Serving the energy industry for over 30 years
By - Jon Brown

2018 Streetlights Stakeholder Symposium
Best Practices in LED Streetlight Conversion and Lighting Control Projects
October 29-30, 2018 | Chicago, IL

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Overview

In recent years, LED streetlight and controls have become advantageous for smart city and energy efficiency initiatives. Implementation of connected streetlights is also viewed as an emerging application in utility and city council executives’ agenda for long-term revenue generation. However, street lighting is typically one of the largest utility bills that municipalities pay. Many have heard of the savings associated with LED technology, but most utilities don’t offer an LED option and those that do seem to offer little savings. Thus, realizing a realistic cost benefit analysis from streetlight investment has always been a challenge to owners.

Riding on EUCI’s 2017 Streetlights Stakeholder Symposium’s success, this 2018 symposium will provide a unique opportunity for all stakeholders involved in LED streetlighting projects to come together and delve into discussion about streetlight successful ownership models, rates, regulations, financial analysis, maintenance, and technology considerations.

The primary objective of this symposium is to provide a rare and inspiring opportunity to discuss and find solutions to issues that specifically target the needs of lighting professionals, energy and efficiency program managers from utility, municipalities and all other stakeholders.

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Learning Outcomes

  • Provide an introduction to LED streetlight and smart grid technology
  • Construct a helpful framework for utility billing methodology
  • Identify key strategies other municipalities have used to convert their cities
  • Gain a diverse perspective on LED Streetlighting from munis, IOUs, and consultants
  • Review best practices in LED & controls procurement and utility tariffs
  • Regional focus: Chicago’s smart lighting project updates
  • Establish beneficial networks with professional peers in the industry

Credits

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EUCI has been accredited as an Authorized Provider by the International Association for Continuing Education and Training (IACET).  In obtaining this accreditation, EUCI has demonstrated that it  complies with the ANSI/IACET Standard which is recognized internationally as a standard of good practice. As a result of their Authorized Provider status, EUCI is authorized to offer IACET CEUs for its programs that qualify under the ANSI/IACET Standard.

EUCI is authorized by IACET to offer 1.0 CEUs for this conference and 0.4 CEUs for each workshop.

 

Requirements for Successful Completion of Program

Participants must sign in/out each day, be in attendance for the entirety of the course

Instructional Methods

Power Point presentations and open discussion will be used

Agenda

Monday, October 29, 2018

12:30 – 1:00 p.m. :: Conference Registration


1:00 – 2:25 p.m. :: Leaders Panel: Creating Brighter & Smarter Communities

  • Utilities and legislative landscape for LED Streetlights
  • Correlation between a smart city and smart lighting
  • Challenges of multiple ownership
  • Municipal utility relationships and results of new technologies

Moderator:

Zev Simpser, Shareholder, Briggs and Morgan

Panelists:

Bill Burns, Senior Engineer, ComEd

Michael Poplawski, Senior Energy Engineer, PNNL

Tex Haeuser, Planning and Development Director, City of South Portland

Patrick Roche, Assistant Director of Clean Energy, Metropolitan Area Planning Council, Boston

Fritz Feiten, National Director of LED Lighting & Smart City Solutions, Ameresco

2:25 – 2:45 p.m. :: Networking Break

2:45 – 3:30 p.m. :: Case Study: Smart Grid, Lighting Controls, and a ComEd Analysis of Multi-Application IoT Network

When ComEd was mandated to improve overall system reliability, it decided to deploy a common network for multiple smart grid and smart city services, enabling the utility to partner with cities to deliver new and improved services. Following ComEd’s successful smart metering roll-out, the utility began exploring ways to leverage its multi-application IoT network for new applications such as networked street lighting.

In 2015, ComEd began extending the use of its mesh IoT network to support a smart streetlight pilot for 750 ComEd- owned fixtures in the Chicagoland area. The program equips energy-efficient LED lighting fixtures with Itron’s wireless monitoring and controls, leveraging the same smart grid network infrastructure used to support AMI and DA.

