Energy Information System is a web based application programmed with server and client technologies so that the application data can be accessible over the Local Area Network or the internet.
The core purpose of EIS is to keep the fluctuating valuable energy figures from its generation to its consumption and help the organization’s management to make vital decisions at right time. EIS reports are designed and developed in such a way that they can help management in identification of abnormal energy trends, no matter at what level it occurs.
EIS has multi-level application security architecture. EIS has ability to provide security to the valuable energy information and different roles to multiple EIS users which is managed by application default Administrator.
EIS has following two main interfaces:
1. Administration interface.
Administration interface deals with EIS, one time, essential setup aspects that are required for EIS to function.
2. User Interface.
The user interface intents to deals with EIS routine transactions made by the target users defined by the EIS administrator. Users can be of unit, department or machine levels which merely depend on organization hierarchy. Similarly, user interface allows users to view reports on all above mentioned levels with multiple combinations of other criteria’s which help user to obtain filtered and accurate reports.
EIS User Management:
EIS is multiuser application and allows multiple users with different roles in a big organization to operate application at same time, simultanously. All data is kept into the database centrally. Administrator defines EIS users assigning them with appropriate permissions in order to use EIS. Administrator can choose from the operational rights, whether the user can add, update or delete any EIS data information.
Similarly administrator can also activate and deactivate particular user logons..
Administrator can add, update and likewise delete the information as and when required.
Few Important Features of EIS:
- Energy Consumption Management.
- Steam Generation Management.
- Electricity Generation Management.
- Electricity Generation from Gas.
- Electricity Generation from Diesel Management.
- Steam Generation from Fuel Management.
- Unit Cost of Production Daily, Monthly and Yearly.
- Consumption by Unit, Department and Machine.
- Steam Cost Breakup.
- Electricity Cost Breakup.
and more......... |