John Hoffner has over 20 years of experience in the renewable energy industry, specializing in the design, development, and operation of utility-scale and commercial solar PV projects. He has led engineering teams on hundreds of MWs of solar projects across the U.S., Canada, Middle East, and Australia. Hoffner also has a background in energy policy and standards development, and currently works as an instructor and consultant on solar projects.
This document provides an overview of AECOM, a global infrastructure firm that provides energy services. AECOM has 45,000 employees working across 100+ countries on 7 continents. The company strives to ensure renewable energy solutions for the future through 90 years of experience in efficiency, sustainable design, transmission, distribution, and thermal power generation. AECOM's mission is to help clients develop efficient energy solutions to reduce consumption, expand renewables, and improve reliability.
Mark Daugherty has extensive experience leading technology companies and managing research and development projects. He holds a Ph.D. in Mechanical Engineering and a J.D. and has served as CEO or president of several startups, overseeing operations, fundraising, and licensing of technologies. Currently he is Chief Operating Officer of Versatran Global, a company developing a transfer chair to assist caregivers. He has 20+ technical publications and patents and volunteers on nonprofit boards related to renewable energy and healthcare.
AIA 2013: Facts on the Ground: Testing the Performance of Ft. Carson's Green ...Shanti Pless
油
Our AIA 2013 Ft. Carson GSA High Performance Buildings Demonstration Results. Full site with Executive summary and full report at: http://www.gsa.gov/portal/content/195803
The document summarizes the recommendations of the Pecan Street Project working group regarding the evolution of Austin, Texas's energy system. The group envisions a future where Austin leads the country in renewable energy and smart grid technology by 2030. This includes two-way energy and data flows, time-based pricing, distributed generation, and more efficient customer energy use. The recommendations aim to help Austin Energy and the city accelerate this evolution and transition away from fossil fuels, capitalizing on opportunities but also mitigating risks of not adapting to changing energy and technology.
Dynamic modeling of photovoltaic (PV) fed water pumping system for BangladeshSaidur Rahman
油
The document discusses solar photovoltaic water pumping systems. It introduces standalone solar systems as an alternative technology for remote water pumping in areas without electric grid access, like rural Bangladesh. The key components of solar PV water pumping systems are described, including solar panels, motors, and the benefits of using solar energy for irrigation and drinking water. Challenges like improving system efficiency and performance under different operating conditions are also mentioned.
The project will begin with a comprehensive technical and economic analysis addressing all aspects of a
batterys lifecycle in search of the best second-use strategies, followed by a comprehensive test program to
verify findings, particularly battery lifetimes. For the field test, researchers will deploy aged EV batteries at
the University of California (UC), San Diegos campus-wide electric power grid. The results of the study will:
Provide validated tools and data on battery life to industry for battery reuse
Recommendations for EV battery design and manufacturing practices
Identify the necessary regulatory changes to encourage secondary battery use
Assess the economic benefit of second uses
This document provides a feasibility study for installing a solar photovoltaic system at See's Candies production facility in Burlingame, CA. It outlines the proposed 105 kW solar array that would generate around 150,696 kWh annually and save the company over $22,000 per year in electricity costs. The study also analyzes the project timeline and management phases, financial projections over 20-25 years, and motivations for See's Candies to invest in onsite solar energy production.
The document discusses a student team from West Branch Community School District that conducted an energy efficiency project. The team identified opportunities to upgrade inefficient lighting and implement renewable energy sources at local businesses and their high school. They conducted energy audits, educated business owners, and successfully persuaded some to upgrade. Their efforts identified annual savings of over $9,000 and 68,000 kWh at the high school. The team shared their findings through newspaper articles, presentations, and a website to raise community awareness of energy and cost savings opportunities.
Cost benefit Analysis Between Solar-Powered and Diesel Fuel-Fed Pumps of the ...IJAEMSJORNAL
油
The document discusses a study that analyzed the cost benefits of solar-powered pumps versus diesel fuel-fed pumps used by the National Irrigation Administration in the Philippines. The study found that installing two new solar-powered pump projects cost a total of 38.2 million pesos. In comparison, it was estimated that using two diesel generators would cost 1.3 million pesos initially but would result in over 315 million pesos in fuel and maintenance costs over 25 years. Therefore, the study concluded that solar-powered pumps provide significant long-term savings of over 277 million pesos and are a more efficient and cost-effective option compared to diesel-powered pumps.
This document provides a summary of Alfonso M. Cabrera's extensive experience in energy engineering over 30 years, including 18 years in energy management roles. He has managed energy programs for various organizations, including the US Postal Service, American Sugar Refining, and Naval facilities in the Mid-Atlantic region. Cabrera has significant experience developing and implementing energy savings performance contracts to reduce energy consumption and costs for clients in various sectors.