ComEd’s experience with the pilot demonstrated how utilities can leverage intelligent lighting as a foundation to unlock opportunities for growth and building customer satisfaction. ComEd has decided to expand the lighting network to 140K ComEd- owned lights and is currently in its deployment stage. In this session, ComEd will discuss the benefits and lessons learned from this multi-year streetlight pilot, including the following topics:

  • Developing a pilot and scaling to production
  • Key selection criteria to evaluate smart city solutions
  • Expected benefits of intelligent street lights
  • Lessons learned from implementation

Okechukwu Chika, Principal Project Manager, ComEd


3:30 – 4:15 p.m. :: Case Study: LED Conversion Projects – Considerations for Success

Utilities and cities are moving away from high-intensity discharge (HID) street lighting technologies and making the switch to LED street lighting. Reasons for this vary, it could be the financial perks, greater reliability, environmental benefits or smart city platforms that LED infrastructure can help provide. Occasionally, the conversion can be a requirement on utilities and muni’s by the market.

  • The purpose of this presentation is to highlight key considerations in this conversion
  • Understand their importance and relevance to the anticipated outcome
  • Gain insight into the critical success factors that comprise these considerations
  • Understand the countermeasures and actions that need to be taken to address and satisfy these factors

Duke Energy has already converted nearly 500,000 streetlights to LED. These lights have been converted through areas such rates and regulatory, customer contact impacts, product acquisition and supply chain, project management, resource management and more. Conversion work across the six states served by Duke Energy continues to grow as part of Duke Energy’s overall Outdoor Lighting Program strategy. Thus, this presentation will highlight the strategy and lessons learned by Duke Energy in the way of examples and information sharing so that it may be used by other utilities and cities as part of their LED conversion project strategy.

Jim Cowling, Director of Outdoor Lighting, Duke Energy


4:15 – 5:00 p.m. :: Case Study: Bringing LED Streetlights to Texas Cities

Oncor Electric Delivery is a regulated utility that operates the largest distribution and transmission system in the State of Texas – serving more than 10 million customers across 410 cities and 120 counties.  This presentation will provide a comprehensive overview of Oncor’s LED street lighting and smart controls involvement from pilot program to system-wide implementation.  The presentation will include lessons learned and best practices on:

  • Technical evaluation
  • Standard specifications
  • Regulatory requirements
  • Inventory management
  • Ratemaking
  • Customer billing
  • City/Community outreach

David Kole, Reporting and Compliance Manager, Oncor

5:00 – 6:00 p.m. :: Networking Reception sponsored by Milhouse Inc.


Tuesday, October 30, 2018

8:00 – 8:30 a.m. :: Continental Breakfast

8:30 – 9:15 a.m. :: Power Sustainability and Conservation Management

The North Carolina Department of Transportation has been engaged with the ESCO Brady Trane Services, Inc. (a Trane U.S. Inc. affiliate) in an ESPC project since August 2014 to implement an LED upgrade project statewide across 14 NCDOT Divisions.  The focus of the project includes repairs and upgrades to the roadway lighting systems on all candidate Interstate, US, and NC highway systems.  NCDOT maintenance building and area lighting upgrades in all 14 NCDOT Divisions are also included.  Additionally, a roadway lighting control system is being installed that will allow NCDOT the ability to control all LED lights remotely and monitor operations and performance.

The project also establishes and funds a statewide roadway lighting system monitoring and maintenance program.  Brady Trane is responsible for the system monitoring, preventative maintenance, repair/replacement, and warranty services for all newly installed LED roadway lightings for the entire term of the ESPC project.

This panel will focus on how State and Local governments can utilize innovative financing techniques to quickly and efficiently implement leading edge streetlighting upgrades without the need for precious upfront capital. A case study will be presented illustrating how the North Carolina DOT developed and is implementing a unique self-funding $32 million statewide LED Roadway Lighting program, that will save over $3.2M per year, guaranteed, while creating a long-term maintenance and savings validation program.  

Chris Halpin, President, Celtic Energy

Eric Frazier, Energy Management Engineer, North Carolina DOT


9:15  – 10:00 a.m. :: How Can Connected Streetlights Save Energy and Provide Value to Municipalities and Utilities?

