This document summarizes the state of the solar industry in Arizona in 2015. It finds that while the US solar industry grew 20.2% in 2015, adding over 35,000 jobs, Arizona saw a 24.5% reduction in solar jobs. Solar capacity additions in Arizona have stagnated since 2012, installing just 141 MW in 2015, less than neighboring Nevada. Utility-scale solar makes up most new capacity but the residential and commercial markets have struggled due to policy changes reducing the economics of rooftop solar.
The solar industry in Arizona saw significant job losses in 2013, declining by over 1,200 workers and 12.7% from the previous year. This is attributed to the completion of large solar projects that drove hiring in prior years. While total solar capacity installed was similar year-over-year, the residential market segment grew more slowly at 13% compared to nearly 94% the prior year. Over a third of Arizona solar employers expect to add jobs in the coming year, but overall employment is projected to grow by only 475 jobs or 5.6% with continued policy uncertainty in the state. The solar workforce in Arizona currently stands at 8,558 workers, down from 9,800 in 2012, with the vast majority employed in installation
The document summarizes a report on solar jobs in California in 2013. It finds that California had 47,223 solar workers as of November 2013, concentrated in the San Francisco Bay Area and Southern California. Solar employers in California expect to add 10,500 new solar jobs, a growth rate of 22.3%, by November 2014. California has been a leader in solar energy and jobs due to its renewable energy policies like renewable portfolio standards and solar rebate programs, which have led to over 10,000 MW of installed solar capacity, over 40% of the US total.
The document provides an analysis of solar employment in California in 2013. It finds that California had 47,223 solar workers employed across the state, with most concentrated in the San Francisco Bay Area and Southern California. California solar employers expect to add 10,500 new jobs, a growth rate of 22.3% by November 2014. The success of California's solar industry is driven by its leadership in solar energy installation, with over 40% of the nation's total solar capacity. Strong state policies like renewable portfolio standards and solar rebate programs have supported the growth of the solar industry and job creation in California.
The Solar Foundation's National Solar Jobs Census 2014 found that the U.S. solar industry employs 173,807 workers, a growth of 21.8% since 2013. Solar employment grew nearly 20 times faster than the overall economy and accounted for 1.3% of new U.S. jobs over the past year. The installation sector remains the largest, more than doubling in size since 2010. If growth continues, the Census predicts 210,060 solar workers within a year, driven by increasing demand before tax credits expire in 2017.
The document summarizes a report on solar jobs in Minnesota in 2013-2014. It found that:
1) The solar industry in Minnesota employs 864 workers, a 73% increase since 2012, and employers expect to add around 250 jobs (28% growth) by late 2014.
2) Most Minnesota solar establishments are involved in installation (56%) and sales/trade (16%), though manufacturing accounts for 14% of solar jobs.
3) The industry focuses on photovoltaics (81%) and water heating (41%), consistent with national trends.
This document explores sustainable funding models for solar workforce training programs as public funding decreases. It notes rapid growth in the solar industry and jobs, but limited and declining public funding for associated training. It proposes three new funding concepts: 1) Public-private partnerships to jointly fund training; 2) Revolving loan funds for trainees that are repaid after employment; and 3) Crowdsourcing training funding from industry. The document aims to facilitate a transition from public to private funding that maximizes efficient allocation of funds to training providers.
Solar employment in North Carolina grew from 3,100 in 2013 to 5,600 in 2014, adding over 200 jobs per month between November 2013 and November 2014. At over 80 percent year-over-year growth, the North Carolina solar industry grew nearly 40 times faster than overall employment in the state.
The solar industry in Arizona saw a significant decline in jobs between 2012 and 2013, dropping from 9,800 solar workers to 8,558, a reduction of over 1,200 jobs or 12.7%. This decline was largely due to the completion of large solar projects, policy uncertainty in the state, and struggles in the international solar industry. However, the outlook is somewhat more positive, with over one-third of Arizona solar companies expecting to add jobs by late 2014. The industry projects adding around 475 jobs, a growth rate of 5.6%, over the next year. Currently, the vast majority (around 68%) of Arizona solar workers are employed in the installation sector.
The solar industry in Arizona saw significant job losses in 2013, declining by over 1,200 workers and 12.7% from the previous year. This is attributed to the completion of large solar projects that drove hiring in prior years. While total solar capacity installed was similar year-over-year, the residential market segment grew more slowly at 13% compared to nearly 94% the prior year. Over a third of Arizona solar employers expect to add jobs in the coming year, but overall employment is projected to grow by only 475 jobs or 5.6% with continued policy uncertainty in the state. The solar workforce in Arizona currently stands at 8,558 workers, down from 9,800 in 2012, with the vast majority employed in installation
The document summarizes a report on solar jobs in California in 2013. It finds that California had 47,223 solar workers as of November 2013, concentrated in the San Francisco Bay Area and Southern California. Solar employers in California expect to add 10,500 new solar jobs, a growth rate of 22.3%, by November 2014. California has been a leader in solar energy and jobs due to its renewable energy policies like renewable portfolio standards and solar rebate programs, which have led to over 10,000 MW of installed solar capacity, over 40% of the US total.
The document provides an analysis of solar employment in California in 2013. It finds that California had 47,223 solar workers employed across the state, with most concentrated in the San Francisco Bay Area and Southern California. California solar employers expect to add 10,500 new jobs, a growth rate of 22.3% by November 2014. The success of California's solar industry is driven by its leadership in solar energy installation, with over 40% of the nation's total solar capacity. Strong state policies like renewable portfolio standards and solar rebate programs have supported the growth of the solar industry and job creation in California.
The Solar Foundation's National Solar Jobs Census 2014 found that the U.S. solar industry employs 173,807 workers, a growth of 21.8% since 2013. Solar employment grew nearly 20 times faster than the overall economy and accounted for 1.3% of new U.S. jobs over the past year. The installation sector remains the largest, more than doubling in size since 2010. If growth continues, the Census predicts 210,060 solar workers within a year, driven by increasing demand before tax credits expire in 2017.
The document summarizes a report on solar jobs in Minnesota in 2013-2014. It found that:
1) The solar industry in Minnesota employs 864 workers, a 73% increase since 2012, and employers expect to add around 250 jobs (28% growth) by late 2014.
2) Most Minnesota solar establishments are involved in installation (56%) and sales/trade (16%), though manufacturing accounts for 14% of solar jobs.
3) The industry focuses on photovoltaics (81%) and water heating (41%), consistent with national trends.
This document explores sustainable funding models for solar workforce training programs as public funding decreases. It notes rapid growth in the solar industry and jobs, but limited and declining public funding for associated training. It proposes three new funding concepts: 1) Public-private partnerships to jointly fund training; 2) Revolving loan funds for trainees that are repaid after employment; and 3) Crowdsourcing training funding from industry. The document aims to facilitate a transition from public to private funding that maximizes efficient allocation of funds to training providers.
Solar employment in North Carolina grew from 3,100 in 2013 to 5,600 in 2014, adding over 200 jobs per month between November 2013 and November 2014. At over 80 percent year-over-year growth, the North Carolina solar industry grew nearly 40 times faster than overall employment in the state.
The solar industry in Arizona saw a significant decline in jobs between 2012 and 2013, dropping from 9,800 solar workers to 8,558, a reduction of over 1,200 jobs or 12.7%. This decline was largely due to the completion of large solar projects, policy uncertainty in the state, and struggles in the international solar industry. However, the outlook is somewhat more positive, with over one-third of Arizona solar companies expecting to add jobs by late 2014. The industry projects adding around 475 jobs, a growth rate of 5.6%, over the next year. Currently, the vast majority (around 68%) of Arizona solar workers are employed in the installation sector.
The document is a report analyzing the solar workforce in Minnesota in 2013. It finds that Minnesota had 864 solar workers in 2013 and has steadily increased its solar capacity over the past decade to 16.2 megawatts currently. Recent policy changes in Minnesota, including a solar electricity standard requiring utilities to source 1.5% of retail sales from solar by 2020, are expected to drive rapid growth in the state's solar market and significant increases in solar jobs over the next several years. The report provides a baseline of current solar employment to measure this expected future growth.
This document summarizes a Google Hangout session on green jobs and the energy transition to sustainable development. The session included three presenters: Janine Finnell reviewed recent US studies and data on green jobs; Silvia Leahu-Aluas provided examples of green job successes in Midwest states like Iowa, Ohio, and Indiana; and Adriaan Kamp discussed international perspectives on green jobs and their relationship to energy transition, sustainable development, and economic growth. The discussion touched on topics like the challenges of climate change and employment, definitions of green jobs, US and international data sources, and examples of renewable energy job growth and economic development in the Midwest region.
The document discusses solar energy trends in Arizona since 2009. It notes that while US solar development has grown significantly since 2009, Arizona's growth has slowed recently. It also discusses the challenges of integrating utility and non-utility solar providers as the electricity market changes rapidly due to technological advances. Finally, it calls for continued investment and partnerships to rapidly deploy renewable energy in Southern Arizona.