Comparison of Solar Energy System with Conventional Power System : A Case Stu...IRJET Journal
油
The document compares the solar energy system at Giani Zail Singh Campus College of Engineering and Technology (GZSCCET) in Bathinda, India to the conventional power system. It finds that adopting solar power for the campus would make it a leader in clean energy development in India. The study surveys all campus buildings such as hostels, cafeterias, workshops and labs to determine monthly electricity consumption. It then sizes solar photovoltaic installations on available rooftops to meet 100% of the campus' electricity needs, thereby eliminating pollution from conventional sources. Key factors like solar intensity, panel placement and shadowing are considered to identify suitable rooftop sites.
This document discusses renewable energy resources applied to zero energy houses and buildings. It provides examples of zero energy building projects in various countries and communities that have achieved high percentages of energy from renewable sources. It also analyzes the costs and payback times of different sized solar and wind power projects for residential and commercial buildings. While the upfront costs can be substantial, the analysis shows most projects achieve payback within 6-10 years and are cost effective over the long term as they provide free energy for 80% or more of the project lifetime. The document concludes zero energy buildings and greater use of renewable resources can help make the world more sustainable and reduce pollution from fossil fuel use.
AECOM is an engineering firm that provides integrated energy planning and engineering solutions to help clients reduce energy consumption, develop renewable energy sources, and address current energy challenges. They work on projects related to energy planning, energy efficiency, wind and solar energy, hydropower, and thermal/geothermal/nuclear power. AECOM's professionals partner with clients around the world to deliver sustainable solutions that support energy security while reducing emissions.
The document provides summaries of various renewable energy projects implemented by UGE. It describes projects using UGE wind turbines at locations like Lincoln Financial Field stadium, Hilton resorts, New York City buildings, Toyota headquarters, and more. The projects aimed to offset energy usage and promote sustainability through renewable solutions customized for each client and location.
This document provides an overview of a continuing education course on green building best practices and innovations in sustainable housing. It includes information on course credits, a brief history of green building, descriptions of various green building certifications like LEED and Energy Star, and elements of green building like siting, design, and construction considerations. The document encourages participants to complete a questionnaire before the class begins and explains how course completion certificates will be issued.
2012 Reenergize the Americas 5B: Martin GomezReenergize
油
The document discusses a feasibility study conducted by New Mexico State University for two proposed solar photovoltaic power pilot projects in El Salvador. It identifies two potential sites for the projects located at existing hydropower plants. The study involves technical, environmental, and financial analyses to determine the viability of 4 MW photovoltaic plants at each site. The goal is to help El Salvador diversify its energy portfolio and reduce high electricity costs while also expanding markets for U.S. solar suppliers.
This document reviews performance improvements in microbial fuel cells through the use of suitable electrode materials and bioengineered organisms. Microbial fuel cells directly convert organic matter to electricity using microorganisms. However, their commercial application is limited by low power output. The review discusses how electrode design and selection of optimal microbe species can enhance electricity generation. In particular, Geobacter and Shewanella species have shown promise for direct electron transfer needed for higher performance. Advances in genomic tools may enable engineering of microbes tailored for microbial fuel cells.
International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
An overview of the EECBG Program, metrics, and successful EECBG projects. The metrics section was contributed by Rahil Modi, Energy Engineer. The Performance Contracting section was contributed by Trevor Friedeberg.
The document analyzes the potential for solar energy development within existing developed areas in California to meet land, energy, and environmental compatibility goals. It finds that:
1) The quantity of energy potentially produced from PV and CSP within the built environment exceeds current statewide demand, at 11,000-15,000 TWh/yr for PV and 6,000 TWh/yr for CSP.
2) This solar energy potential within the built environment could meet the state's energy consumption needs 3 to 5 times over.
3) Developing solar energy within existing developed areas has advantages like lower environmental impacts and being located near population centers.
Thomas Edwards is an electrical engineer with over 20 years of experience at East Kentucky Power Cooperative (EKPC) and Kentucky Utilities. He has extensive experience managing large capital projects in power generation and transmission. At EKPC, his responsibilities included setting protection relays, upgrading generation equipment, and project managing installations costing over $150 million. He developed EKPC's protection criteria and coordinated transformer protection between EKPC and local cooperatives.
