| 1 | Site survey, planning, Design, Supply, Install, integrate, testing, commissioning, demonstration for acceptance, training, operate & maintain the Advance Metering Infrastructure (AMI) for End-to-End Smart Metering solution with pre- payment & post payment features & to enable complete energy accounting with zero manual intervention & thus to facilitate seamless operation of utility (MES unit(s)) businesses. Prior approval of Accepting Officer shall be obtained for the detailed planning before execution of work and contractor shall incorporate changes wherever required/ suggested/ordered by accepting officer and the rates quoted above shall deemed to inclusive of such provisions and its accessories before designing / execution.The AMI system shall be comparising of the following: | | |
| 2 | Supply and Installation of RF Smart Single Phase Meter with the following specifications:
AC Single Phase Two Wire, Tamper Proof, Static Meter of Class 1.0, 240 V, 50 Hz, 10 A-60 A conforming to IS-16444 & with BIS identification mark on Name Plate and relevant IEC standards with inbuilt 865-867 MHz Radio Frequency communication facility with self healing Mesh network with default and on demand display, billing data generation facility, anti-tamper features, Microprocessor, Bidirectional Communication; Integrated Load limiting /connect/disconnect switch; recording and reporting; Power event alarms; Remote firmware upgrade; TOD features; On demand reading and LED/LCD based circuitry.
Meter Should support sending the following data to the software : 15/30 min instantaneous data for voltage, current, power factor, power, cumulative energy and frequency, monthly billing survey for Cumulative Energy and Max Demand
Meter should have connect / disconnect functionality operable from prepaid billing software.
The meter should support open communication protocol DLMS with the software
MAKE: Secure, L&T, Schneider,
Note:
(a) The contractor would be responsible from removing the existing meter, noting down the reading and depositing it with the MES.
(b) It would be possible to run the meter in both prepaid and postpaid mode
(c) The meters would carry 5 year warranty. | 391.00 | Each |
| 3 | Supply and Installation of RF Smart Three Phase Meter with the following specifications:
AC Single Phase Two Wire, Tamper Proof, Static Meter of Class 1.0, 240 V, 50 Hz, 10 A-60 A conforming to IS-16444 & with BIS identification mark on Name Plate and relevant IEC standards with inbuilt 865-867 MHz Radio Frequency communication facility with self healing Mesh network with default and on demand display, billing data generation facility, anti-tamper features, Microprocessor, Bidirectional Communication; Integrated Load limiting /connect/disconnect switch; recording and reporting; Power event alarms; Remote firmware upgrade; TOD features; On demand reading and LED/LCD based circuitry.
Meter Should support sending the following data to the software : 15/30 min instantaneous data for voltage, current, power factor, power, cumulative energy and frequency, monthly billing survey for Cumulative Energy and Max Demand
Meter should have connect / disconnect functionality operable from prepaid billing software.
The meter should support open communication protocol DLMS with the software
MAKE: Secure, L&T, Schneider,
Note:
(a) The contractor would be responsible from removing the existing meter, noting down the reading and depositing it with the MES.
(b) It would be possible to run the meter in both prepaid and postpaid mode
(c) The meters would carry 5 year warranty. | 72.00 | Each |
| 4 | Supply and Configuration of the Web based Software with following modules:
(i) Meter Data Management Module
The meter data management module would be responsible for collecting the data from the concentrator and make the data available to the billing system. The meter data management system would capture and provide the following data:
(a) 30 min instantaneous data from all the meters for seven parameters Cumulative Energy, Cumulative Apparent Energy (as applicable), Power, Current, Voltage, Power Factor and Frequency
(b) Monthly billing survey data for cum energy and max demand
(ii) Postpaid /Prepaid Billing Module
The billing module would collect the data from the meter data management module, calculate the energy consumption, calculate billing determinant and make energy data / billing data available to admin and end users. The billing module would include functionalities for tariff setup, bill format setup, bill adjustment, occupation billing and vacation billing. It would allow postpaid and prepaid functionality as required.
| 463.00 | Each Meter |
| 5 | (iii) Occupation and Vacation Module
The system would support occupation / vacation and billing reports.
the software would be collecting data from DCU. The software would provide access to staff as well as the occupant for the data.
(iv) Web site: There would be a dedicated website for the AGE and BSO team to view all the data and information. The designated users in MES would have the admin access to the application. The MES staff would also have the access of the key information on an android mobiles app (for admin use).
(v) Customer Portal
The system would include a customer portal for the resident /occupant to log in and view their own energy / billing data. There would be android and iOS mobile apps for the user to monitor its own data and balance on regular basis. | | |