While many municipalities and utilities have completed pilot studies of connected streetlighting systems, full system deployments remain few and far between in North America. Further, very few of the deployed systems are currently being utilized to reduce energy consumption and costs. This presentation will review the current state of the industry and offer suggestions for how industry stakeholders might work together to bring products to market that can get deployed at scale, save energy, and provide value to both municipalities and utilities.

Michael Poplawski, Senior Energy Engineer, PNNL

10:00  – 10:30 a.m. :: Morning Break


10:30  – 11:15 a.m. :: Updates on Chicago’s Smart Lighting Project

The City of Chicago is undertaking the largest street light LED retrofit in the United States.  The project management team will discuss Chicago’s various street lighting contexts and the process for choosing fixtures for Phase 1 of the program. As year one of the four year project is complete, the team will discuss challenges faced during the initial roll out and what steps were taken to mitigate the issues.  Also, the team will discuss how Chicago is incorporating the smart network into its maintenance operations, energy consumption billing system and why it is a cost effective solution

Craig Turner, PE, PLS, CLSP Program Manager, Milhouse Engineering & Construction, Inc

Oswaldo Chaves, Engineer, City of Chicago


11:15 a.m.  – 12:00 p.m. :: Legislation to Implementation – A Municipal Case Study from South Portland, Maine

This presentation will address streetlight conversions from the perspective of a city planner.  It will chart the course of a municipal streetlights acquisition and LED conversion project starting with several attempts to amend State law, through the Public Utilities Commission rule-setting process, and concluding with the acquisition of existing streetlights from the utility and the initiation of conversion implementation.  This presentation will discuss issues such as:

  • Pole attachment fee
  • Required installer qualifications
  • Acquisition price calculation
  • Consultant selection
  • GIS inventory
  • Audit report
  • Color temperature selection
  • Pilot demonstration
  • Design
  • Procurement
  • Logistics

Tex Haeuser, Planning and Development Coordinator, City of South Portland

12:00 – 1:15 p.m. :: Group Luncheon


1:15 – 2:00 p.m. :: Smart Street Lighting NY Program: New York State’s roadmap to a successful LED street lighting program

The New York Power Authority (NYPA) is the largest state-owned utility in the country. In addition to the Power Authority’s core business of power generation this organization is tasked to carry out and implement various sustainability and energy efficiency programs to meet New York State’s energy plan by achieving 50% renewable energy, 40% GHG reduction, and 23% lower energy use by 2030. The most recent program launched by the NYS Governor, the Smart Street Lighting NY program, aligns closely with these goals and has a target of converting 500,000 street lights to LED technology by 2025 which is anticipated to save 482 gigawatt hours annually of energy. NYPA has recognized street light infrastructure as a unique asset for the municipality and provides services to incorporate Smart City technology.  This will allow local governments to utilize Internet of Things (IoT) devices to provide data and information to continue to improve the quality of life and services for their residents. 

This session will review the process NYPA uses to develop a successful street light program from a policy, regulatory, and operations perspective. NYPA will also review key stakeholders and partnerships that have been essential to the success of this program and how the business model has been replicable throughout the entire state. 

Joseph Rende, Director of Business Development, New York Power Authority

2:00  – 2:30 p.m. :: Afternoon Break


2:30  – 3:15 p.m. :: LED Streetlights – Lighting the Way

ComEd launched an LED streetlight incentive program in June 2015 that provides incentives for the conversion of utility owned fixtures. In June of 2017, the program was expanded to include incentives for the conversion of municipally owned street lights to LED fixtures. The program continues to grow with an annual savings goal of 95,000 MWh in 2018. Documenting these changes on the part of the municipality has created challenges and opportunities to improve both municipal and utility information about the fixtures wattage and location.

