An energy management system is simply a network of computer-aided instruments utilized by electric utility operators to monitor, control, and even optimize the operation of their generation or transmission system, which is commonly called the utility grid. It can also be utilized in large scale integrated systems such as microgrids. This type of programmable logic controller can automatically manage all aspects of a utility grid. The electrical energy supplied to an area must be controlled and monitored to avoid damaging the infrastructure or human life. There are three major parts to any energy management system: the utility generating unit (GE), the Distribution Management Company (DMCC, and the Electric Utility Commissioners (EUC). There are also sub-parts such as load controllers, voltage controllers, and fuel processors. Here are some tips from pros.
In building management systems, one uses the load cells, which are devices that measure the energy consumption based on the input voltage. This device is usually a small form factor device that acts as a switch, which controls the rate of current passing through it. Other energy management systems include building diagnostics, which is also called energy monitoring. These systems are sometimes used to measure total energy consumption, and sometimes they are employed to provide guidance in improving the energy efficiency of a building.
The EPC or electricity performance characteristics of a facility are generally analyzed during the development of an energy management systems. Energy consumption is measured over a period of time in order to determine energy consumption trends and patterns. This information is also helpful in the development of plans for improving energy efficiency. An EPC analysis can indicate the methods used to conserve energy, and what can be done to reduce energy consumption if demand for energy exceeds the capacity of the facilities.
Energy management systems have several components including the energy consumption monitoring equipment, the micro-level interface control systems, the total building controls, and the energy management software. The micro-level interface control systems to measure energy consumption over the entire structure or facility and report energy consumption trends and patterns to the administrator or the architect. The total building controls are used to provide overall building maintenance and to set overall facility efficiency objectives. All energy-management systems are designed to meet the needs of large commercial buildings.
Naya energy data management provides customized, real-time Naya Energy reports for any commercial building or facility. This software package includes highly efficient energy data reporting tools, including: historical Naya energy data, renewable energy data, and historical non-renewable energy data. Users have the option to generate custom reports and export them to various formats.
Naya Data Management collects energy consumption information at the household level and from small to large offices. It also collects data at the micro-level – individual equipment, systems, and facility equipment. Micro-level energy management systems help in reducing energy usage in commercial buildings by improving energy usage efficiencies at the premises. This helps reduce energy consumption in the long run and improve the operations and cost savings of a facility. Naya Data Management is capable of running on Windows 2021, Windows NT, Windows 2021 Enterprise Server Edition, Sun Java 6, Solaris EJ 6.5, or Linux.
Commercial buildings include office buildings, shopping malls, hotels, schools, industrial centers, healthcare facilities, corporate houses, hospitals, and residential properties. With the help of a commercial building management systems, businesses can reduce energy consumption for various reasons, including saving on costs, improving operations, reducing waste, improving employee health and safety and environmental management. To make commercial building energy data collection easier and more effective, commercial building management systems are built using high-performanceperformance computing technologies. In addition to this, energy data can be captured with the use of infrared cameras and sensors, and wireless sensors to capture energy consumption in the field.
There are different energy management systems that are available. Commercial buildings include industrial, office, and retail spaces, warehouses, mobile service stations, vehicle maintenance, automotive repair, construction, and fleet maintenance spaces. Commercial building management systems also help in maintaining records of expenses and revenues of a company. This is achieved by creating an invoice form and using an efficient collection management system. The way energy management systems also help in managing financial and human resource information, while controlling and collecting data.