ENERGY & POWER MANAGEMENT
Hospira Healthcare India Pvt. Ltd., Visakhapatnam
System Features:
CompactLogix CPU L23E
Point I/O Modules Over Ethernet/IP
SM2 Modbus Communication Module
Factory Talk View SCADA
PLC & SCADA Communication Over Ethernet/IP
System Architecture: 
System Objective:
Power Management:
Panel status & Energy Monitoring:
General Arrangement: 
Key-Line Diagram: 
System Features: CompactLogix CPU L23E Point I/O Modules Over Ethernet/IP SM2 Modbus Communication Module Factory Talk View SCADA PLC & SCADA Communication Over Ethernet/IP System Architecture: Here is the architecture of PLC System.
Here we get the CPU status & also we get the all Input/output status by individual card.
Here we get the CPU status & also we get the all Input/output status by individual card.
System Objective: Power Management: The main objective of control system is the power management.
Because of restrictions of power consumption at night the client has to switchover power from Transformer to DG.
As it is a pharmaceutical company there should not be a destruction of power, so they have to switchover in short time.
Doing this manually they requires at least 30 minutes.
But from PLC it takes Maximum half minute.
Because of restrictions of power consumption at night the client has to switchover power from Transformer to DG.
As it is a pharmaceutical company there should not be a destruction of power, so they have to switchover in short time.
Doing this manually they requires at least 30 minutes.
But from PLC it takes Maximum half minute.
Panel status & Energy Monitoring: The status of all Incoming & Outgoing feeders at a glance.
Energy monitoring of all feeders, trends & Report generation of logged data.
Also alarm summary & history helps to keep record of feeder failure.
Energy monitoring of all feeders, trends & Report generation of logged data.
Also alarm summary & history helps to keep record of feeder failure.
General Arrangement: This is the General Arrangement of PCC panel.
This includes Transformer incomer, DG incomer & outgoing breakers through which power is distributed to whole Plant.
This includes Transformer incomer, DG incomer & outgoing breakers through which power is distributed to whole Plant.
Key-Line Diagram: This is the Key Line Diagram.
Here we get status of all Incoming sources & Charged Bus.
Also important parameters of particular source are shown.
Here we get status of all Incoming sources & Charged Bus.
Also important parameters of particular source are shown.