Using IoT to Enable Smart Cities and Smart Infrastructure | AWS Public Sector Summit 2016

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Sri Elaprolu, Sr. Manager, Solutions Architecture, AWSLandon C. Van Dyke, Senior Advisor, U.S. Department of State

Hassan Greene, Bureau of Overseas Buildings Operations, U.S. Department of State

June 21, 2016

Using IoT to Enable Smart Cities and Smart Infrastructure


Landon C. Van Dyke Senior Advisor, U.S. Department of State

June 21, 2016

Designing MeterNetHow U.S. embassies leverage the cloud for

smart meter deployment

MeterNet 1.0

MeterNet 1.0 – initial scope

global presence• 275 international cities & 100 domestic sites• 22K buildings, houses, apartments in portfolio• 2K energy intensive buildings

challenge• Shift from manual utility data collection to automated• Keep it simple, easy, and cheap

MeterNet 1.0 – development

database analyst reports

feed write

limited usefulnessentry gaps

non-granularmanual entry

smart meter

secure feed

automated constant accurate

granular

actionable

MeterNet 1.0 – outcomes

benefits• met domestic requirements of energy policy act 2005• gained near real-time metrics of building performance• reduced manual data collection & input errors• identified areas for operational improvement• developed recommendations

drawbacks• limited accessibility• not scalable

MeterNet 2.0

MeterNet 2.0 - challenges

• enable scalability• make accessible while in field• enhance security• automate analysis• integrate other data sources• enable connectivity of other meters & sensors

secure data feeds via internet

MeterNet 2.0 – development

database analyst reports

feed write

smart meter

secure feed

building automation

on-premise serverlimited functionality

reporting viaanalyst usinganalytical tools

reporting viaauto-generated

residential meters

utility companies

real-property& financialdatabases

data integrationanalytic tools & reportingweb-based applicationsmachine learningapi & export functionality

MeterNet 2.0 – outcomes

MeterNet 1.0 benefits plus:• unified data for analytics via IoT platform• enterprise scale with future expandability• embedded analytics and machine learning• predictive maintenance to improve operational planning• anywhere applications and BI reporting• enhanced security

IoT – gains

MeterNet 2.0 w/ IoT• future options• enhanced security• integrated data streams • historic + predictive

analytics• increased accessibility

MeterNet 1.0• gained automation• accurate data• granular historic analytic

Thank you!


Bureau of Overseas Buildings Operations U.S. Department Of State

June 21, 2016

POWER QUALITY MONITORINGfor OVERSEAS FACILITY MANAGEMENT

U.S. DEPARTMENT OF STATEBUREAU OF OVERSEAS BUILDINGS OPERATIONS

U.S. Department of State Bureau of Overseas Buildings OperationsPOWER QUALITY MONITORING for OVERSEAS FACILITY MANAGEMENT

OBO manages the U.S. Department of State’s building program and sets worldwide priorities for the design, construction, operation, maintenance, and disposal of overseas property.

U.S. Embassy Jakarta

Who we are

To provide safe, secure and functional facilities that represent the U.S. Government to the host nation and support our staff in the achievement of U.S. foreign policy objectives.

These facilities should represent American values and the best in American architecture, design, engineering, technology, sustainability, art, culture and construction execution.

U.S. Embassy Mexico City

Our Mission

275 Missions87 Million Sq Ft of owned and leased space12,000 Culturally Significant Objects5,300 Works of Art

Program Facts

U.S. Embassy Beirut

• Embassies• Consulates• Office and Support Annexes• Housing

- Representational- Staff- Marine Security Guard

• Warehouses and Shops• Cultural Heritage Properties

Program InventoryU.S. Embassy The Hague

EmbassiesU.S. Embassy Rome

ConsulatesU.S. Consulate General

Barcelona

Representational ResidencesAmbassador’s Residence Buenos Aires

Staff HousingStaff Housing Tokyo

Inventory

Overview

Facility Power Quality monitoring via Cloud

Image Source: Google Chrome Experiments, http://www.chromeexperiments.com/globe

Overview - Facility Power Quality monitoring via Cloud

An automated utility data collection tool. MeterNet is the Department of State’s centralized, real-time, and automated smart-metering system for utility data. Securely tunneling through Internal and External networks, data is transferred from U.S. Embassies and Consulates to Department offices in Washington, DC. Centralized data collection enables facility managers and management officers to identify system anomalies, track energy use, and identify opportunities for conservation and cost savings. Additionally, MeterNet establishes reliable baselines of consumption that are required to track and report improvements made by posts.

Overview - Facility Power Quality monitoring via CloudThe data is also used to prioritize renewable energy and water projects as well as leveraging private financing. MeterNet supports the Energy Policy Act of 2005 (EPAct), which requires all federal buildings over 464 square meters be metered to facilitate efficient energy and water use. MeterNet enables the Department to monitor its energy, natural gas and water consumption in real-time. Metering helps posts identify ways to conserve resources and reduce operational costs. It also enables management to prioritize:• Energy & water conservation and other utility conservation projects• Energy reduction competitions and campaigns• Energy power purchase agreements and energy saving performance

contracts

Overview - Facility Power Quality monitoring via Cloud

Power Quality Meters. Locations connected to unstable power grids, with a history of electrical equipment damage, receive a Power Quality Meter (PQM) package to monitor energy coming off the grid. These advanced power meters enable users to track power quality in addition to energy consumption. This offers posts the data required to respond to and report power quality problems from the grid as they arise.

Implementation Plan



Short term Objective: Pilot at 1 – 3 posts in FY13 / 14. Mid term Objective: Implement in 100 Posts by FY18 / FY19. Long term Objective: World-wide implementation FY 23 / 24.




Systems Plan


ACCESSING THE DATA


BENEFITS SUMMARY




Benefits Summary - Why did OBO and the Department invest in Power Quality Monitoring via Cloud?

Cost Saving. Actively monitoring and analyzing power quality trends and events will provide data that facility managers and engineers can use to improve maintenance management processes. Time Saving. Saving time to repair or improve facility systems by providing support to post before equipment failure. Presently the majority of projects for electrical are reactions to failures or emergencies reported from the field, and we send teams to follow-up.

Continuous Improvement. We have limited visibility of the variable power system conditions in our facilities. We rely on isolated reports and random samples of power quality. Continuous trending and active PQ monitoring provides a robust tool to conduct thorough and sound engineering analysis. Ultimately leading to improved systems designs and operational efficiency.

POWER QUALITY MONITORINGfor

OBO FACILITY MANAGEMENT


Questions, Comments or Concerns? Please contact: [email protected]

Office of Facility ManagementBureau of Overseas Buildings OperationsU. S. Department of State

Thank you!

Using IoT to Enable Smart Cities and Smart Infrastructure | AWS Public Sector Summit 2016

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