ComEd will discuss the benefits and lessons learned, including the following topics:

  • Fixture documentation and location
  • Data required to support completion of incentive applications and the various challenges (latitude and longitude), account number, metered versus un metered fixtures
  • Billing updates for unmetered accounts require utility billing updates

Bill Burns, Senior Engineer, ComEd


3:15  – 4:00 p.m. :: Streetlight Wireless Control Deployment in Massachusetts

At the end of 2018, nearly all municipally-owned streetlights in Massachusetts will be converted to LED. A significant number of lights will be ‘control-ready’ and at least 10 municipalities will have installed wireless controls, many of whom MAPC has worked with directly. MAPC will provide an overview of the deployments, including prevailing hardware and software capabilities, implementation strategies related to dimming, and other lessons learned. The presentation will also address on-going tariff development to support billing based on wireless controls.

Patrick Roche, Energy Strategist & Procurement Specialist, MAPC


4:00  – 4:45 p.m. :: Case Study: Streetlights as a Smart City Platform

This presentation will provide an overview of how streetlights could be used as the leading platform for rolling out other city-wide technologies including monitoring systems and wi-fi and include some case studies.

Chris Yoder, Managing Consultant, Navigant

4:45 – 5:00 p.m.:: Closing Comments and Conference Adjourns

Workshops

Pre-Conference Workshop, October 29

Post Conference Workshop, October 31


LED Streetlight Fundamentals: Issues, Challenges & Recent Scientific Insights

Monday, October 29, 2018

8:00 – 8:30 a.m. :: Registration & Continental Breakfast

 

8:30 a.m. – 12:00 p.m. :: Workshop Timing

Overview

The purpose of street lighting is to improve the visibility of potential hazards, including pedestrians and vehicles, thereby improving driving safety.  Although it is widely assumed that illuminance levels are related to visibility, and thereby safety, this is not necessarily true. New design criteria based upon visibility should replace current ones based on illuminance levels.  Street lighting can compromise the visibility of potential hazards through glare. Although accurate estimates of disability glare have been available for half a century, only recently has it been possible to accurately characterize discomfort glare. Glare should also be an important aspect of new design criteria.  Some critics have alleged that LED street lights are a source of circadian disruption.

Recent scientific insights into the spectral and absolute sensitives of people to different light sources have been published that can be used to evaluate existing and future street lighting installations. Finally, street lighting will always introduce stray light into the atmosphere, thereby compromising a community’s visual appreciation of the night sky. These optical effects can be quantified so that rational discussions can take place within the community about the trade-offs between estimates of driving safety and viewing the night sky.

 This workshop will:

 (1) Present research relating street lighting to visibility and safety

(2) Discuss the collateral effects of street lighting associated with glare, circadian disruption and light pollution

 

Pre-Conference Workshop Instructor

Leora Radetsky, MS LC, Research Scientist, Lighting Research Lab/Rensselaer Polytechnic Institute, NY.

Leora Radetsky is a research scientist at the Lighting Research Center at Rensselaer Polytechnic Institute, with expertise in outdoor lighting, lighting software, product testing, lighting controls, daylighting, and circadian rhythms. Her current research activities include product performance testing and evaluations, roadway lighting demonstrations, and horticultural lighting for pathogen and pest control. Ms. Radetsky is a member of the Illuminating Engineering Society, and is active on the roadway lighting committee and several subcommittees. She was awarded an IES Regional Technical Award in 2014 for her significant scientific contributions to the field of illumination. Ms. Radetsky has a B.S. in Architectural Engineering with an Emphasis in Illumination from the University of Colorado at Boulder, and an M.S. in Lighting from RPI.

 The Lighting Research Center (LRC) at Rensselaer Polytechnic Institute is the world’s leading center for lighting research and education. Its mission is to advance the effective use of light for society and the environment. Established in 1988 by the New York State Energy Research and Development Authority (NYSERDA), the LRC has been pioneering research in solid-state lighting, light and health, transportation lighting and safety, and energy efficiency for nearly 30 years.


Utility Tariffs for LED Lighting: Future-Proofing Rates

Wednesday, October 31, 2018

8:00 – 8:30 a.m. :: Registration and Continental Breakfast

 

8:30 a.m.- 12:00 p.m. :: Workshop Timing

Overview

Utilities must recreate the way they offer lighting services, embrace flexibility in tariff design and pricing, or accept the consequences of the status quo. The fast pace of changing cost, energy use, life expectancy, and the fixtures themselves are incompatible with the historically methodical process of tariff review and approval by Utilities and State Regulators. This session will look at how two utilities, having very different corporate and customer needs and strategies, are approaching their LED lighting tariffs.

