in the form of leaks, emergency operation of the equipment and so on. etc .;
• of expediting the identification and elimination of unauthorized connections;
• improve the accuracy and timeliness of data collection for the implementation of the enterprise energy management (eg energy rationing system)
• objective of management tools control the implementation of the activities and conservation programs.

ATEMS in commercial real estate

ATEMS in commercial real estate has a number of other purposes. First ATEMS one or group of buildings is a tool for analysis and decision-making on the optimal management and, if necessary, reconstruction of engineering systems.

The collection, storage and analysis of information on the consumption of certain energy sources, depending on weather conditions, time of day and other factors allows the service operation to move to a flexible management of engineering systems, to optimize resource consumption and improve the building’s energy class.

Implementation ATEMS indispensable part of the plan to improve energy efficiency of existing commercial property. In order to decide whether and, most importantly, cost-effectiveness, to reduce energy consumption measures necessary not only to understand the amount and the schedule of consumption of various resources, but also to provide a control engineering systems is reflected in the specific microclimate in the building.

Only accumulated via ATEMS enough data and analyzing them, we can make decisions about the appropriateness of measures to improve energy efficiency, the construction of smart automated building management, the introduction of the temporary management of recipes, the feasibility of thermal insulation or the transition from the temperature control in hot water heating systems to adjust the temperature air ventilation in the installation of radiant heating systems and so on.