The document summarizes a workshop on the California Local Energy Assurance Planning (CaLEAP) Program. The workshop covered an overview of the CaLEAP program, lessons learned from past energy disruptions, microgrid fundamentals and case studies, and implementation processes, technologies and systems for increasing energy resiliency. The goal of CaLEAP is to help communities develop energy assurance plans to ensure power for critical services during emergencies by identifying projects, assessing vulnerabilities, and developing solutions such as microgrids.
This document provides an overview of district energy and the benefits it provides communities. It discusses how district energy involves a central energy plant and piping network to distribute thermal energy from the plant to buildings in an efficient manner. Some key benefits mentioned include high efficiency and lower long-term costs compared to individual building systems, flexibility to use multiple fuel sources, improved energy security and resilience for communities, and local control over energy infrastructure and investment decisions. The document is intended to help guide municipal leaders and developers through understanding and developing district energy projects.
Robert Sleeman has over 20 years of experience in infrastructure projects such as highways, landfills, and geotechnics. He has worked as a freelance consultant, resident engineer, CQA engineer, and project manager on various projects in the UK and abroad. Some of his roles have included overseeing construction, testing, reporting, and ensuring projects are completed safely, on time, and within budget.
The resume summarizes the civil engineering and environmental engineering experience of Marvin Williams over more than 40 years. It includes experience in areas such as project design, permitting, construction inspection, hazardous waste permitting and regulatory compliance for public works projects, private developments, and environmental cleanups. Williams has extensive experience in areas such as water/sewer systems, stormwater management, landfill design, and hazardous waste site remediation. He is a registered professional engineer in Missouri, Arkansas, and Texas.
Our Associate Search Marketing Strategist, Jeff Malczyk, teaches us all about Excel pivot tables: how to interpret data faster, easier, and more efficiently. Complete with in-depth instructions, screenshots, video, and memes. Because you have to laugh. Download the practice worksheet: http://cl.ly/2f0t3x3M0d30
David is a senior geotechnical engineer with over 30 years of experience working on a variety of commercial, residential, infrastructure and mining projects across BC and Alberta. He has expertise in geotechnical engineering, construction monitoring, materials testing and project management. Currently, he works as a report and proposal reviewer in Calgary, Alberta, where he also leads by example in a genuine and encouraging way.
Robert Michael Hern has over 27 years of experience in utility, road work, and site development projects across several states. He has worked his way up from laborer to positions like estimator, project manager, superintendent, and general manager. His experience includes construction of highways, bridges, commercial sites, subdivisions, and utility infrastructure like storm drains, sewer, and water mains. He is proficient in many areas including equipment operation, project layout, scheduling, and ensuring quality workmanship.
The document discusses a student team from West Branch Community School District that conducted an energy efficiency project. The team identified opportunities to upgrade inefficient lighting and implement renewable energy sources at local businesses and their high school. They conducted energy audits, educated business owners, and successfully persuaded some to upgrade. Their efforts identified annual savings of over $9,000 and 68,000 kWh at the high school. The team shared their findings through newspaper articles, presentations, and a website to raise community awareness of energy and cost savings opportunities.
Cost benefit Analysis Between Solar-Powered and Diesel Fuel-Fed Pumps of the ...IJAEMSJORNAL
油
The document discusses a study that analyzed the cost benefits of solar-powered pumps versus diesel fuel-fed pumps used by the National Irrigation Administration in the Philippines. The study found that installing two new solar-powered pump projects cost a total of 38.2 million pesos. In comparison, it was estimated that using two diesel generators would cost 1.3 million pesos initially but would result in over 315 million pesos in fuel and maintenance costs over 25 years. Therefore, the study concluded that solar-powered pumps provide significant long-term savings of over 277 million pesos and are a more efficient and cost-effective option compared to diesel-powered pumps.
This document provides a summary of Alfonso M. Cabrera's extensive experience in energy engineering over 30 years, including 18 years in energy management roles. He has managed energy programs for various organizations, including the US Postal Service, American Sugar Refining, and Naval facilities in the Mid-Atlantic region. Cabrera has significant experience developing and implementing energy savings performance contracts to reduce energy consumption and costs for clients in various sectors.
Comparison of Solar Energy System with Conventional Power System : A Case Stu...IRJET Journal
油
The document compares the solar energy system at Giani Zail Singh Campus College of Engineering and Technology (GZSCCET) in Bathinda, India to the conventional power system. It finds that adopting solar power for the campus would make it a leader in clean energy development in India. The study surveys all campus buildings such as hostels, cafeterias, workshops and labs to determine monthly electricity consumption. It then sizes solar photovoltaic installations on available rooftops to meet 100% of the campus' electricity needs, thereby eliminating pollution from conventional sources. Key factors like solar intensity, panel placement and shadowing are considered to identify suitable rooftop sites.