The GW Solar Institute at George Washington University identifies and shares solutions to policy barriers preventing solar energy adoption. It provides policymakers with strategic analysis on complex solar issues. The Institute is led by Amit Ronen and engages stakeholders through events, education and serving as a public information resource. It focuses research on issues like solar legislation, low-income solar access, and the utility industry transition facilitated by distributed generation.
The U.S. solar industry employs an estimated 100,237 solar workers as of August 2011, up 6.8% from August 2010. Nearly half of solar firms expect to add jobs over the next 12 months, anticipating growth of around 24,000 new jobs and a 24% increase. Solar job growth significantly outpaces overall national employment growth. Installation, manufacturing, sales and distribution, and utility firms all anticipate substantial employment gains in the coming year.
New report finds explosive growth in solar energy use by US schools over past decade, with installed capacity increasing from 303 kW to 457,000 kW. This saves schools $77.8 million annually in utility costs and reduces carbon emissions equivalent to taking nearly 100,000 cars off the road each year. While over 3,700 schools now use solar, providing benefits to 2.7 million students, potential remains for over 40,000 additional schools to install solar.
The document summarizes the U.S. Department of Energy's perspective on the trajectory of the U.S. solar market. It predicts that solar energy will reach grid parity and widespread adoption by 2015, driven by declining costs and rising electricity prices. Residential and commercial solar are projected to have lower levelized costs of energy than grid electricity by 2010 in many areas. The DOE's Solar America Initiative aims to achieve this through reducing costs across the solar industry and increasing private investment in solar companies and manufacturing. A temporary shortage in silicon feedstock prices is expected to end by 2010.
The document provides an overview of the solar energy industry and forecasts for the US solar market. It discusses how solar photovoltaic costs are decreasing and several solar companies expect to reach grid parity by 2015. Conservative forecasts show average US electricity prices reaching 16 cents/kWh by 2015, making solar competitive in many areas. The US Department of Energy's Solar America Initiative aims to achieve grid parity for solar electricity across all sectors by 2015 through research, partnerships and funding to solar companies.
The GW Solar Institute, a research partner on the National Solar Jobs Census 2014, joined The Solar Foundation and BW Research Partnership in announcing that the solar energy industry added over 31,000 new jobs in 2014. This remarkable growth rate is almost twenty times the national average and accounts for 1 out every 78 new jobs created in the US since Solar Jobs Census 2013.
Highlights of the ACEEE National Conference on Energy Efficiency as a ResourceLeonardo ENERGY
The document summarizes highlights from the 2015 ACEEE National Conference on Energy Efficiency as a Resource, including:
- Over 370 attendees from utilities, non-profits, government, and consulting firms heard presentations on successful energy efficiency programs and policies.
- Keynote speakers discussed the Clean Power Plan and energy efficiency as a transmission and distribution resource.
- Breakout sessions covered topics like lighting programs, regulatory mechanisms for energy efficiency, and the role of energy efficiency in environmental regulations.
- Presentations and reports from the conference are available on the ACEEE website. Planning is underway for the next conference in 2017.
This document discusses a review of rebate policies for solar PV adoption in the Northeastern United States. It begins with an introduction that outlines the benefits of solar PV generation and the high upfront costs that are a barrier to widespread adoption. It then discusses the role of rebate policies in stimulating demand for residential solar installations by reducing upfront costs. The document provides an overview of existing literature on solar policies including rebates and analyzes installation trends in Northeast states given their rebate programs. It concludes with a benefit-cost analysis of state rebate policies.
The National Solar Jobs Census 2011 found that the U.S. solar industry employed over 100,000 workers, growing at nearly 10 times the rate of overall U.S. economy job growth. Solar jobs increased by 6,735 over the previous year with expectations of continued growth across sectors like manufacturing, installation, and sales. California led the nation with over 25,000 solar jobs while the top 20 states for solar employment accounted for over 85,000 jobs.
This document summarizes the key findings of a McKinsey & Company report on unlocking energy efficiency in the US economy. The main points are:
1) The US could reduce annual energy consumption by 23% from projected 2020 levels through cost-effective energy efficiency measures, saving over 9 quadrillion BTUs and $1.2 trillion.
2) Significant barriers have prevented the full realization of this potential. Overcoming these barriers will require a comprehensive, innovative national strategy.
3) Five elements are needed for an effective national strategy: recognizing efficiency as a resource; launching proven and piloted approaches at national and regional levels; identifying funding; improving alignment among stakeholders; and fostering innovation.
Scott Sklar, President of the Stella Group and former Executive Director of the Solar Energy Industries Association, presented on April 19, 2010 at the GW Solar Institute Second Annual Symposium. more information at http://solar.gwu.edu/Symposium.html
Increasing Investment and Capital Flows in OhioScott Clausen
The document summarizes renewable energy trends in Ohio. It finds that Ohio's Renewable Portfolio Standard and other policies helped create a robust renewable energy market until recent legislation froze the RPS and increased wind setbacks. Over 430 MW of wind and 100 MW of solar have been built since 2008, attracting over $1.3 billion in investment. However, almost no new development has occurred since 2014 due to policy changes. The document argues business-friendly policies are needed to encourage further investment and growth in Ohio's renewable energy sector.
This document summarizes a guest lecture on energy and society that discussed several topics: (1) critiques of Ontario government reports and policies around replacing coal power, increasing electricity prices, and promoting renewable energy (2) analysis questioning the health impacts attributed to coal power and rate impact projections of renewable energy (3) concerns about propaganda around assigning blame for increased electricity costs.
Energy innovation es8928 - renewable energy policy handbook -final m coviMarco Covi
A handbook for policy makers in the renewable energy field in Ontario. The handbook places a heavy importance on better consultation and public education on energy matters when it comes to the planning of large-scale energy projects and makes several suggestions on how to improve this. The handbook is timely as it was written in the context of the 2013 LTEP. In addition it serves as an accessible scientific reference guide for decision-makers and the broader public alike.
This document summarizes a study that uses a pseudo-homogeneous CSTR simulation to model a fluidized bed reactor for producing polyethylene via gas-phase polymerization of ethylene. The simulation includes the effect of adding the inert condensing agent n-hexane to the feed stream. It uses the Sanchez-Lacombe equation of state to predict how n-hexane increases the solubility of ethylene in the growing polyethylene phase, thereby enhancing the polymerization rate. The results show that adding 0.1 bar of n-hexane can increase polyethylene production by about 2%. Reactor temperature decreases more sharply when operating in condensed mode with higher n-hexane levels in the feed.
Blow out Bar - Interior Finishes final ProjectAmy Hill
This document provides conceptual sketches and design details for Mimi's Blowout & Beauty Bar. The goal is to create a luxurious and relaxing environment for services like facials, makeup, and hairstyling. On the main floor, an elegant contemporary design includes a marble reception desk, crystal chandeliers, and a waiting area with purple vinyl seating. The blow dry bar has semi-circular styling stations and dramatic elements like mirrored walls and a spiral floor. Upstairs, tranquil facial rooms have warm and relaxing atmospheres with acoustic wall panels. Materials like marble, glass, wood, and various flooring options create texture and visual interest throughout.
The document is a report analyzing the solar workforce in Minnesota in 2013. It finds that Minnesota had 864 solar workers in 2013 and has steadily increased its solar capacity over the past decade to 16.2 megawatts currently. Recent policy changes in Minnesota, including a solar electricity standard requiring utilities to source 1.5% of retail sales from solar by 2020, are expected to drive rapid growth in the state's solar market and significant increases in solar jobs over the next several years. The report provides a baseline of current solar employment to measure this expected future growth.
This document summarizes a Google Hangout session on green jobs and the energy transition to sustainable development. The session included three presenters: Janine Finnell reviewed recent US studies and data on green jobs; Silvia Leahu-Aluas provided examples of green job successes in Midwest states like Iowa, Ohio, and Indiana; and Adriaan Kamp discussed international perspectives on green jobs and their relationship to energy transition, sustainable development, and economic growth. The discussion touched on topics like the challenges of climate change and employment, definitions of green jobs, US and international data sources, and examples of renewable energy job growth and economic development in the Midwest region.
The document discusses solar energy trends in Arizona since 2009. It notes that while US solar development has grown significantly since 2009, Arizona's growth has slowed recently. It also discusses the challenges of integrating utility and non-utility solar providers as the electricity market changes rapidly due to technological advances. Finally, it calls for continued investment and partnerships to rapidly deploy renewable energy in Southern Arizona.
The GW Solar Institute at George Washington University identifies and shares solutions to policy barriers preventing solar energy adoption. It provides policymakers with strategic analysis on complex solar issues. The Institute is led by Amit Ronen and engages stakeholders through events, education and serving as a public information resource. It focuses research on issues like solar legislation, low-income solar access, and the utility industry transition facilitated by distributed generation.
