Power of the Plug

Harness the Power of Cisco To Increase Energy Efficiency

2/24/2015

Mark Davidson (madavids@cisco.com)

Sr. Solutions Architect

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Agenda

Why Energy Management?

Scenarios Beyond Energy in IoE

Benefits, Results, Case Studies

Introduction to Cisco Energy Management (formerly JouleX)

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Why Energy Management beyond HVAC/Lighting?

Potential Savings = 15-35%

$13.5B - $31.5B

$5-$13BSoftware &

Services

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What is Cisco Energy Manager?

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• Network based energy management system – a unique BUILDING µ Grid

• Help customers monitor, measure, and manage the energy use of all devices connected to their network.

• No software on any device needed

• Leverages your existing management systems and protocols to talk to anything that has an IP address

• Provides a Platform to Consolidate all of your Power Consumption Data

• Can be part of a Performance Contract

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Benefits

5-7% building energy savings in distributed campus environments

100%visibility over all physical and virtual devices in your Data Center

<6 monthsreturn on investment

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All Networked Devices and Systems:Supporting Multivendor Environments

Core Switches

Storage

UPSs

CPUs

PDUsMainframes

Blade Servers

VirtualizedServers

Servers

Data Center

Gateways

Lighting

Access Control Systems

Video Cameras

Manufacturing Systems/Robotics

HVAC

Facilities/Things

VoIP Phones

Laptops

Macs

Thin Clients

Access Points

Servers

Desktops

Printers

Campus

Routers Switches

Cell Sites

Vending Machines

ATMs

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Cisco Energy Management ArchitectureUnifies Device Energy Management

Gateways

Building Management Systems

Data CenterDistributed Office

Cisco Energy Management™

Suite

Web Services API

IT Devices Building Devices

SEE

MEASUR

E

MANAGE

energy

SEE

MEASUR

E

MANAGE

energySee

Measure Manage

• Energy consumption• Carbon emissions• Energy costs• Energy and carbon reduction

Building Protocols and Devices

Multi-Vendor Network Infrastructure

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Industry’s First Agentless Energy Management

Large European Automobile Manufacturer: 100,000+ Assets Managed and Deployed in 2 Days

Cisco® network is becoming the energy management backplane for our customers.

No Software Agents No Hardware Meters No Network Changes

No CostlyRevision Management.

No Expensive Hardware Required

No Costly Downtime

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How Does CEM Do this without Agents?

SSHIPMI

WMI SNMP SNMPWinRM

Cisco EnergyWise ProtocolIlo2/DRAC

Intel Power Node Manager

Controller

Mac PCs (SSH), Server (Unix)

Printer(standalone)

Windows Server, Windows PC

(Monitor/Printer)

SwitchesRouters

WAP

Facilities(PDU/HVAC

Lighting)

Cisco Energy Management Service

BMS

Support for 50+ Industry Protocols enables management of network connected devices

NOTE: Network connected devices can also be discovered and managed by custom scripting methods

Multi-Vendor Network Infrastructure

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How Do We Measure Energy Usage?

Four Methods Method Typical Devices Based On

Reference TableLook-Up

Model Number/Power Specs

Legacy Non-PCs, Printers, Monitors, Desktop Printers

Statistical Calculation System InventoryLegacy PC, Servers,

Switches

Actual Reported Actual ReportedIPMI/Ilo2/DRAC/SMASH/vPro/SNMP Mibs. EnergywiseActive

Static

DynamicAcc

urac

y Actual Reported Actual ReportedPDU, SmartPlugs, Smart MetersIndirect

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Flexible Policy Architecture

Time-Based Data Center Location BasedEvent Based

Example: Example: Example: Example:

Power management of devices VoIP phones , PCs , printer servers, etc. based on work patterns

• Response to external triggers: Respond to energy events with policies

• Systems management: Integration with systems management tools and user-authentication events

• Smartphone location coupled with badge management app

• Access control triggers office environment to power on

• Data center infrastructure management

• Capacity management of power and device lifecycle in data centers

• Ties physical to logical environment

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Case Study: Madison County School SystemFast, agentless deployment; $42k in Savings

Challenge

School system had very high annual utility expenditure and was seeking a way to drive down costs.

Environment

Desktop PCs, Laptops, Printers, Switches, Routers

Results

Baseline Savings

• Identified over 1,800 devices that were left on during week nights after hours and 1,200 devices that were left on over the weekends.

• Identified all older PCs that were drawing higher power and were excellent candidates for replacement with newer, energy efficient machines.

• By enabling Energy Management policies, the school system was able to reduce their energy costs by 35%.

• Annual savings of $42.5K plus local utility rebate of $10k

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CEM - Building energy efficiency outcomes

Chart shows 3 floors of the same Rudin owned and operated facility in downtown NY.

Top Line – Older KPMG Floor

Middle red Line – recent refurbishment

Bottom Line – Rudin Floor after Cisco Energy Management deployment

All of the lines are on the same scale, so the difference in peak and base loads represent efficiencies.

Peak to Base load ratio shows efficiency improvements

All energy consumption between the lines is in effect waste

CEM Beyond Energy for IT

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CEM for IoE Use Cases: Energy and Beyond

Stadiums

Retail stores- Digital signage- Info Kiosks- POS - Computers, servers- Network infra

Manufacturing- Robotics- PLCs- Any IP connected

device

Cell Towers

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demo

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Available as:

• Standalone On-Premise Application

• Switch Bundle

• EnergyManagement-as-a-Service (Cloud option)

Sign up for a free trial of EMaaS (cloud option) : www.cisco.com/go/faststart

More information:

• Cisco Energy Management Suite - www.cisco.com/go/energymanagement

• Cisco Energy Management as a Service available at: http://energycloud.cisco.com

Proven IT Energy Management, now as a SaaS application.

Available now! Click to see a 2 min video

Thank you.