This document discusses renewable energy resources applied to zero energy houses and buildings. It provides examples of zero energy building projects in various countries and communities that have achieved high percentages of energy from renewable sources. It also analyzes the costs and payback times of different sized solar and wind power projects for residential and commercial buildings. While the upfront costs can be substantial, the analysis shows most projects achieve payback within 6-10 years and are cost effective over the long term as they provide free energy for 80% or more of the project lifetime. The document concludes zero energy buildings and greater use of renewable resources can help make the world more sustainable and reduce pollution from fossil fuel use.
AECOM is an engineering firm that provides integrated energy planning and engineering solutions to help clients reduce energy consumption, develop renewable energy sources, and address current energy challenges. They work on projects related to energy planning, energy efficiency, wind and solar energy, hydropower, and thermal/geothermal/nuclear power. AECOM's professionals partner with clients around the world to deliver sustainable solutions that support energy security while reducing emissions.
The document provides summaries of various renewable energy projects implemented by UGE. It describes projects using UGE wind turbines at locations like Lincoln Financial Field stadium, Hilton resorts, New York City buildings, Toyota headquarters, and more. The projects aimed to offset energy usage and promote sustainability through renewable solutions customized for each client and location.
This document provides an overview of a continuing education course on green building best practices and innovations in sustainable housing. It includes information on course credits, a brief history of green building, descriptions of various green building certifications like LEED and Energy Star, and elements of green building like siting, design, and construction considerations. The document encourages participants to complete a questionnaire before the class begins and explains how course completion certificates will be issued.
2012 Reenergize the Americas 5B: Martin GomezReenergize
油
The document discusses a feasibility study conducted by New Mexico State University for two proposed solar photovoltaic power pilot projects in El Salvador. It identifies two potential sites for the projects located at existing hydropower plants. The study involves technical, environmental, and financial analyses to determine the viability of 4 MW photovoltaic plants at each site. The goal is to help El Salvador diversify its energy portfolio and reduce high electricity costs while also expanding markets for U.S. solar suppliers.
This document reviews performance improvements in microbial fuel cells through the use of suitable electrode materials and bioengineered organisms. Microbial fuel cells directly convert organic matter to electricity using microorganisms. However, their commercial application is limited by low power output. The review discusses how electrode design and selection of optimal microbe species can enhance electricity generation. In particular, Geobacter and Shewanella species have shown promise for direct electron transfer needed for higher performance. Advances in genomic tools may enable engineering of microbes tailored for microbial fuel cells.
International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
An overview of the EECBG Program, metrics, and successful EECBG projects. The metrics section was contributed by Rahil Modi, Energy Engineer. The Performance Contracting section was contributed by Trevor Friedeberg.
The document analyzes the potential for solar energy development within existing developed areas in California to meet land, energy, and environmental compatibility goals. It finds that:
1) The quantity of energy potentially produced from PV and CSP within the built environment exceeds current statewide demand, at 11,000-15,000 TWh/yr for PV and 6,000 TWh/yr for CSP.
2) This solar energy potential within the built environment could meet the state's energy consumption needs 3 to 5 times over.
3) Developing solar energy within existing developed areas has advantages like lower environmental impacts and being located near population centers.
Thomas Edwards is an electrical engineer with over 20 years of experience at East Kentucky Power Cooperative (EKPC) and Kentucky Utilities. He has extensive experience managing large capital projects in power generation and transmission. At EKPC, his responsibilities included setting protection relays, upgrading generation equipment, and project managing installations costing over $150 million. He developed EKPC's protection criteria and coordinated transformer protection between EKPC and local cooperatives.
The document summarizes a workshop on the California Local Energy Assurance Planning (CaLEAP) Program. The workshop covered an overview of the CaLEAP program, lessons learned from past energy disruptions, microgrid fundamentals and case studies, and implementation processes, technologies and systems for increasing energy resiliency. The goal of CaLEAP is to help communities develop energy assurance plans to ensure power for critical services during emergencies by identifying projects, assessing vulnerabilities, and developing solutions such as microgrids.
This document provides an overview of district energy and the benefits it provides communities. It discusses how district energy involves a central energy plant and piping network to distribute thermal energy from the plant to buildings in an efficient manner. Some key benefits mentioned include high efficiency and lower long-term costs compared to individual building systems, flexibility to use multiple fuel sources, improved energy security and resilience for communities, and local control over energy infrastructure and investment decisions. The document is intended to help guide municipal leaders and developers through understanding and developing district energy projects.