Overview

Utilities must recreate the way they offer lighting services, embrace flexibility in tariff design and pricing, or accept the consequences of the status quo. The fast pace of changing cost, energy use, life expectancy, and the fixtures themselves are incompatible with the historically methodical process of tariff review and approval by Utilities and State Regulators. This session will look at how two utilities, having very different corporate and customer needs and strategies, are approaching their LED lighting tariffs.

Learning Objectives

  • Examining IOU rates
  • Construct an influence plan on IOU rates
  • Discuss why rates differ significantly between IOU’s
  • Analyze how IOU’s create business strategy with rates
  • Practice how to work more effectively and efficiently with your IOU

Agenda

  • Basics of Investor Owned Utility Rate Making
  • Historic Approach to IOU Lighting Tariffs
  • Paradigm shift of LED Lighting for IOU Tariffs
  • Regulated vs Deregulated IOU Business Plans
  • Creating a Lighting Business Strategy for an IOU or end user
  • Doing business with an IOU (Billing, Marketing, Operations, Customer Service, Work Orders, etc.)

Post Conference Workshop Instructors

Jack Lindsay, Finance & Accounting Manager, Georgia Power

Jack Lindsay has managed the Finance, Accounting, Compliance and Customer Service functions for Georgia Power Company’s Lighting Services group for the past 10 years.  Mr. Lindsay has in-depth experience in Unregulated Investor Owned Utility (IOU) Financial Planning & Analysis, Accounting, Lighting Tariffs and the legal issues related to unregulated customer contracts.  He has a BS in Industrial & Systems Engineering (IE) from Georgia Tech and an MBA and Masters in IE from the University of Southern California.  He is also a Certified Public Accountant who spent the first 10 years of his career in Manufacturing Engineering.


Chris Balliet, P.E. Manager of Outdoor Lighting, WE Energies

Chris Balliet has been employed by We Energies since 1985. Chris’ first years with We Energies were spent in electric distribution planning, distribution equipment specification, and construction standards. Those responsibilities grew to include outdoor lighting, and soon lighting became a full time responsibility and passion. Since 1990, Chris has become intimately involved with all aspects of the We Energies Outdoor Lighting program including equipment specification and application, policy and procedures, customer service, performance measures, resource planning, rate making, budget, training, legal, marketing, billing, and strategic planning. Chris is currently the manager of the We Energies and Wisconsin Public Service Outdoor Lighting programs.

Chris earned a BS degree in Electrical Engineering from Marquette University and an MBA from Keller Graduate School of Business. He is a registered Professional Engineer.

Chris has been a member of the Illuminating Engineering Society (IES) since 1992, and an active member of the IES Street & Area Lighting Committee since 1999. He served as Chairman of the Conference Planning and Full committees, is currently a member of the group’s Executive Subcommittee. Chris has been an invited presenter at the annual SALC Conference on multiple occasions. The IES SALC is a national committee which represents researchers, educators, consultants, manufacturers, and end users of outdoor lighting products. Chris has consulted with law enforcement, community groups, utilities, manufacturers, and government agencies regarding security, lighting ordinances, lighting applications, organizational structure and business strategy.

We Energies and Wisconsin Public Service are electric and gas utilities headquartered in Milwaukee and Green Bay, Wisconsin with service territory in eastern Wisconsin and Michigan’s Upper Peninsula. The two companies own and maintain over 150,000 street and area lights within their territories.

Speakers

Bill Burns, Senior Engineer, Commonwealth Edison (ComEd)

Bill Burns is a Senior Engineer and LED Street Light Program Manager within ComEd’s Energy Efficiency (EE) Department. As program manager, he works closely with the outreach team and the program implementing contractor to drive municipal customer participation in the LED Streetlight Program. Bill is a Registered Professional Engineer and a Building Operator Certification instructor with extensive experience in building operations and management of EE programs.