The U.S. solar industry employs an estimated 100,237 solar workers as of August 2011, up 6.8% from August 2010. Nearly half of solar firms expect to add jobs over the next 12 months, anticipating growth of around 24,000 new jobs and a 24% increase. Solar job growth significantly outpaces overall national employment growth. Installation, manufacturing, sales and distribution, and utility firms all anticipate substantial employment gains in the coming year.
New report finds explosive growth in solar energy use by US schools over past decade, with installed capacity increasing from 303 kW to 457,000 kW. This saves schools $77.8 million annually in utility costs and reduces carbon emissions equivalent to taking nearly 100,000 cars off the road each year. While over 3,700 schools now use solar, providing benefits to 2.7 million students, potential remains for over 40,000 additional schools to install solar.
The document summarizes the U.S. Department of Energy's perspective on the trajectory of the U.S. solar market. It predicts that solar energy will reach grid parity and widespread adoption by 2015, driven by declining costs and rising electricity prices. Residential and commercial solar are projected to have lower levelized costs of energy than grid electricity by 2010 in many areas. The DOE's Solar America Initiative aims to achieve this through reducing costs across the solar industry and increasing private investment in solar companies and manufacturing. A temporary shortage in silicon feedstock prices is expected to end by 2010.
The document provides an overview of the solar energy industry and forecasts for the US solar market. It discusses how solar photovoltaic costs are decreasing and several solar companies expect to reach grid parity by 2015. Conservative forecasts show average US electricity prices reaching 16 cents/kWh by 2015, making solar competitive in many areas. The US Department of Energy's Solar America Initiative aims to achieve grid parity for solar electricity across all sectors by 2015 through research, partnerships and funding to solar companies.
The GW Solar Institute, a research partner on the National Solar Jobs Census 2014, joined The Solar Foundation and BW Research Partnership in announcing that the solar energy industry added over 31,000 new jobs in 2014. This remarkable growth rate is almost twenty times the national average and accounts for 1 out every 78 new jobs created in the US since Solar Jobs Census 2013.
Highlights of the ACEEE National Conference on Energy Efficiency as a ResourceLeonardo ENERGY
The document summarizes highlights from the 2015 ACEEE National Conference on Energy Efficiency as a Resource, including:
- Over 370 attendees from utilities, non-profits, government, and consulting firms heard presentations on successful energy efficiency programs and policies.
- Keynote speakers discussed the Clean Power Plan and energy efficiency as a transmission and distribution resource.
- Breakout sessions covered topics like lighting programs, regulatory mechanisms for energy efficiency, and the role of energy efficiency in environmental regulations.
- Presentations and reports from the conference are available on the ACEEE website. Planning is underway for the next conference in 2017.
This document discusses a review of rebate policies for solar PV adoption in the Northeastern United States. It begins with an introduction that outlines the benefits of solar PV generation and the high upfront costs that are a barrier to widespread adoption. It then discusses the role of rebate policies in stimulating demand for residential solar installations by reducing upfront costs. The document provides an overview of existing literature on solar policies including rebates and analyzes installation trends in Northeast states given their rebate programs. It concludes with a benefit-cost analysis of state rebate policies.
The National Solar Jobs Census 2011 found that the U.S. solar industry employed over 100,000 workers, growing at nearly 10 times the rate of overall U.S. economy job growth. Solar jobs increased by 6,735 over the previous year with expectations of continued growth across sectors like manufacturing, installation, and sales. California led the nation with over 25,000 solar jobs while the top 20 states for solar employment accounted for over 85,000 jobs.
This document summarizes the key findings of a McKinsey & Company report on unlocking energy efficiency in the US economy. The main points are:
1) The US could reduce annual energy consumption by 23% from projected 2020 levels through cost-effective energy efficiency measures, saving over 9 quadrillion BTUs and $1.2 trillion.
2) Significant barriers have prevented the full realization of this potential. Overcoming these barriers will require a comprehensive, innovative national strategy.
3) Five elements are needed for an effective national strategy: recognizing efficiency as a resource; launching proven and piloted approaches at national and regional levels; identifying funding; improving alignment among stakeholders; and fostering innovation.
Scott Sklar, President of the Stella Group and former Executive Director of the Solar Energy Industries Association, presented on April 19, 2010 at the GW Solar Institute Second Annual Symposium. more information at http://solar.gwu.edu/Symposium.html
Increasing Investment and Capital Flows in OhioScott Clausen
The document summarizes renewable energy trends in Ohio. It finds that Ohio's Renewable Portfolio Standard and other policies helped create a robust renewable energy market until recent legislation froze the RPS and increased wind setbacks. Over 430 MW of wind and 100 MW of solar have been built since 2008, attracting over $1.3 billion in investment. However, almost no new development has occurred since 2014 due to policy changes. The document argues business-friendly policies are needed to encourage further investment and growth in Ohio's renewable energy sector.
This document summarizes a guest lecture on energy and society that discussed several topics: (1) critiques of Ontario government reports and policies around replacing coal power, increasing electricity prices, and promoting renewable energy (2) analysis questioning the health impacts attributed to coal power and rate impact projections of renewable energy (3) concerns about propaganda around assigning blame for increased electricity costs.
Energy innovation es8928 - renewable energy policy handbook -final m coviMarco Covi
A handbook for policy makers in the renewable energy field in Ontario. The handbook places a heavy importance on better consultation and public education on energy matters when it comes to the planning of large-scale energy projects and makes several suggestions on how to improve this. The handbook is timely as it was written in the context of the 2013 LTEP. In addition it serves as an accessible scientific reference guide for decision-makers and the broader public alike.
This document summarizes a study that uses a pseudo-homogeneous CSTR simulation to model a fluidized bed reactor for producing polyethylene via gas-phase polymerization of ethylene. The simulation includes the effect of adding the inert condensing agent n-hexane to the feed stream. It uses the Sanchez-Lacombe equation of state to predict how n-hexane increases the solubility of ethylene in the growing polyethylene phase, thereby enhancing the polymerization rate. The results show that adding 0.1 bar of n-hexane can increase polyethylene production by about 2%. Reactor temperature decreases more sharply when operating in condensed mode with higher n-hexane levels in the feed.
Blow out Bar - Interior Finishes final ProjectAmy Hill
This document provides conceptual sketches and design details for Mimi's Blowout & Beauty Bar. The goal is to create a luxurious and relaxing environment for services like facials, makeup, and hairstyling. On the main floor, an elegant contemporary design includes a marble reception desk, crystal chandeliers, and a waiting area with purple vinyl seating. The blow dry bar has semi-circular styling stations and dramatic elements like mirrored walls and a spiral floor. Upstairs, tranquil facial rooms have warm and relaxing atmospheres with acoustic wall panels. Materials like marble, glass, wood, and various flooring options create texture and visual interest throughout.
Grand Goa Exotica is a hotel, located in North Goa, the most happening place on the planet.
We've spacious rooms, multi-cuisine restaurant, swimming pool, bar along with life size chess board and billiards, to make your vacation a memorable one.
This 3 slide presentation provides a brief overview. Slide 1 acts as an introduction. Slide 2 continues the presentation. Slide 3 concludes the presentation.
This document summarizes a study into how musicianship alters one's interaction with and perception of music. Through interviews with musicians, the study found that becoming a musician causes one to engage with music differently in several ways. Musicians now focus on individual instrumental parts and are able to identify specific notes and sounds. They also want to understand how the different musical parts fit together and translate what they hear to their own instruments. One musician noted starting to pick out these details more after his second year of classical guitar lessons. The findings suggest that musicianship fundamentally changes how one listens to and understands music.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Ethika People Solutions provides various employee wellness programs and services that can result in benefits such as more engaged and productive employees, lower health care costs, reduced absenteeism and turnover, and improved organizational morale. Their solutions include health risk assessments, employee assistance programs, rewards and recognition tools, weekly wellness newsletters, and expert-led educational webinars on topics like nutrition, stress management, and work-life balance.
Trabajo en grupo: Deporte, ejercicio físico y estilos de vidaGabrielcano92
El documento distingue entre deporte, ejercicio físico y estilos de vida, y describe los beneficios de cada uno para la salud. Ambos el deporte y el ejercicio físico previenen enfermedades, pero el deporte también fomenta la competitividad y es más popular entre los hombres. Los estilos de vida saludables conducen a menor riesgo de enfermedad y más energía. Finalmente, se discuten trastornos como la anorexia y la bulimia que ponen en duda la relación entre actividad física y salud.
Improving the prevention, recognition and management of AKI: the ‘Think Kidne...Renal Association
The "Think Kidneys" initiative aims to reduce preventable harm from acute kidney injury (AKI) through various workstreams including risk identification, education, detection, measurement, intervention, and implementation. The program will develop tools and interventions to better prevent, detect, treat, and manage AKI. It will also work to ensure patients who develop AKI receive appropriate care to avoid further deterioration, long-term issues, and death. A key goal is having various guidelines and educational resources adopted across healthcare settings to standardize AKI care.