Robert Sleeman has over 20 years of experience in infrastructure projects such as highways, landfills, and geotechnics. He has worked as a freelance consultant, resident engineer, CQA engineer, and project manager on various projects in the UK and abroad. Some of his roles have included overseeing construction, testing, reporting, and ensuring projects are completed safely, on time, and within budget.
The resume summarizes the civil engineering and environmental engineering experience of Marvin Williams over more than 40 years. It includes experience in areas such as project design, permitting, construction inspection, hazardous waste permitting and regulatory compliance for public works projects, private developments, and environmental cleanups. Williams has extensive experience in areas such as water/sewer systems, stormwater management, landfill design, and hazardous waste site remediation. He is a registered professional engineer in Missouri, Arkansas, and Texas.
Our Associate Search Marketing Strategist, Jeff Malczyk, teaches us all about Excel pivot tables: how to interpret data faster, easier, and more efficiently. Complete with in-depth instructions, screenshots, video, and memes. Because you have to laugh. Download the practice worksheet: http://cl.ly/2f0t3x3M0d30
David is a senior geotechnical engineer with over 30 years of experience working on a variety of commercial, residential, infrastructure and mining projects across BC and Alberta. He has expertise in geotechnical engineering, construction monitoring, materials testing and project management. Currently, he works as a report and proposal reviewer in Calgary, Alberta, where he also leads by example in a genuine and encouraging way.
Robert Michael Hern has over 27 years of experience in utility, road work, and site development projects across several states. He has worked his way up from laborer to positions like estimator, project manager, superintendent, and general manager. His experience includes construction of highways, bridges, commercial sites, subdivisions, and utility infrastructure like storm drains, sewer, and water mains. He is proficient in many areas including equipment operation, project layout, scheduling, and ensuring quality workmanship.
Pivot tables allow users to analyze large datasets by summarizing and aggregating data in different ways. They enable deeper analysis by presenting data in different forms through dragging and dropping fields to examine relationships between variables. The document provides instructions on selecting data, navigating pivot tables by manipulating rows and columns, and getting hands-on experience with the tool.
Buckley W. Wildes has over 15 years of experience operating heavy equipment and working in manufacturing. He currently works as a heavy equipment operator for R.B. Baker Construction, where he prepares land and shapes terrain using GPS-guided equipment. Wildes also has experience as a CNC machinist, programmer, and operator, developing and debugging machine programs. He is proficient in AutoCAD and CAM software. Wildes holds an Associate's degree in Criminal Justice and certificates in forklift operation and safety training.
Delenova Energy is a US-based energy consulting firm. It has extensive experience developing solar, wind, and natural gas power projects totaling thousands of MW across the US and internationally. The firm also provides strategic advisory services for asset valuation and optimization. The principal has over 30 years of experience in the energy industry and currently teaches graduate-level energy courses as an adjunct professor.
NREL is a national laboratory operated by the Alliance for Sustainable Energy, LLC for the US Department of Energy to conduct research and development on renewable energy and energy efficiency technologies. NREL works with industry, universities, and state governments to accelerate the commercialization of new technologies through collaboration and linking scientific discovery to product development. The document discusses NREL's work on solar energy technologies including photovoltaics and concentrating solar power, and efforts to advance these technologies and support their deployment and integration into the energy system.
James B. Watt has over 20 years of experience in energy systems efficiency consulting. He has worked as the principal engineer at Green Star Engineering and previously held roles at the Energy Systems Laboratory at Texas A&M University and Honeywell SES. Watt provides professional engineering services, including retro-commissioning and energy audits, to improve energy efficiency and reduce costs for public and private clients. He has extensive experience designing, installing, and optimizing complex energy systems in a wide range of building types and industries.
This document summarizes the experience and qualifications of Ralph W. Russell, an electrical engineer with over 40 years of experience in account management, energy management, and power quality solutions. He is currently the president of his own consulting firm, eDiscoveri, which helps industrial and government customers increase productivity and competitiveness through energy and reliability solutions. Previously, he worked for several large companies in various electrical engineering and customer account management roles.
Southern Energy Efficiency Center Final ReportFlanna489y
油
The Southern Energy Efficiency Center (SEEC) final report summarizes the organization's activities from 2009-2010. The SEEC worked with partners in 12 southern states to increase the deployment of high-performance buildings. Key accomplishments included developing an online resource center, producing educational materials on efficient building techniques, hosting conferences, and delivering training to over 1,000 attendees. Moving forward, the SEEC recommends expanding these outreach and education efforts to further realize energy savings in the region.