Okechukwu Chika, Principal Project Manager, Commonwealth Edison (ComEd)

Okechukwu Chika is a Principal Project Manager for Grid Modernization within ComEd’s Smart Grid & Technology Department. As project manager, his role is to execute the deployment of SMART technology & assets on the electric grid. In addition, he oversees the operational integrations to ensure proper management, maintenance, and evaluation of the technology. Okechukwu is a graduate of Northwestern University and earned an MBA from DePaul University.


Jim Cowling, Outdoor Lighting Director, Duke Energy

Jim began working in the electric utility industry in 1981 as a co-op student with Alabama Power Company; one of his first roles was promoting and designing outdoor lighting installations.  He has worked for three major electric utilities in his career.  Jim obtained a Bachelor of Electrical Engineering degree in 1986 from Auburn University and a Master’s in Business Administration from the University of Central Florida in 1999.   He holds a Professional Engineering license and is also a Certified Energy Manager.   Jim began his career with Duke Energy in November of 1997, working in the central Florida area.   His work experience has included roles in the areas of distribution engineering, major accounts, energy efficiency, load management, power quality, external relations, distribution operations, economic development, non-regulated services and sales, and outdoor lighting since 2012.  Jim has served in various leadership roles for Duke Energy since 2000.   He began working in Duke’s Outdoor Lighting Program as Manager of Outdoor Lighting for the Duke Energy Florida jurisdiction.   He was promoted to Director – Outdoor Lighting, responsible for all Duke Energy jurisdictions, in September of 2015, and now resides in Charlotte, North Carolina.  Since Jim has been leading the Outdoor Lighting team, the Duke Outdoor Lighting business has increased new lighting installs by 30%, performed nearly 350,000 HID to LED light conversions, and designed and implemented several different lighting pole attachment programs.   Jim has been married to his wife, Kathy, 31 years and they have two grown daughters.   Sarah is an industrial and systems engineer residing in Greenville, SC and Emily is an elementary school teacher living in Lakeland, FL.   In Jim’s spare time, he enjoys golf, fishing, and reading. 


Tex Haeuser, Planning and Development Director, City of South Portland

Tex has been the Planning Director for the City of South Portland since 1990 after holding planning positions at Southern Kennebec Regional Planning and the Town of Cumberland.  He has a B.A. in Religion and an M.A. in Urban Planning.  Tex’s primary interests are distributed energy, complete transportation systems, sustainable economics, and architecture.  He was recognized as Maine’s Professional Planner of the Year in 2010 and, as part of a three-community team, helped pass the State law and PUC rule-making that now enable Maine municipalities to own and convert street lights on utility-owned poles.


David Kole, Streetlight Reporting & Compliance Manager, Oncor

David Kole is a Manager of Reporting & Compliance with Oncor’s Streetlight Maintenance Organization holding responsibility for overseeing the maintenance performance and regulatory requirements for more than 400,000 streetlights across 410 Texas cities.  David’s responsibility includes management of Oncor’s emerging technology and Smart City streetlight pilot programs.  David holds a Bachelor of Science Degree from Louisiana State University and is a graduate of Texas Christian University’s Neeley MBA program.  David is also a certified Lean Six Sigma Green Belt.


Michael Poplawski, Senior Energy Engineer, Pacific Northwest National Laboratory (PNNL)

Michael joined PNNL in 2009 as a Senior Engineer following twelve years in the commercial semiconductor industry. His work experience includes stints with domestic and foreign component manufacturers ranging in size from start-up to conglomerate, and in various functions including device engineering and reliability, circuit design, application support, and technical marketing. His current efforts are focused on supporting the Department of Energy Solid- State Lighting program, primarily in the areas of connected lighting technology evaluation, standards and specification development, and grid service enabled lighting systems. Michael is a member of IES, IEEE and ASHRAE, serves on multiple standards development committees, and consults with numerous energy efficiency organizations and specification bodies.


