Facilities @ Assets Management System (F@AMS) is designed based on open architecture and web based system which provide the operators with easy and fast access of critical information for effective decision making, it also offers to interface with various system such as Mechanical & Electrical (M&E),Security and Alarm Management system and other networks within or external to the facility.
The system provides the inter-link between all sites managed by the organization to facilitate global information sharing and transfer. All the applications are operated on the common platform as it facilitate excellent communications and data exchange within the system resulting create intelligent and efficiency operations .
The basic role of the F@AMS shall be Office Automation and Property Management for global database sharing and centralised/distributed management. Facilities and Assets Management Solution (F@AMS) shall be a suite of enterprise-level applications to manage buildings and facilities.
Our Applications
Capital Value
Yield
Gross Turnover (GTO)
Earnings before Interest, Taxes and Amortisation (EBITA)
Expenditure
Income
Average Rent
Oenccupancy
Budget
Fault Registration via - Phone, Email, Internet
Online Monitoring Work
Assignments Work
Order Status
Inventory Management
Stock Levels
Stock Transfers
Stock Returned
Stock Damaged
Fault Management
Resource Allocation
Electronic Approvals
Work Order Updates
Labor Management
Labor Schedules
Labor Records
Labor Cost
Routine Maintenance
Work Schedules
Contractor Management
Work Flow Management
Asset Management
Asset Records
Maintenance Records
Cost and Depreciations
Purchase Workflow
Supplier Management
Cost Management
Purchase Automation
Energy Consumption Trending
Peak hour Calculations
Maximum demand limiting
Load Shedding
Polling of High and Low Voltage Switch boards for Voltage, Current KVA & Power
Power factor monitoring
Maximum demand Prediction with scheduling functions
The Energy management system shall be able to identify the most appropriate subsystem to trigger energy management cycle and issue commands in order that the energy programs are activated in the subsystem components. The following features shall be included as part of the Energy management system
Energy Consumption Trending
Peak hour Calculations
Maximum demand limiting
Load Shedding
Polling of High and Low Voltage Switch boards for Voltage, Current KVA & Power
Power factor monitoring
Maximum demand Prediction with scheduling functions
Energy management routines are programmable. It shall coordinate with the Building Subsystem vendors to derive the efficient power utilization.
The system shall log in all records related to Energy consumption. The system shall generate reports on the energy used by various subsystems in a periodic time.
The system shall also be capable of calculating the amount of energy used by various departments based on the floor area occupied.
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