Staten solarprofile project development for spv power plantsRakesh Singh
油
Staten Solar provides trusted solar PV installation, engineering, procurement, construction and maintenance services. They have offices in California and India, and partnerships with Suzlon to develop 500 MW of solar projects and Blymyer Engineers for project design and engineering. The company has a highly experienced leadership team with expertise in solar and related industries. Staten Solar offers flexible engagement models and services including turnkey EPC, consulting, financing, and long-term operation and maintenance. They have successfully delivered multiple solar projects in locations like California, India, and Spain.
Saifuddin K. Mogri has over 30 years of experience as an electrical engineer with the Los Angeles Department of Water and Power (LADWP). He currently leads the day-to-day operations and development of key performance indicators for LADWP power plants and renewable energy projects. Some of his responsibilities include overseeing a $700 million annual budget for the Intermountain Power Project, managing renewable project development, and providing leadership in replacing coal power with natural gas and renewables. Mogri holds an MBA and MS in Electrical Engineering and has chaired several committees dealing with issues like renewable operations, greenhouse gases, and salvage operations.
The Wilton E. Scott Institute for Energy Innovation at Carnegie Mellon University works to find solutions to energy challenges through research, partnerships, policy work, and education. It is housed in the new Sherman & Joyce Bowie Scott Hall building, which fosters interdisciplinary energy research. The Institute provides seed grants for faculty research, partners with industry, supports technology commercialization, and engages in public outreach activities such as the annual Energy Week conference.
Managing Energy and Saving Money Through Your FacilityTNenergy
油
The document discusses a comprehensive energy efficiency program implemented by Ameresco at the University of Kentucky. It included infrastructure upgrades like lighting and HVAC improvements financed through an energy performance contract. Additionally, Ameresco developed a unique Sustainability Education and Behavior Change program called Empowered to engage the campus community in conserving energy through education, awareness, and incentives. Empowered provides real-time energy data and tips through an online platform, mobile apps, and interactive kiosks. The goal is to reduce energy waste through behavior change and inspire long-term conservation.
This document outlines Massachusetts' leadership in clean energy and workforce development programs. It discusses Massachusetts ranking first nationally in energy efficiency for the third year in a row and having large growth in solar (175x) and wind (30x) energy since 2007. It also describes Massachusetts Clean Energy Center internship and job training programs that place college students as interns and help low-income residents build careers in clean energy.
The Wilton E. Scott Institute for Energy Innovation works through the academic units of Carnegie Mellon University to find solutions for the nations and worlds energy challenges油through research, strategic partnerships, public policy outreach and education.
The Wilton E. Scott Institute for Energy Innovation at Carnegie Mellon Univer...Amanda Finkenbinder, MPM
油
The Wilton E. Scott Institute for Energy Innovation at Carnegie Mellon University is focused on developing and demonstrating the technologies, systems and policies needed to accelerate the transition to a sustainable energy future.
The Scott Institute for Energy Innovation works through the academic units of Carnegie Mellon University to find solutions for the nation's and the world's energy challenges including pathways to a low carbon future, smart grid, new materials for energy, shale gas, and building energy efficiency through research, strategic partnerships, public policy outreach and education.
The document provides information about Knoxville, Tennessee's Solar America Cities program goals and initiatives. The goals are to substantially increase solar power utilization, increase public understanding of solar power, build local solar expertise, and reduce barriers to widespread solar adoption. The program highlights include public education, training programs, economic development projects, and business promotion to encourage solar. It also provides examples of different solar technologies and incentives available in Tennessee.
Solar Energy Made Easy
Everyday in the U.S. 288 more homes harness the power of the sun. Today could be your day to tap into that abundant source to save money and to build energy security for yourself, your family and community.
June 2, 2010
Michaela Martin, P.E.
Is the American workforce prepared to transition to a low-carbon economy? Experts offered their insights at a recent Capitol Hill briefing, "Efficient America: Greening the Industrial Workforce."
Pathway Lending is a nonprofit economic development lender that provides loans for energy efficiency and renewable energy projects in Tennessee. It launched a new Energy Education Initiative funded by the Department of Energy to provide training workshops around the state on topics like industrial energy efficiency, sustainability, and electric vehicles. The initiative will also create an online resource center for materials from the events.
AllSolar Service Company has over 35 years of experience installing solar systems in Central Florida. They have installed over 16,000 solar photovoltaic, solar water heating, and solar pool heating systems. AllSolar prides itself on high quality installations and excellent customer service. They describe the three main types of solar systems they install: photovoltaic systems which generate electricity, solar water heating systems, and solar pool heating systems. The document also provides information on various federal, state, and local rebate programs that can help reduce the cost of installing solar energy systems.