This document discusses work health and safety responsibilities for horse clubs and organizations in South Australia. It explains that most horse sport and recreation activities fall under the jurisdiction of the Work Health and Safety Act through affiliation with state or national bodies or by employing workers like judges or contractors. It emphasizes that committee members are responsible for providing a safe working environment and managing risks through processes like hazard identification, assessment, and implementing control methods. The document provides examples of record keeping, training, safe work procedures, first aid, and control measures that clubs can use to comply with their health and safety obligations.
This CV summarizes Hanu Wilsenach's personal and professional experience. He currently works as a Branch Manager at Plasticland, and has over 10 years of experience in retail management, logistics, and administration roles in South Africa and Rwanda. His education includes a Bachelor of Business Administration degree from UNISA. He is proficient in Afrikaans and English.
The National Solar Jobs Census 2010 found that as of August 2010:
- The U.S. solar industry employs approximately 93,000 solar workers nationwide.
- Over the next 12 months, solar companies expect to add nearly 24,000 new jobs, a growth rate of 26%.
- Half of solar firms anticipate increasing their workforce over the coming year, while only 2% expect reductions.
The National Solar Jobs Census 2013 found that the U.S. solar industry employed 142,698 workers as of November 2013, an increase of nearly 20% from 2012. Solar jobs are growing ten times faster than the overall economy. The solar industry expects to add over 22,000 new jobs in the next year, a 15.6% growth rate. Installers, which make up over two-thirds of new solar hires, added 12,500 workers in the past year and are expected to increase by nearly 15,000 next year.
The National Solar Jobs Census 2013 found that:
- Solar industry employment grew by nearly 20% since 2012 to 142,698 workers in 2013, a rate 10 times faster than overall US job growth.
- Three-quarters of the 24,000 new solar workers since 2012 were new jobs, representing 18,211 new jobs created.
- The solar industry expects to add approximately 22,240 new solar workers over the next year, a projected growth rate of 15.6%.
- Installation jobs, which grew by 12,500 workers since 2012, are expected to increase by nearly 15,000 next year.
This document provides a summary of the 2012 National Solar Jobs Census conducted by The Solar Foundation. Some key findings include:
- As of September 2012, the U.S. solar industry employed 119,016 workers, a 13.2% increase from 2011.
- Installation jobs increased the most over the past year, offsetting declines in manufacturing. Larger installation firms saw more dramatic growth.
- The solar industry is expected to grow employment by 17.2% (around 20,000 new jobs) in the next 12 months.
- Nearly all solar industry subsectors expect double-digit percentage job growth in the coming year. Installation firms anticipate adding around 12,000 new jobs, a 21% increase
Increasing Investment and Capital Flows in Illinois - 12.8.2015 FinalScott Clausen
The document discusses Illinois' Renewable Portfolio Standard (RPS) which has driven over $9 billion in investment and created a robust renewable energy industry in the state. It notes that while the RPS spurred initial growth, with over 3,700 MW of wind and 55 MW of solar constructed, no new wind development occurred in 2013-2014 and little solar due to issues with the RPS law. To maintain momentum, it recommends amending the RPS to allow better long-term contracting, which could result in over $5.9 billion in additional economic activity through full compliance.
The National Solar Jobs Census 2012 report found that as of September 2012, the U.S. solar industry employed 119,016 workers, a 13.2% increase from the previous year. Solar employment is projected to grow an additional 17.2% over the next 12 months. Installation firms have added the most jobs over the past year and expect to add nearly 12,000 new jobs in the coming year. Nearly half of solar firms expect to add jobs in the next year, while less than 4% expect cuts. The solar industry continues to outpace overall U.S. employment growth and remains optimistic about future expansion despite economic and policy uncertainties.
Fact Sheet: Solar Myths & Misconceptions - The Costs of Going SolarThe Solar Foundation
This document from The Solar Foundation dispels common myths about the costs of solar energy. It summarizes that the upfront costs of solar installations can be challenging but financing options like power purchase agreements or solar leases allow homeowners to adopt solar without large upfront costs. Solar panels have low maintenance needs and typically pay for themselves within 7-15 years, with some areas seeing payback in as little as 5 years. Installing solar can also increase property values and help homes sell faster.
Andrea Luecke | Tracking Solar Jobs, Solar Jobs Census BriefingGW Solar Institute
The document summarizes the findings of The Solar Foundation's State Solar Jobs Census. It found that the U.S. solar industry employed over 142,000 workers in 2013, a 20% increase from 2012. California employs the most solar workers of any state at over 47,000, representing over 40% of total U.S. solar capacity and 1/3 of national solar employment. The census tracks employment trends in solar installation, manufacturing, project development, sales and distribution across all 50 states.
The U.S. solar industry currently employs nearly 174,000 workers across all 50 states, a growth of 86% over the past 5 years. Solar jobs are being created 20 times faster than the overall economy. In 2014, solar companies expect to add 36,000 new jobs, a growth rate of 20.9%. However, the scheduled reduction of the federal investment tax credit from 30% to 10% for commercial projects poses a threat to future job growth and may cause layoffs, especially in the solar installation sector which employs the most workers.
For the first time, the significant contributions of military veterans to the solar industry have been documented in a joint report from The Solar Foundation and Operation Free, Veterans in Solar: Securing America’s Energy Future. The brief report shows that the U.S. solar industry employs 13,192 veterans of the armed forces, a figure which represents 9.2% of all solar workers in the nation, exceeding the percentage of veteran employment in the overall economy. Importantly, the report also explores the challenges of connecting highly-skilled military veterans with positions in the solar industry that match their abilities. Read the report for more details and future steps to expand opportunities for veterans in solar energy, and visit VetsinSolar.org for future updates.
Censo da Indústria de Energia Limpa da Carolina do NorteGiovanni Sandes
The document is a report from the North Carolina Sustainable Energy Association summarizing the results of the 2013 North Carolina Clean Energy Industry Census. Some key findings from the census include:
- The clean energy industry employed 18,404 people in North Carolina in 2013, a 20% increase from 2012.
- The largest sectors by employment were energy efficiency and building sciences (5,411 jobs), solar (2,422 jobs), and smart grid infrastructure (4,177 jobs).
- The industry generated $3.6 billion in revenues in 2013, led by the solar ($1.1 billion), energy efficiency ($985 million), and smart grid ($611 million) sectors.
- Clean energy firms have office locations across all
The document discusses strategies for deploying solar power in communities, including on schools. It outlines approaches to increase installed solar capacity and access to financing options. It also describes the SunShot Solar Outreach Partnership program, which provides resources and technical support to help local governments and stakeholders develop local solar markets. The document contains information on various solar technologies, terminology, and the economic and environmental benefits of solar power.
The Solar Foundation's National and State Solar Jobs Census 2013 found that the US solar industry employed over 142,000 workers in 2013, a 20% increase from 2012. California employs the most solar workers of any state at over 47,000, representing one third of total US solar employment. The report also found that solar installation jobs make up the largest sector of employment, while manufacturing accounts for the second largest sector. States with the highest growth rates in solar jobs between 2012-2013 included Wyoming, South Dakota, Montana, West Virginia, and Vermont, which all more than doubled their solar employment in that period.
Global renewable energy employment increased to 8.1 million jobs in 2015, up 5% from 2014. Solar PV was the largest employer with 2.8 million jobs, an 11% increase, followed by liquid biofuels at 1.7 million jobs (down 6% due to mechanization). Wind power employment rose 5% to reach 1.1 million jobs on record installations in China, the US, and Germany. Asia accounted for 60% of renewable energy jobs as markets and manufacturing continued shifting to the region, led by China as the largest employer across many technologies.
Solar Energy Installation Outlook US | Power Sector | Aranca Articles and Pub...Aranca
The total power generation capacity installations every year in the US has expanded significantly, led majorly by solar energy sources. PV installation capacity is expected to expand at a four-year CAGR of around 48% over 2013-16.
Towards a sociology of energy and globalizationAlina Gilmanova
The document analyzes the development of Brazil's solar photovoltaic (PV) industry in the context of globalization and interconnectedness with global renewable energy markets. It discusses how Brazil has significant solar potential but a historically small PV sector. However, recent Brazilian government policies aim to promote more PV investments and establish domestic PV manufacturing. The policies include incentives like net metering and auctions that have led to rapid growth in small-scale PV installations. The government also provides loans for auction winners who purchase domestically assembled PV panels, incentivizing local PV factories despite their higher costs compared to imported Chinese panels. The article frames Brazil's emerging PV industry within the global context and discusses how nation states promote domestic renewable industries to position their
South Shore Clean Cities (SSCC), in partnership with the Northwestern Indiana Regional Planning Commission (NIRPC), presents the latest edition of its “Promoting Sustainability” webinar series “Solar Up Northwest Indiana.”