Patrick Roche, Assistant Director of Clean Energy, Metropolitan Area Planning Council, Boston, Metropolitan Area Planning Council (MAPC)

Patrick Roche is an Energy Strategist & Procurement Specialist with the Metropolitan Area Planning Council, the regional planning agency for the 101 cities and towns of metro Boston. In his role leading MAPC’s LED streetlight program, Mr. Roche has assisted over 30 municipalities through the streetlight conversion process, from assuming ownership of the existing lights through procurement of all necessary retrofit products and services. Mr. Roche is currently working with over 50 municipalities and nearly 90,000 lights statewide as part of a $6 million state grant to convert municipally owned streetlights. Through this work, Mr. Roche has also helped four municipalities procure wireless or smart control technology. He also participates with utility working groups on tariff design issues.


Zev Simpser, Shareholder, Briggs & Morgan

Zev Simpser is a member of the Energy section. He practices principally in the areas of:

energy law, regulatory compliance, regulatory proceedings and disputes, regulated transactions, and Risk management

Zev has a diversified energy law practice which includes counseling clients in compliance matters, electricity sale and purchase transactions, asset transfers, complex jurisdictional interconnections and sales, and representing clients in regulatory proceedings.

Prior to law school, Zev served as an aide to U.S. Senator Bob Graham, where he advised the Senator on matters related to energy, the environment and agriculture.

While in law school, Zev was a staff member of the Minnesota Journal of Law and Inequality.


Chris Yoder, Managing Consultant, Navigant

Chris Yoder is a managing consultant in Navigant’s energy efficiency practice focused on utility program evaluation. Chris has led numerous impact evaluations for clients including PECO, Wabash Valley Power Association, and others. He specializes in the evaluation of custom retrofit programs but has led evaluations of new construction, upstream lighting, and residential programs. Additionally, Chris has been involved in the portfolio design, state utility commission regulatory reporting, and conducting on-site energy efficiency audits for large commercial and industrial clients.

Prior to shifting his focus to utility clients, Chris worked in Navigant’s policy analysis group assisting the Department of Energy in developing federal regulation. He supported DOE’s Building Technologies Office and EPA’s ENERGY STAR programs through project management and technical analysis to shape federal policies by working with various environmental advocacy groups, trade organizations, and manufacturers to shape government policy for technologies including consumer electronics and household appliances. Chris also assisted in the establishing the Appliance Technology Evaluation Center (ATEC) for the DOE and National Energy Technology Laboratory (NETL) to improve testing and efficiency of residential appliances.


Eric Frazier

Eric Frazier, Energy Management Engineer, North Carolina Department of Transportation

A graduate of NCSU with BS degrees in Physics and Electrical Engineering, Eric worked for Parker Hannifin Corporation’s Cylinder Division as an Electrical / Industrial Engineer for 18 years supporting manufacturing operations.  He then worked at North Carolina Central University for 9 years as the University’s Electrical Engineer, Energy Manager – Sustainability Officer, and as a capital project manager for several multimillion projects – including an Energy Performance Contract (EPC) for ten campus buildings.   In 2015 Eric accepted his current position as Energy Management Engineer at the North Carolina Department of Transportation (NCDOT) and has managed a number of construction projects including the completion of one EPC for six NCDOT buildings in Raleigh NC.  He is currently managing an EPC to upgrade NCDOT roadway and building light fixtures statewide with LED-based fixtures.


Chris Halpin, CEO, Celtic Energy

Since 1985, Chris has worked for several premiere consulting firms and ESCOs in engineering, management, and sales, and is a former Global Energy Manager for NCR. He started CEI in 2000, and has acted as a Project Facilitator/Owner’s Rep for dozens of energy projects worth over $2 Billion in that time. He is a DOE FEMP Certified Project Facilitator for DOE’s SuperESPC Program, where he has managed projects for all branches of the US military, DOE headquarters, FDA, FBI, and other agencies. He also manages ESPC projects for the Defense Logistics Agency, and the states of RI, MA, DE, NC, NV, and LA, and dozens of cities, towns, hospitals, and school districts. He has been involved in LED street lighting technology evaluation and deployment since 2008, and has taught dozens of classes on lighting and other energy savings technologies nationwide. Chris has a BS degree in Mechanical Engineering, and is a registered Professional Engineer in AZ, DE, PA, CT, NY, FL, NV, NC, RI, ME, and Ireland. He is on the Society of American Military Engineers Energy and Sustainability Committee, and the Board of Directors of the Energy Services Coalition.


