The project involves supply and installation of OPGW/ADSS OFC on over 2500 km of existing 132kV transmission lines replacing existing earthwire, integration with OFC on existing 230kV Transmission lines, and provision of an SDH STM-1/4 backbone transmission network over this infrastructure. The telecommunication network comprises a STM-4 transport layer linking 6 primary SDH loops with subnetwork (SNC) and redundant multiplex protection. The network provides 10 Mbits/Ethernet services to all SCADA RTUs, IP Telephones, provides primary protective relaying channels and supports a large administrative telephone system with 20 state of the art digital telephone exchanges (SOPHO), Over 110 substations and generating stations are linked via RTUs to a comprehensive SCADA/EMS system. Existing SCADA and Automation system will also be connected to NLDC. SCADA. Protection and telephone services are backed up over the existing PLC radio network. The telecommunication network also comprises STM-1 microwave link between two stations, Trunk Mobile Radio network for service purposes and underground OFC cable for linking some stations. The main and back control centre comprises with HP servers, workstations, Cisco Router, switch, IP telephone, Cisco Call Manager, Philips SOPHO telephone exchange etc. This project was funded by ADB and the contractor for this project was Consortium of Areva, France & Furukawa, Japan. The project cost was about $100 million US dollar.
- Assisted in evaluation of bid, contract negotiation/management, design approval, project management & supervision of National Load Dispatch Center (NLDC) Project.
- Approved the design and supervised the Procurement of Telecommunication System for Khulna South 230kV substation. Contractor of the project was Siemens, Germany.
- Approved the design of Extension of Telecommunication System of Khulna central 132kV substation. Contractor of the project was Siemens, India.
- Approved the design and supervised the Procurement of Automation and Telecommunication system of Gulshan 132kV GIS substation. Contractor of the project was CNEEC, China.
- Setup and configure IIS 7 server to form a cluster
- Configure f5 BigIP to load balance the sites running on cluster
- Migrate the websites hosted on IIS6 to the new IIS7 cluster using WebDeploy
- Test the migration and switch over
- Installed and Configured the application
- Integrated with AD and JIRA (Issue and Bug Tracker Tool)
- Write script to backup databases in daily, weekly and monthly basis
- Capacity Planning for backup
- Worked at the setup & configuration of Zenoss
- Migrate existing alerts from GFI to Zenoss
- Install and configure ESXi host and vCenter
- Setup and configure update, networking and SAN on the ESXi hosts
- Migrate guests from old esxi hosts to new hosts
- Setup and configured it to run under Tomcat for MIA hosted sites
- Migrated from 32 bit to 64 bit environment
- Testing the search to work with new environment
- Configured JMX monitoring for JAVA
- Installed and configured it for the site for Choice mobile site (m.choice.com.au)
- Migrated from shared Windows to dedicated Ubuntu 12 box
- Testing to make sure the search works in the new environment
- Installation and configuration of Confluence
- Integration with Active Directory
- Migrate articles from wiki to confluence
- Virtualize the server which contain all the content hosted using VMWare converter tool
- Resolve the complexity arising out from network to SAN to disk size
- Switch over from old to new machine
- Install and configure DFS
- Configure Namespace and create shares to be used to content hosting
- DFS Replication setup
No comments:
Post a Comment