Representatives from Boston-based, Meister Consultants Group will be the guest presenters for the webinar. Anyone interested in clean energy, especially residential and commercial Photovoltaic, green builders, homeowners, solar installers and local government officials, is invited to attend this free webinar.
The webinar will cover: Northwestern Indiana Regional Planning Commission’s Rooftop Solar Challenge II Grant: Purpose and Goals, Rooftop Solar 101 Benefits and Barriers, Solar Myth Busters and Best Practices. SSCC and NIRPC will be assembling a stakeholder advisory group for this project.
IRJET- Integration of Solar Electricity Into National Grid: Case Study of...IRJET Journal
This document discusses integrating solar electricity into Nigeria's national grid. It begins with an abstract that outlines the study's purpose of exploring solar electricity integration and addressing Nigeria's energy problems. The introduction provides background on Nigeria's energy challenges and potential for solar power.
The methodology section explains that this is a survey research study covering Nigeria's 36 states. It describes the population and sample, as well as the questionnaire used to collect data on solar electricity application, transmission success, and accessibility/availability.
The results section presents findings from the questionnaire. It found that solar technologies can be deployed in urban and rural areas, but are currently more accessible to wealthy urban residents. It also found that solar electricity can meet consumer needs by expanding energy
Potential of Single Axis Trackers Feb 7 2016Khushbu Singh
The solar industry context is important for assessing the potential of single axis horizontal solar trackers in utility-scale projects. Increased demand for solar energy and favorable policies are driving the usage of trackers to maximize energy production and returns. Solar trackers provide additional energy to utilities during late afternoons, especially in summer, helping reduce peak costs. However, state policies and regulations differ, so tracker assessment requires a state-specific and project-specific analysis.
2. ABOUT THE SOLAR FOUNDATION®
The Solar Foundation® (TSF) is an independent 501(c)
(3) nonprofit organization whose mission is to increase
understanding of solar energy through strategic research and
education that transforms markets. TSF is considered the
premier research organization on the solar labor workforce,
employer trends, and the economic impacts of solar. It has
provided expert advice to leading organizations such as the
National Academies, the Inter-American Development Bank,
the U.S. Department of Energy, and others during a time of
dynamic industry growth and policy and economic uncertainty.
While TSF recognizes that solar energy is a key part of our
energy future, it is committed to excellence in its aim to help
people fairly and objectively gauge the value and importance of
solar technologies.
ABOUT BW RESEARCH PARTNERSHIP
BW Research is widely regarded as the national leader in labor
market research for emerging industries and clean energy
technologies. In addition to the Census series, BW Research
has conducted rigorous solar installation and wind industry
labor market analysis for the National Renewable Energy
Laboratory, wind energy and energy retrofit studies for the
Natural Resources Defense Council, a series of comprehensive
clean energy workforce studies for the Commonwealth of
Massachusetts, Illinois, Vermont, Florida, Pennsylvania, Iowa,
and California, as well as numerous skills and gap analyses
for community colleges, workforce investment boards, state
agencies, and nonprofit organizations.
ABOUT THE ARIZONA STATE UNIVERSITY ENERGY POLICY
INNOVATION COUNCIL
The Energy Policy Innovation Council (EPIC) at Arizona
State University informs and educates policymakers and key
stakeholders on current, complex issues in energy policy that
impact Arizona and beyond. In addition to creating policy brief
sheets, videos, and reports, EPIC staff and student researchers
strive to make policy more accessible in innovative ways, such
as live-tweeting public hearings. EPIC is currently engaged
in the transformative regulatory proceedings underway in
Hawai’i and in Clean Power Plan activities in Arizona. EPIC
is housed within the School for the Future of Innovation in
Society at Arizona State University in Tempe, Arizona.
COVER IMAGE COURTESY OF THE NATIONAL RENEWABLE ENERGY LABORATORY
3. ACKNOWLEDGEMENTS
TheSolarFoundation®(TSF)isanational501(c)
(3) nonprofit organization whose mission is to
increase understanding of solar energy through
strategic research and education that transform
markets.In2010,TSFconducteditsfirstNational
Solar Jobs Census report, establishing the first
credible solar jobs baseline and verifying that
the solar industry is having a positive impact
on the U.S. economy. Using the same rigorous,
peer-reviewed methodology, TSF has conducted
an annual Census in each of the last six years to
track changes and analyze trends.
This Arizona Solar Jobs Census 2015 report is
an offshoot of TSF’s National Solar Jobs Census
2015 effort. Research partners for the Census
2015 effort include the Arizona State University
Energy Policy Innovation Council for providing
editorial guidance and peer review, the George
Washington University Solar Institute for
providing assistance and support in reviewing
and validating report results and analysis; the
Solar Energy Industries Association (SEIA) for
use of its National Solar Database and peer
review; and GTM Research/SEIA for providing
survey respondents with the U.S. Solar Market
Insight: 2014 YIR report.
Sponsors of this year’s Census effort include:
Energy Foundation, William and Flora Hewlett
Foundation, Tilia Fund, George Washington
University Solar Institute, SEIA, Recurrent,
SolarCity, First Solar, Sol Systems, E.ON,
Trina Solar, State of Minnesota Department
of Commerce, State of New Mexico Energy
Minerals and Natural Resources Department,
Utah Governor’s Office of Energy Development,
sPower, Standard Solar, CALSEIA, All Earth
Renewables, and groSolar.
Finally, we want to thank all the Arizona
employers that participated in the survey. Your
responses were critical in providing us with
accurate and timely data.
Andrea Luecke
President and Executive Director
The Solar Foundation®
202-469-3750; aluecke@solarfound.org
www.TheSolarFoundation.org
Philip Jordan
Principal and Vice President
BW Research Partnership
508-384-2471; pjordan@bwresearch.com
www.bwresearch.com
For questions or comments about this report, please contact either:
Please cite this publication when referencing this material as “Arizona Solar Jobs Census 2015,
The Solar Foundation, available at: www.TSFcensus.org and SolarStates.org”
5. 1Arizona Solar Jobs Census 2015
INTRODUCTION
The U.S. solar industry experienced
yet another record-breaking year
in 2015, with more than 7,400
megawatts (MW) of domestic
photovoltaic (PV) capacity expected
to have been installed – an 18.5%
increaseoverthatof2014–bringing
total U.S. solar capacity to nearly
27.5 gigawatts (GW).1
As the rate of capacity installation has
accelerated, employers across the country
have continued to expand the size of their
payrolls. This year’s sixth annual National
Solar Jobs Census found that the U.S. solar
industry employed 208,859 workers as of
November 2015, representing the addition
of 35,052 jobs, and a 20.2% increase in
employment over November 2014. Since The
Solar Foundation began tracking these numbers
in 2010, employment in the industry has more
than doubled, growing by 123% and adding over
115,000 jobs. Employers nationwide expect
this growth trend to continue through 2016,
projecting to add nearly 31,000 jobs to the solar
workforce over the course of the year.
Capacity Data Source: SEIA/GTM Research Solar Market Insight Q3 2015
93,502
105,145
119,016
142,698
173,807
208,859
0
1,000
2,000
3,000
4,000
5,000
6,000
7,000
8,000
0
50,000
100,000
150,000
200,000
250,000
2010 2011 2012 2013 2014 2015E
AddedCapacity(MW)
SolarJobs
U.S. PVCapacityAdditions & Solar Jobs,2010 - 2015E
PV Capacity Additions Solar Jobs
6. 2Arizona Solar Jobs Census 2015
0.0
100.0
200.0
300.0
400.0
500.0
600.0
700.0
800.0
2010 2011 2012 2013 2014 2015E
AddedCapacity(MW)
Arizona Solar CapacityAdditions,2010 -2015E
Residential (PV) Non-Residential (PV) Utility (PV) Concentrating Solar Power (CSP)
Contrarytothepositivetrendscurrentlyenjoyed
by the solar industry at the national level, the
Arizona solar industry has stagnated in recent
years, with annual capacity additions peaking in
2012 before leveling off in 2013 and dropping
precipitously in 2014.2
Despite this, 2014
witnessed a slight rebound in the size of the
state’s solar workforce, but the contraction of
the local market and other headwinds seemed to
catch up with payrolls in 2015. As of November,
only 6,922 workers were employed by the
solar industry in the state, representing a
24.5% reduction in the size of the workforce
since 2014, and a massive underperformance
compared to employer projections of 21%
growth from the previous year.3
As of September, just under 141 MW of solar
capacity had been installed in Arizona during
2015, substantially less than the similarly sunny
neighboring state of Nevada, with nearly 218
MW installed during the same period. Although
the local industry’s past success earned Arizona
the distinction of becoming only the second
state to cross over the 2 GW threshold in 2014,
it is currently projected to be surpassed by
North Carolina in total installed capacity over
the course of 2016, as the sluggishness of the
local market is expected to continue.4
Utility-scale development made up the bulk
of Arizona’s 2015 capacity additions, and has
done so each year since 2011,5
but rather
than symbolizing a healthy market for large
projects, this is actually emblematic of the
struggles faced by the smaller-scale residential
and non-residential markets in the state.6
At
multiple times over the course of the year,
these struggles were thrust into the national
spotlight, establishing Arizona as a flashpoint
in the contentious debates over the evolution
of rooftop solar policy and electric utility rate
design.