Fritz Feiten, CEO, National Director of LED Lighting & Smart City  Solutions, Ameresco

Fritz Feiten is the National Director, LED Lighting & Smart City Solutions for Ameresco.  He has more than 10 years of experience developing energy efficiency and renewable energy projects, serving in a variety of business development, sales management, and regulatory affairs roles for energy service companies.  Since 2016 Mr. Feiten has managed Ameresco’s LED street lighting and smart city initiatives nationally, providing technical assistance to Ameresco regional staff and managing vendor relationships.  He’s had key roles in the Chicago Smart Lighting Project (270,000 street lights), as well as the City of Phoenix (110,000 street lights), City of Tucson (21,000 street lights), and more than thirty other LED street light/smart city projects in the U.S. and Canada.  He led the development of one of the first city-wide LED street light conversion projects in North America in 2011, one of the first LED street light projects to use wireless lighting controls, and the first in the US in which the serving utility agreed to use the control system’s on-board metering for billing. 

Prior to entering the energy field, Mr. Feiten was Vice President of Sales and Marketing for the Affinity Publishing Division of PennWell Corporation, which developed and implemented global alliance marketing programs for Microsoft, IBM, Adobe, Oracle and other leading technology firms.


Craig Turner, PE, PLS, CLSP  Program Manager, Milhouse Engineering & Construction, Inc

Craig has over 20 years of experience in civil engineering and land surveying and is currently serving as the Program Manager for the City of Chicago Smart Lighting Program (CSLP). Craig’s team oversees the upgrade of more than 270,000 street and alley light fixtures throughout the city. The program seeks to improve public safety and quality of life in neighborhoods across Chicago by replacing the city’s outdated and inefficient High-Pressure Sodium lamps with reliable LED luminaires. The new system will improve the city’s responsiveness to outages via a Citywide Street light Management System that will provide real-time updates when outages occur. Craig and his construction management team is responsible for the supervision, coordination, inspection, and documentation of the LED conversion and Target Infrastructure Stabilization Repairs.


Joseph Rende Director of Business Development, NYPA

Joe Rende currently leads NYPA’s business development team focused on energy services for the governmental sector in NYS. This includes managing and leading a Governor’s initiative called the Smart Streetlighting NY program. The goal of this program is to convert 500,000 streetlights to LED by 2025 across NYS. In addition, NYPA’s efforts include smart sensor technology and connectivity deployment and demonstration. Mr. Rende has over 30 years of energy and utility experience, including extensive experience in all aspects of the energy services business. Joe has a BME degree in Mechanical Engineering from Manhattan College and a MBA in finance from Long island University.


Oswaldo Chaves, Civil Engineer with the Chicago Department of Transportation (CDOT), Division of Engineering.

 Oswaldo currently serves as the CDOT Project Manager for the Chicago Smart Lighting Program.  As the project manager he is responsible for managing the replacement of approximately 275,000 HPS street lights with LED fixtures and installation of smart grid network. He was the project manager for the design and construction of Phase 3 of the Chicago Riverwalk Project, managed the construction of the last segment of the north-south Wacker Drive Reconstruction project, and has been involved in various bridge projects at CDOT. Other responsibilities include review and approval of construction projects along the City of Chicago waterways, and review of private developments as they impact the City’s bridges and viaducts. 

Oswaldo has a BS degree in Civil Engineering from the Illinois Institute of Technology.

Location

Millennium Knickerbocker Hotel

163 E Walton Pl

Chicago, IL 60611

Reserve your room:

please call 1-800-621-8140

Room Block Reserved For:

Nights of October 28-30, 2018

Room rate through EUCI:

$209.00 single or double plus applicable taxes
Make your reservations prior to October 9, 2018.

Venue Information

About the Hotel

 

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Muni and Coops employees qualify for a reduced rate

EventStandard RateAttendees
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