1. John Hoffner, P.E.
8908 Marybank Drive Austin, TX 78750
(Cell) 512-923-3474 Email: john@johnhoffner.com
SUMMARY
Accomplished engineer and manager with expertise in designing, installing and operating renewable
energy systems. Acknowledged in the industry for leading design teams related to utility-scale
photovoltaic (PV) power plants and PV on commercial buildings. Recognized in the renewable
industry for technical understanding of leading edge PV systems and working with clients to develop
high quality and competitively priced installations in the U.S., Middle East and Canada. Conducted
financial due diligence for clients planning to invest in utility-scale PV plants. Held leadership roles in
local, state and national organizations to develop renewable energy codes and standards, and
policies. John Hoffner has 20 years of experience with electric utilities regarding interconnection,
building energy efficiency and renewable energy project development and operation.
PROFESSIONAL EXPERIENCE
CH2M HILL, Austin, Texas 2007 - 2014
Solar PV Program Manager
Built a talented team to deliver quality engineering for U.S. and international clients. Led solar team
of five with support from 100 power engineers to implement distributed and large-scale solar PV
designs. Developed new business with clients to implement solar, energy efficiency and biomass
programs. Here are representive projects:
UTILITY-SCALE PV PLANTS, Recurrent Energy, Ontario, Canada, 2010 - 2014
Led team to write technical specifications and support plant commissioning for 19 solar PV
projects each up to 10 MW. Enabled Recurrent Energy to sell the 19 projects worth $600M by
March 2014 to investors.
1 MW PV SYSTEM DESIGN, Silver Peak Mine, Nevada, 2014
Directed development of cutting edge design and construction plan for 1 MW PV plant with a
battery storage system to shift solar production.
200 MW SOLAR PV PLANT, Laughlin, Nevada, 2013
Drove development of preliminary designs, layouts, electrical one-line diagrams, PVsyst
modeling, cost estimates for 200 MW solar PV plant near Mojave Substation. Client bid into San
Diego market for between 5 and 6 cents/kWh; a record low price for utility-scale PV.
2 MW SOLAR PV PLANTS, PacifiCorp, Oregon and Utah, 2010 - 2014
The team wrote technical specifications for the client to hire an EPC contractor to build and
commission the PV plants. Reviewed drawings and construction submitttals. PacifiCorp was
able to procure and build the PV plants on time and under budget.
MASDAR CITY DEVELOPMENT, Abu Dhabi, United Arab Emirates, 2008 - 2010
Managed team providing technical design, procurement, installation and commissioning for the
10 MW PV system. The plant was completed and commissioned in 2009, the first large-scale
plant in the Middle East. The project included energy efficiency measures and biomass analyses.
DUE DILIGENCE, Marubeni, 150 MW PV Plant, Australia 2011, and TransCanada for a
$400M investment in a PV in Ontario, Canada 2010 - 2011
Led team to conduct technical due diligence: Marubeni, was considering investing in the
Australian Queensland project, and our team worked with TransCanada for a full year
evaluating an opportunity that allowed them to invest in PV plants worth $400 Million.
2. John Hoffner
(Cell) 512-923-3474 Email: john@johnhoffner.com
2
Conservation Services Group (CSG), formerly Planergy, Austin, Texas. 1996 - 2007
Director of Technical Services
Managed technical delivery for renewable energy services and programs countrywide. The services
included PV design support, quality assurance procedures for PV programs, training programs for
staff, contractors and allies, technical aspects of public and consumer education activities for State of
New Jersey incentive program (CORE). Designed and installed 2 MW+ of distributed renewable
electric power plants for CSG and other clients. Oversaw implementation of renewable energy
education and outreach programs, training, and policy development in Texas and New Jersey.
Directed the program Infinite Power of Texas, an education campaign for the state of Texas,
including a video featuring Dan Rather. Helped build Texas renewable market and drove renewable
portfolio standard (1999) for the state of Texas.
Austin Energy, Austin, Texas 1983 - 1996
Manager, Renewable Energy Division
Directed implementation of solar PV, wind, and biomass plants as part of Austin Energys overall
generation plan. Worked with key stakeholders to develop utility specifications and standards for
renewable plants including large-scale and distributed generation. Led installation of two 300 kW
photovoltaic plants and several small systems on city buildings. Negotiated purchase power
agreement for 10 MW landfill gas power plant and 10 MW share of Culberson County wind plant
built in partnership with Lower Colorado River Authority (LCRA); the first utility-scale wind farm in
Texas. Worked on committees for Texas Public Utility Commission to write state interconnection
standards for state.
Trinity University, San Antonio, Texas 1981 - 1983
Graduate Research Fellowship
Attended and completed graduate school program (1981-1983) in engineering and physics program
with emphasis on solar energy. Thesis: The Application of Indirect Evaporative Cooling and High
Efficiency Dehumidification for Energy Conservation in Commercial Buildings, 1983.