In February, Salt River Project (SRP), one of
the nation’s largest municipal electric utilities,
servinglargeswathsofthePhoenixmetropolitan
area, approved a new fee of roughly $50 per
month on all leased or owned solar systems
connected to the electric grid in their territory.7
The utility explained the new fees, structured
to vary based on a solar customer’s electricity
usage during times of peak demand, as a
Source: SEIA/GTM Research Solar Market Insight Q3 2015
7. 3Arizona Solar Jobs Census 2015
mechanism to ensure that all of their customers,
bothsolarandnon-solar,werepayingtheirshare
to maintain the grid as a resource that benefits
everyone. The utilities maintain that under the
old rate structure, net metering could effectively
zero out solar customers’ monthly electric bills
while the customers still benefitted from their
connection to the grid.
Residential solar companies and advocates
challenged the utility’s claims, pointing to other
benefits of distributed solar that were excluded
from the analysis, such as mitigating pollution,
reducing the need for new investments in
transmission infrastructure and conventional
power plants, reducing electricity lost during
transmission over long power lines, and saving
the utility money by helping them meet their
obligations under the state’s renewable energy
standard.8
Regardless of the new fee’s merits, its
implementation significantly impacted the
economics of distributed solar installations
in SRP’s territory. While customers who filed
paperwork for approval of their projects before
December 8th, 2014 were grandfathered in
under the previously existing rate structure,
all others were subjected to the new fee, in
many cases eliminating their expected monthly
savings from solar.
Subsequently, applications for rooftop
installations in SRP’s territory have fallen by
an estimated 75 - 95%.9
Arizona Public Service
(APS), the state’s largest investor-owned
utility, followed suit at the beginning of April,
requesting a fee increase of their own, but
pulled the request in September after months
of public pressure from both activists and the
solar industry.10
These ongoing debates have
prompted action by the state’s utility regulator,
the Arizona Corporation Commission, and a
proceeding has been scheduled for 2016 to set a
standard for how Arizona utilities should credit
customerswithsolarsystemsfortheenergythey
send back to the grid based on a comprehensive
analysis of the true value of distributed solar
generation.11
With uncertainty casting a shadow over
Arizona’s smaller-scale residential and non-
residential markets, and many of the state’s
utilities having largely achieved their goals for
solar deployment under the state’s renewable
energy standard, capacity installation is
expectedtoslow evenfurtherin2016.12
Evenso,
Arizona employers expect to recoup a portion
of this year’s job losses over the course of the
coming year, expanding their payrolls by more
than 580 workers, an increase of approximately
8.4%.13
As of November, only 6,922
workers were employed
by the solar industry in
Arizona,representinga24.5%
reduction in the size of the
workforce since 2014.
8. 4Arizona Solar Jobs Census 2015
This report includes information about all types
of Arizona companies engaged in the analysis,
research and development, production, sales,
installation, and use of all solar technologies
– ranging from solar photovoltaics (PV), to
concentrating solar power (CSP), to solar water
heating systems for the residential, commercial,
industrial, and utility market segments.
The findings presented herein are based on
rigorous survey efforts throughout the months
of September, October, and November 2015 that
include telephone calls and emails to known and
potential solar establishments across Arizona.
Unlike economic impact models that generate
employment estimates based on economic
data or jobs-per-megawatt (or jobs-per-dollar)
assumptions, The Solar Foundation’s Solar Jobs
Census series provides statistically valid and
current data gathered from actual employers.
This analysis also purposefully avoids artificially
inflating its results with questionable multiplier
effects often found in analyses of other
industries.
The number of establishments included in this
report include all businesses that conduct any
solar activity. This includes many businesses
that play a very small part in a solar project,
or provide financing, legal services, or other
support services to solar firms. Employment,
however, is only counted for workers that spend
at least 50% of their time on solar.
A full explanation of this methodology can be
found on page 15 of this report.
ABOUT THE ARIZONA SOLAR JOBS CENSUS 2015
Photo courtesy of the National Renewable Energy Laboratory
9. Key Data Points
Projected Solar
Jobs Growth, 2016
580(8.4%)
Capacity Installed in
2015 thru Q3 (MW)15
140.9
ARIZONA
SOLAR JOBS
Total Solar Jobs, 2015
6,922
Cumulative Installed
Capacity thru Q3 2015 (MW)14
2,209.8
Detailed employment and demographic data for Arizona’s legislative districts, counties, and metropolitan statistical areas
can be found in the appendix of this report and on The Solar Foundation’s interactive jobs map at SolarStates.org.
10. 6Arizona Solar Jobs Census 2015
WORKFORCE
OVERVIEW
Sales & Distribution Jobs
1,095
Project Development Jobs
584
Other Jobs
294
Manufacturing Jobs
2,400
Installation Jobs
2,549
8,558
9,170
6,992
7,501
-
2,000
4,000
6,000
8,000
10,000
2013 2014 2015 2016E
Arizona Solar Jobs,2013- 2016E
The Arizona solar industry employs 6,922
workers at 2,867 establishments throughout
the state, is ranked 7th nationally in solar jobs,
and 6th in solar jobs as a share of the state’s
total employment. The solar workforce in the
state contracted by 24.5% since Census 2014,
representing a loss of 2,248 jobs; which is fully
opposite the roughly 2,000 jobs employers had
expected to add during the year. Employers
expect a reversal of this trend in 2016, adding
approximately 580 new solar workers to
payrolls over the next 12 months – a growth
rate of 8.4% – while the state’s workforce as a
whole is projected to grow only 1.3% during the
same period.16
An overwhelming majority of Arizona’s solar
firms (88.8%) report working primarily on
utility-scale solar projects, compared to 4.4%
for residential and 6.8% for non-residential
projects. This is a significant departure from
employer responses to Census 2014, when
nearly 60% of installation firms, who comprised
over half of the state’s workforce during the
year, worked primarily on residential projects.
This shift in market focus is unsurprising given
the current level of uncertainty surrounding
distributed generation projects in the state.
11. 7Arizona Solar Jobs Census 2015
ARIZONA SOLAR
WORKFORCE
ARIZONA OVERALL
EMPLOYMENT17
U.S. SOLAR
WORKFORCE
Women 29.5% 46.1% 23.8%
African-American 3.0% 4.6% 5.1%
Asian or Pacific Islander 1.9% 4.0% 8.6%
Latino or Hispanic 12.5% 33.7% 11.3%
Older Workers (55+) 28.2% 20.6% 18.6%
Union Members - - 5.5%
Veterans of the U.S. Armed
Forces
11.5% 9.3% 8.1%
The Arizona solar workforce is generally less di-
verse than the state’s workforce as a whole, with
women (29.5%), African-Americans (3.0%),
Asian or Pacific Islanders (1.9%), and Latinos
(12.5%) all relatively underrepresented. How-
ever, many of these otherwise underserved de-
mographics – women, Latinos, older workers,
and veterans – are represented in the state solar
workforce at higher rates than their counter-
parts in the solar industry nationwide.
Veterans of the U.S. Armed Forces represent a
uniquely valuable source of human capital for
solar employers. With a proven work ethic and
practiced discipline, veterans bring a wealth of
readily transferable skills and leadership acu-
men to the industry. Through the Solar Ready
Vets program, the U.S. Department of Energy is
helping the industry capitalize on this resource
by facilitating the transition from military ser-
vice to employment in the civilian solar work-
force.18
Arizona solar firms clearly under-
stand this value proposition, with veterans
comprising 11.5% of the state’s solar work-
force, compared to just 9.3% of the state’s
total workforce and 8.1% of the solar work-
force nationally.
12. 8Arizona Solar Jobs Census 2015
Position
Arizona
Median Wage
Mountain Divi-
sion
Median Wage
U.S.
Median Wage
Solar Installer $18.00 $20.00 $21.00
Solar Sales Representative $36.06 $33.65 $28.85
Solar System Designer $22.00 $25.50 $26.92
Solar Assembly Worker - - $18.00
24.2%
28.0%
20.0%
51.7%
51.8%
54.3%
24.2%
20.2%
25.7%
0% 20% 40% 60% 80% 100%
National
Mountain
Arizona
Difficulty HiringinArizona
Not Difficult Somewhat Difficult Very Difficult
Wages paid by firms in the Arizona solar indus-
try differ slightly from those paid by solar em-
ployers across the other states in the U.S. Census
Bureau’s Mountain Division19
and the indus-
try nationwide. Solar installers in the state are
among the lowest paid in the country, at $18.00
per hour, but solar sales representatives are bet-
ter paid than their counterparts nationally.
