This document discusses how OpenStack can be used to meet the needs of a smart grid system. It provides step-by-step instructions for installing and configuring OpenStack identity, image, compute, storage, block storage, and networking services. It then discusses how business applications like enterprise collaboration, ERP, CRM can utilize cloud computing. Finally, it discusses how OpenStack can support internet of things and smart grid applications like meter monitoring, feeder monitoring, and power quality monitoring.

1. OpenStack Meets
Smartgrid
Keen Computer Solutions
Tapas, Boris, Soura
info@keencomputer.com

2. Openstack- Identity Service
 Creating a sandbox environment using
VirtualBox and Vagrant
 Configuring Ubuntu Cloud archive
 Installing OpenStack Identity service
 Creating tenants
 Configuring roles
 Adding users
 Defining service endpoints
 Creating the service tenant and service
users

3. Openstack Image Service
 Installing OpenStack Image Service
 Configuring OpenStack Image Service with
MySQL
 Configuring OpenStack Image Service with
OpenStack Identity Service
 Managing images with OpenStack Image
Service
 Registering a remotely stored image
 Sharing images among tenants
 Viewing shared images

4. OpenStack Compute
 Installing OpenStack Compute Controller services
 Creating a sandbox Compute server using VirtualBox and
Vagrant
 Installing OpenStack Compute packages
 Configuring database services
 Configuring OpenStack Compute
 Configuring OpenStack Compute with OpenStack Identity
Service
 Stopping and starting Nova services
 Installation of command-line tools
 Checking OpenStack Compute services
 Uploading a sample machine image
 Managing security groups
 Creating and managing key pairs
 Launching your first Cloud instance
 Terminating your instance

5. Openstack Storage
 Creating an OpenStack Storage sandbox environment
 Installing OpenStack Object Storage
 Configuring storage
 Configuring replication
 Configuring OpenStack Object Storage Service
 Configuring OpenStack Object Storage proxy server
 Configuring Account Server
 Configuring Container Server
 Configuring Object Server
 Making rings
 Stopping and starting OpenStack Object Storage
 Configuring OpenStack Object Storage with OpenStack
Identity Service
 Setting up SSL access
 Testing OpenStack Object Storage

6. Using Openstack Storage
Object
 Installing the swift client tool
 Creating containers
 Uploading objects
 Uploading large objects
 Listing containers and objects
 Downloading objects
 Deleting containers and objects
 Using OpenStack Object Storage ACLs

7. Admin Openstack Object
Storage
 Preparing drives for OpenStack Object Storage
 Managing OpenStack Object Storage clusters with swift-
init
 Checking cluster health
 Benchmarking OpenStack Object Storage
 Managing Swift cluster capacity
 Removing nodes from a cluster
 Detecting and replacing failed hard drives
 Collecting usage statistics

8. Open Stack Block Storage
 Configuring Cinder volume services
 Configuring OpenStack Compute for
Cinder
 Creating volumes
 Attaching volumes to an instance
 Detaching volumes from an instance
 Deleting volumes

9. Openstack Networking
 Configuring Flat networking with DHCP
 Configuring VLAN Manager networking
 Configuring per tenant IP ranges for VLAN Manager
 Automatically assigning fixed networks to tenants
 Modifying a tenant's fixed network
 Manually associating floating IPs to instances
 Manually disassociating floating IPs from instances
 Automatically assigning Floating IPs
 Creating a sandbox Network server for Neutron with
VirtualBox and Vagrant
 Installing and configuring OVS for Neutron
 Installing and configuring a Neutron API server
 Configuring Compute nodes for Neutron
 Creating a Neutron network
 Deleting a Neutron network
 Creating an external Neutron network

10. Business Application of Cloud
 How Cloud Computing can help
Essel
 Enterprise Collaboration-
 ERP/CRM
 Network Management
 Solution Architecture
 Value Chain
 Security Issues

11. Network Management
 A Network Management can monitor
and examine 24*7 all the critical
infrastructure
 Postgres/Oracle Sql Logs
 Router and VPN Outages
 Mailserver Outages
 Substation and Smart meter status
 Nagios/OPEN-NMS are some
examples
 Runs on Cloud Computing

12. Enterprise Collaboration
 Agile business Model Requires
Multiple Department to collaborate
 Reactive Var and Loss Reduction is
one such examples
 Multiple department and people in
Multiple locations can work together
 Our own example can be shown

13. Enterprise ERP
 Meter Reading and Billing and
Maintenance
 Can be automated
 Adempiere is J2EE solutions
 Runs on JBOSS Application server
on REDHAT
 Opensource and Runs on cloud
 Has extensive RESTFUL API to
connect with Smart Meter

14. Enterprise CRM
 CRM IS Critical and share by
Multiple department
 Runs on Open stack Cloud Platforms
 J2EE Based
 Integrated with ERP and Network
Management using ESB – Enterprise
Service Bus(JBOSS) Technology.
 Integrated Legacy Database
Products

15. Internet of Things- Smart Grid
 Meter Monitoring
 Feeder Monitoring
 Inverter and Solar system Monitoring
 Transformer Monitoring
 Power quality Monitoring
 Power theft monitoring
 Power quality Monitoring

16. Virtualization
 Virtualization
 Docker/Container
 VM

17. Questions and Answers
 Non Technical Questions
 Technical Questions
 Business Value Chain
 Other Questions