RG Vanderweil Engineers Boston, Massachusetts 1980 1981
Energy Engineer
Conducted energy audits of schools and hospitals, commercial, and industrial buildings in
Massachusetts, Connecticut and New Jersey. Completed final reports and preliminary designs for
energy conservation measures, including capital improvements at each site.
Education
Trinity University, M.S., Engineering Science, San Antonio, Texas
Tufts University, B.S., Civil Engineering, Medford, Massachusetts
Professional Credentials
則 Registered Professional Engineer: Texas (1986, No. 56948)
則 Technical Advisory Group City of Austin Net-zero Carbon Emmissions Commission - present
則 Instructor, Austin Community College, Solar Electricity (2004 2009)
則 Board of Directors, Texas Renewable Energy Industries Association, present, and 2004 2012
則 Board of Directors, Texas Solar Energy Industries Association, 2009 - present
則 Board of Directors, Interstate Renewable Energy Council (IREC), 2013 - present
則 Commissioner, City of Austin Resource Management Commission, appointed by City Council,
2003 2005. Developed/implemented first PV rebate program in State of Texas by Austin Energy
3. John Hoffner
(Cell) 512-923-3474 Email: john@johnhoffner.com
3
則 Leadership Austin; graduated, 2003
則 North American Board of Certified Energy Practitioners (NABCEP), Emeritus: certified 2003-2012
Other Distinguishing Qualifications and Community Involvement
則 Teaching: Co-authored and implemented solar PV training program at Austin Community
College (ACC) for North American Board of Certified Energy Practitioners (NABCEP)
certification. Received State funding, wrote and taught curriculum (2004 2009) for hands-on
training and certification of solar PV installers and designers. Course prepares students to sit for
nationally recognized NABCEP certification and is regularly offered at ACC and local IBEW in
Austin. Member of advisory board for training center Imagine Solar.
則 School photovoltaic (PV) systems: While at CSG I designed, installed and maintained PV systems
on 50 schools throughout Texas ranging from 1 to 4 kW. Under 10-year power purchase
agreement, 19 school PV systems were installed in American Electric Power (AEP) service
territory.
則 Radio programmer: Programmer and producer for weekly green-talk program called Shades of
Green at Austins FM station KOOP. Program also streams live at www.koop.org. Present.
4. John Hoffner
(Cell) 512-923-3474 Email: john@johnhoffner.com
4
ADDENDUM
Recent Publications with Co-authors (earlier papers not listed)
1. Proposed Photovoltaic Module Form Factor to Reduce Levelized Cost of Energy, Proceedings
of 40th IEEE PV Specialist Conference, Denver, CO, June 8-13, 2014
2. Creating a Balance of Cost, Reliability, and Maintainability for Utility-Scale PV Power
Plants, Proceedings of 39th IEEE PV Specialist Conference, Tampa, FL, June 19, 2013
3. Solar PV Project Due Diligence for Ontario, Canada Climates, Proceedings of the World
Renewable Energy Forum (WREF), Denver, CO, May 2012
4. San Jose, California Identifies up to 40 MW of PV for Municipal Facilities through the Solar
America Cities Program, Proceedings of the American Solar Energy Society, May 2010
5. Watts-on-Schools, 10-years of Experience with an Innovative PV School Leasing Program,
Proceedings of the American Solar Energy Society, May, 2010
6. Sun Power For the Town of Westwood, Massachusetts, Proceedings of the American Solar
Energy Society, July 2004
7. Renewable Energy; The Infinite Power of Texas, Proceedings of the American Solar Energy
Society, June, 2002
8. The Texas Photovoltaic Coalition; Options for Rural Utilities, Proceedings of the American
Solar Energy Society, June 2002
9. Facilitating Solar Electric Plant Construction, an Innovative Model in Long Island, New York,
Proceedings of the American Solar Energy Society, Austin, Texas June 2003
10. PV Window Awning System on the University of Texas Houston Health Science Center Using
AC-Modules, Proceedings of 28th IEEE PV Specialist Meeting, Anchorage, Alaska, September
2000
11. Stand-Alone PV as a Customer Service Option in Texas, USA, Proceedings of IEEE PV
Specialist Conference, Vienna, Austria, July 1998
12. Renewable Energy in Texas, Texas Business Review, U. of TX at Austin, June 1997
13. PV-Friendly Pricing: The Commercialization of Grid-Tied PV Systems by Electric Utilities,
Proceedings, IEEE PV Specialists Conference, Washington, DC, May 1996