Solar employers in Arizona experience a slightly
higher level of difficulty on average finding qual-
ified candidates to fill openings on their payrolls
than other solar firms across the country. Solar
employers in Arizona and the Mountain Division
require greater work experience and less edu-
cation than reported by firms nationally. Arizo-
na firms required related work experience for
nearly 86% of positions hired. In contrast, they
required a bachelor’s degree or more for only
12.1% of positions.
13. 9Arizona Solar Jobs Census 2015
Just over 44% of Arizona solar firms reported
that they receive all of their revenues from so-
lar activities, which is lower than the national
average of 48.2%, while 31.5% reported that
they receive less than half of their revenues from
solar activities, compared to 28.5% nationally.
A significantly smaller portion of the state’s so-
lar firms (54.5%) work primarily with in-state
customers than solar firms nationally (65.6%),
though a larger portion (18.2%) work primarily
with customers in a bordering state than solar
firms nationally (5.0%). This latter difference
makes a great deal of sense, given the large solar
markets of Arizona’s neighboring states in the
sunny Southwest.
As part of the 2015 Census effort, employers
were asked about the impacts of specific existing,
pending and proposed policies on their business
prospects. Arizona employers overwhelming-
ly cite the federal investment tax credit (ITC)
as substantially contributing to their firms’
success, with 64.3% of respondents referring
to it directly, more than doubling the second
most commonly cited policy, the state’s renew-
able energy standard, at 30.4%.
The following pages include detailed break-
downs of workforce data by sector. While there
are a number of Arizona solar firms focusing on
manufacturing, sales and distribution, and other
activities, an insufficient number of these firms
responded to the survey to provide statistically
significant data for each individual sector.
0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% 70.0%
Net Metering
Utility Rebates
Other Tax Exemptions, Credits, & Rebates
EPA Clean Power Plan
State Renewable Portfolio Standard (RPS)
Investment Tax Credit (ITC)
Businesses CitingPolicies Contributingto Success
Arizona National
14. 10Arizona Solar Jobs Census 2015
INSTALLATION
The installation sector is
the largest sector of the
U.S. solar industry and is
composedofcompaniesthat
primarily install PV, solar
water heating, and other
solar energy technologies.
The installation sector is responsible for 36.8%
of all solar employment in Arizona, employing
2,549 workers. This represents a dramatic
decrease of more than 47% since 2014, when
firms in the sector employed 4,831 workers, or
52.6% of the workforce.
Change Since 2014
-2,282
Establishments
1,594
Solar Installer
Median Wage
$18/hr
Rate of Change
Since 2014
-47.2%
Sector Jobs
2,549
3,311
4,831
2,549
0
1,000
2,000
3,000
4,000
5,000
2013 2014 2015
AZ Installation Jobs,
2013 - 2015
15. 11Arizona Solar Jobs Census 2015
Arizona installation firms report greater levels
of difficulty finding qualified candidates to fill
openings on their payrolls than firms in other
sectors of the state’s solar industry, as well as
other firms in the installation sector nationwide.
A significantly smaller percentage of Arizona
installation firms (70.0%) work primarily with
in-state customers than their counterparts in
the installation sector nationwide (81.5%).
Similarly, a smaller percentage of installation
firms in the state are pure play solar businesses,
receiving 100% of their revenue from solar
activities, than installation firms across the
country. This diversification, both of business
activity and customer base, may in part be a
reaction by employers to the recent uncertainty
in the local market.
19.7%
12.5%
54.2%
56.3%
26.0%
31.3%
0% 20% 40% 60% 80% 100%
U.S. Installation
AZ Installation
Installation Sector-Difficulty Hiring
Not Difficult Somewhat Difficult Very Difficult
11.7%
20.0%
7.2%
5.0%
22.1%
30.0%
Pure Plays, 59.0%
Pure Plays, 45.0%
0% 20% 40% 60% 80% 100%
U.S. Installation
AZ Installation
Installation Sector-% Revenues from Solar
1-24% 25-49% 50-99% Pure Plays
16. 12Arizona Solar Jobs Census 2015
PROJECT
DEVELOPMENT
The project development
sector includes companies
that plan, design and build
large commercial- and
utility-scale solar projects.
The project development sector is responsible
for 8.4% of all solar employment in Arizona,
employing 584 workers. This represents a
reversal of fortunes and a return to growth
for the sector, which had witnessed a nearly
75% reduction in its workforce from 2013 to
2014, although it still comprises a much smaller
portion of the state’s solar jobs than it did in
2013, when project developers employed nearly
22% of Arizona solar workers.
Change Since 2014
+92
Establishments
262
Solar System Designer
Median Wage
$22/hr
Rate of Growth
Since 2014
18.7%
Sector Jobs
584
1,874
492
584
-
500
1,000
1,500
2,000
2013 2014 2015
AZ Project Development Jobs,
2013 - 2015
17. 13Arizona Solar Jobs Census 2015
21.4%
11.8%
54.1%
58.8%
24.5%
29.4%
0% 20% 40% 60% 80% 100%
U.S. Project Development
AZ Project Development
Project Development Sector-Difficulty Hiring
Not Difficult Somewhat Difficult Very Difficult
Arizona project developers report greater levels
of difficulty finding qualified candidates to fill
openings on their payrolls than firms on average
across the state’s solar industry more broadly, as
well as other firms in the project development
sector nationwide.
A significantly smaller percentage of Arizona
project development firms (60.9%) work
primarily with in-state customers than their
counterparts in the project development
sector nationwide (74.9%). Similarly, a smaller
percentage of project development firms in the
state are pure play solar businesses, receiving
100% of their revenue from solar activities, than
project development firms across the country.
14.5%
17.4%
7.8%4.3%
23.1%
30.4%
Pure Plays, 54.6%
Pure Plays, 47.8%
0% 20% 40% 60% 80% 100%
U.S. Project Development
AZ Project Development
Project Development Sector-% Revenues from Solar
1-24% 25-49% 50-99% Pure Plays
18. 14Arizona Solar Jobs Census 2015
CONCLUSION
While the Arizona solar industry is expected
to have installed slightly more solar capacity
in 2015 than 2014, the year’s additions are a
far cry from the industry’s peak in 2012, and
little is expected to change over the next twelve
months. The troubles plaguing the Arizona
solar industry are expected to continue in
2016, with regulatory uncertainty casting
doubt over individual solar customers’ ability
to earn a sufficient return on their investment
and utilities generally satisfied with a relatively
slow pace of utility-scale development. Industry
experts project less solar capacity to be added
in the state in 2016 than in 2015.
It is important however, to consider the Arizona
solar industry’s recent doldrums in the context
of its historically strong performance and
note that, even though the state’s solar firms
employ fewer people than they did at the end
of 2014, the workforce itself is still quite large
relative to other states in the country. At 6,922
workers, the state’s solar workforce is the 7th
largest in the country, well ahead of its eastern
neighbor New Mexico (1,899), but well behind
Nevada (8,764) to the northwest. Even with
the industry’s somewhat bleak outlook for
the coming year, employers are expecting to
expand their payrolls, adding roughly 580
jobs, representing 8.4% growth in 2016 –
more than six times the growth expected
for the state’s economy, but only a little more
than half the growth expected for the U.S. solar
industry at large.
While employment in both the manufacturing
and project development sectors grew in 2015,
manufacturing was definitely the industry’s
most successful sector, and though it was
outweighedbythecontractionoftheinstallation
sector, Arizona’s solar manufacturing workforce
grew by more than 27% over the course of
the year. The relative strength of the state’s
manufacturing sector is also made apparent
by the rather low percentage of firms working
primarily with in-state customers (54.5%)
compared to solar firms across the country
(65.6%), reflecting healthy demand for their
solar products and equipment in other markets.
It is unclear how the debates between
utilities and the solar industry or the Arizona
Corporation Commission’s proceeding
regarding the appropriate value of solar
will pan out, but the geographic realities
of the desert state and the ever-decreasing
costs associated with solar all but ensure
the viability of the Arizona solar industry in
the long-term. In order to sustain this future
growth, it is essential that Arizona employers
have ready access to quality talent and skilled
labor or enhance their on-the-job training
offerings. To achieve this, more focused and
comprehensive solar training efforts – in-
house, in-state, and across the country – must
be sufficiently emphasized. These efforts
would reduce the industry’s talent acquisition,
training, and retention costs, increasing
efficiency across the solar value chain, and
ultimately reducing costs for Arizona solar
customers.
This research shows that the Arizona solar
industry is a source of economic opportunity,
with the potential to create jobs that pay living
wages and are largely available to individuals
of different backgrounds from across the state.
Only regular reexaminations of the state’s solar
industry, its workforce, and the employment
opportunities presented herein will confirm
this potential is realized in years to come.
