The Enterprise Energy Manager (EEM) is a robust and scalable energy monitoring Solution from Prokosha Systems Private Limited (www.prokosha.com). It is built on a flexible and extensible architecture for service assurance systems involving data collection, detection of incidents, act and resolve incidents in good time, and enable continuous analysis of health, performance trends and improvements of the system.
With a competitive global economy, soaring energy prices, increasing environmental issues and technology-based decision making, your profitability depends on the ability to analyze, control and optimize operating costs. Better energy management saves money and translates to an improved bottom line.
Decision makers everywhere are interested to get the information they need to make smart energy choices. Enterprise Energy Manager, an advanced web based platform, provides real time data for your enterprise and gives you the most sophisticated advantage to drive energy efficiencies, reduce operating costs and create more sustainable, environmentally sound facilities.
Enterprise Energy Manager
- Easy to deploy, use and manage.
- Identify cost saving measures that can lead to greater profitability
- Discover energy inefficiencies that may be difficult to see otherwise
- Measure and monitor the enterprise’s carbon footprint
- Track and trend consumption and site performance versus your goals
- Highlight maintenance issues – identify sites and equipment that need immediate attention.
- Provide outstanding communication and support thereby enabling your operations and management personnel to have the most advanced, intuitive energy management reporting at your fingertips
- Replace the right assets at the right time with complete financial justice including energy usage
Enterprise Energy Manager
- Analytics and action engine: Define multi-condition rules to predict failure and drive specific action. You get alerts and notification when you need them, giving you plenty of time to respond and avoid disruption.
- Real-time performance data: With real-time performance data analysis, you get a precise understanding of the nature of the problem, analyze what’s wrong, and how to fix it.
- Knowledge base: Expand and refine your analytics to really zero in on specific problems and then provide precise solutions. Over time, you can build up that knowledge in Energy Performance Management, so that it’s available to everyone to perform the right actions.
- Combined maintenance and production: EEM lets you see your maintenance and production requirements all in one place, so that you can more easily coordinate schedules and act at an optimal time for the organization.
- Continuous monitoring: EEM continuously monitors asset health, analyzes performance data, and generates alerts based on precise diagnosis, so that your predictive maintenance programs drive responses at the right time.
- Intuitive, customizable user experience: You get a single sign-on, simplified navigation and a consistent user interface across applications, Sites or Customers, and has the capability to tailor the user experience.
- Multiple ways to find information: You can get the information you need to do your job, and decide when and how you want to see it.
The data collection and log module deployed in each installation site is responsible for collecting data from various devices using the native interfaces supported.
- Data collection Interface
- Devices supported – Inverters, Sensors, String controls
- Support for native interface via adapters – RS 422, RS 485, ETH, Wi-Fi, WiMAX
- Protocols – Modbus, CAN bus protocols
- Configurable data collection frequency and
- device response timeout
- Configurable period of log retention
- Cloud / On premise based monitoring solution
- Intelligent and Smart actionableinformation
- Lightweight agents on monitoredresources
- Service and resource dependency mapping
- Complex Event Processing rules for event correlation
- Ticketing workflow with email & SMS alerts
- Adapter based architecture for integrating new metrics and data sources
- Agent based or agentless secure monitoring
- Easy to integrate with other collection tools, scripts and applications via adapters
- Smart service and resource event correlations
- Supports many complex patterns
- Detects group behavior
- Can capture additional system state information on event detection
- Provides actionable information. Tickets created at the recognition of deterioration of a service with all relevant information
- Service ticket contains all relevant information
- Multi-level workflowsSLA support and Escalations (functional and hierarchical)
- Configurable organizational structure, rolehierarchy and
- security policies. Auto closure of tickets if system remedies itself
- Tracking and monitoring features
- Rule based assignments, task history, statusupdates, comments, attachments, etc.
- Aids in operator productivity and efficiency
The admin user at the installation site can setup the installation through an Admin application.
- Manual/Auto Discovery of devices – Inverters, sensors and string controls
- Setup site configurations – Installed KWH, Peak power KWp, Carbon factor, rate/kwh etc.
- Setup Inverter configurations – Max power, Nominal output, Max voltage, max current etc.
- Setup sensor configurations
- Setup data collection service endpoints