19. 15Arizona Solar Jobs Census 2015
The Solar Jobs Census methodology is the most
closely aligned with the Bureau of Labor Statis-
tics’ (BLS) methodology for its Quarterly Cen-
sus of Employment and Wages (QCEW) and
Current Employment Statistics (CES). Like BLS,
this study uses survey questionnaires and em-
ployer-reported data, though ours are adminis-
tered by phone and web, as opposed to mail.
Also like BLS, we develop a hierarchy of vari-
ous categories that represent solar value chain
activities (within their broader NAICS frame-
work), develop representative sample frames,
and use statistical analysis and extrapolation in
a very similar manner to BLS. We also constrain
our universe of establishments by relying on
the most recent data from the BLS or the state
departments of labor, depending on which is
collected most recently. We believe that the cat-
egories that we have developed could be read-
ily adopted by BLS should it choose to begin to
quantify solar employment in its QCEW and CES
series.
The results from the overall 2015 Census effort
arebasedonrigoroussurveyeffortsthat include
287,962 telephone calls and over 44,220 emails
to known and potential energy establishments
across the United States, resulting in a total of
2,350 full completions for solar establishments
in the U.S. Unlike economic impact models that
generate employment estimates based on eco-
nomic data or jobs-per-megawatt (or jobs-per-
dollar) assumptions, the Solar Jobs Census se-
ries provides statistically valid and current data
gathered from actual employers.
The survey was administered to a known uni-
verse of energy employers that includes 68,494
establishments and is derived from the Solar
Energy Industry Association’s National Solar
Database, as well as other public and private
sources. Of these establishments, 2,118 identi-
fied as solar and completed full or substantially
completed surveys.
The survey was also administered to a strati-
fied, clustered, random sampling from various
industries that are potentially energy-related
(unknown universe) that include a total of ap-
proximately 314,000 establishments nation-
wide. After an extensive cleaning and de-dupli-
cation process, a sampling plan was developed
that gathered information on the level of solar
activity (including none) from 12,765 establish-
ments. Of these, 327 establishments qualified
as solar establishments and completed full sur-
veys. The sampling rigor in the known and un-
known universes provides a margin of error for
establishment counts at +/-0.85% and employ-
ment at +/-1.99% at a 95% confidence interval.
This level of national sampling rigor is mirrored
at the state level. In addition to the known Cen-
sus, the clustered sampling in the unknown
universe is representative relative to establish-
ment totals by size in each of the 50 states and
the District of Columbia. This ensures that each
state’s employment estimates are accurate with
a maximum margin of error under +/-5% at a
95% confidence interval.
Due to the number of qualifying responses,
some smaller states have higher margins of er-
ror for non-employment related questions, such
as workforce and policy related questions, due
to the small universe of solar establishments in
each state. As a result, some state-level, non-em-
ployment data is reported using regional aver-
ages or have footnotes denoting small response
sizes.
APPENDIX
STATE CENSUS METHODOLOGY AND DATA SOURCES
20. 16Arizona Solar Jobs Census 2015
GEOGRAPHIC REPRESENTATION OF DATA
In addition to the statewide results detailed
herein, the Solar Jobs Census 2015 effort
compiled comprehensive information about the
distribution of solar workers across each state.
The Solar Jobs Census 2015 companion website,
SolarStates.org,houses solar jobs data for each
state and the District of Columbia. Here, the
employment data have been broken out and
represented in map form at the state, federal
congressional district, state legislative district,
metropolitan statistical area, and county
levels. What follows are tables presenting
the employment counts and demographic
breakdowns of the workforce at each specified
level of granularity previously mentioned.
District
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
1 534 406 41 26 172 388 - 159
2 1,376 332 34 21 141 318 - 130
3 419 547 55 35 232 523 - 214
4 435 96 10 6 41 91 - 37
5 1,127 49 5 3 21 46 - 19
6 688 158 16 10 67 151 - 62
7 1,854 128 13 8 55 123 - 50
8 324 123 12 8 52 118 - 48
9 165 203 20 13 86 194 - 79
ARIZONA FEDERAL CONGRESSIONAL DISTRICTS
ARIZONA STATE SENATE
District
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
1 127 37 4 2 16 36 - 15
2 276 82 8 5 35 78 - 32
3 218 64 6 4 27 62 - 25
4 148 44 4 3 19 42 - 17
5 59 18 2 1 7 17 - 7
6 66 19 2 1 8 19 - 8
7 15 4 0 0 2 4 - 2
8 179 53 5 3 22 51 - 21
9 141 42 4 3 18 40 - 16
10 23 7 1 0 3 7 - 3
11 19 6 1 0 2 5 - 2
12 596 176 18 11 75 168 - 69
22. 18Arizona Solar Jobs Census 2015
District
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
18 491 145 15 9 62 139 - 57
19 402 119 12 8 50 113 - 46
20 381 112 11 7 48 107 - 44
21 92 27 3 2 12 26 - 11
22 29 9 1 1 4 8 - 3
23 657 194 20 12 82 185 - 76
24 1,037 306 31 19 130 293 - 120
25 118 35 4 2 15 33 - 14
26 420 124 13 8 53 119 - 49
27 0 0 0 0 0 0 - 0
28 118 35 4 2 15 33 - 14
29 109 32 3 2 14 31 - 13
30 84 25 3 2 11 24 - 10
ARIZONA METROPOLITAN STATISTICAL AREAS
Metropolitan
Statistical Area
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino
or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
AZ NONMETRO-
POLITAN AREA
80 24 2 1 10 23 - 9
Flagstaff, AZ 45 13 1 1 6 13 - 5
Lake Havasu
City-Kingman,
AZ
50 15 1 1 6 14 - 6
Phoenix-
Mesa-Scottsdale,
AZ
5,895 1,738 175 110 739 1,663 - 680
Prescott, AZ 87 26 3 2 11 25 - 10
Tucson, AZ 652 192 19 12 82 184 - 75
Yuma, AZ 113 33 3 2 14 32 - 13
ARIZONA COUNTIES
County
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
Apache 5 1 0 0 1 1 - 1
Cochise 26 8 1 0 3 7 - 3
Coconino 37 11 1 1 5 10 - 4
Gila 11 3 0 0 1 3 - 1
Graham 5 2 0 0 1 1 - 1
Greenlee 1 0 0 0 0 0 - 0
23. 19Arizona Solar Jobs Census 2015
County
Total
Employment
Women
African-
American
Asian or
Pacific
Islanders
Latino or
Hispanic
Older
Workers
(55+)
Union
Members
Veterans of
the US Armed
Forces
La Paz 6 2 0 0 1 2 - 1
Maricopa 5,728 1,689 171 107 718 1,616 - 661
Mohave 50 15 1 1 6 14 - 6
Navajo 19 6 1 0 2 5 - 2
Pima 652 192 19 12 82 184 - 75
Pinal 167 49 5 3 21 47 - 19
Santa Cruz 7 2 0 0 1 2 - 1
Yavapai 95 28 3 2 12 27 - 11
Yuma 113 33 3 2 14 32 - 13
Photo courtesy of Recurrent Energy
24. ENDNOTES
1. SEIA/GTM Research Solar Market Insight Q3 2015
2. Id.
3. The Arizona Solar Jobs Census 2014 can be found at www.TSFCensus.org
4. SEIA/GTM Research Solar Market Insight Q3 2015
5. Id.
6. The residential, non-residential, and utility-scale market segments are defined by SEIA based on the offtaker of
the electricity their systems generate, though they can generally be used interchangeably with small-scale (i.e.
single-family household rooftop systems, no more than a handful of kilowatts), medium-scale (i.e. multi-unit,
commercial, or government rooftop system), and large-scale (i.e. ground-mounted or very large rooftop systems
ranging from several hundred kilowatts to several hundred megawatts in capacity).
7. Bade, G. (2015, February 27). SRP board votes to increase charges on solar owners. Retrieved January 12, 2016,
from http://www.utilitydive.com/news/srp-board-votes-to-increase-charges-on-solar-owners/369377/
8. Arizona Renewable Energy Standard. Retrieved January 12, 2016, from http://programs.dsireusa.org/system/
program/detail/268
9. Pyper, J. (2015, November 10). Arizona Court Advances SolarCity Lawsuit Against Salt River Project Over Solar
Fees. Retrieved January 12, 2016, from http://www.greentechmedia.com/articles/read/arizona-court-advances-
solarcity-lawsuit-against-salt-river-project
10. Leingang, R. (2015, September 25). APS drops bid for solar fee increase, blames “political gamesmanship”.
Retrieved January 12, 2016, from http://azcapitoltimes.com/news/2015/09/25/aps-drops-bid-for-solar-fee-
increase/
11. Trabish, H. (2015, November 2). Arizona gears up for full cost-benefit solar value proceeding. Retrieved
January 13, 2016, from http://www.utilitydive.com/news/arizona-gears-up-for-full-cost-benefit-solar-value-
proceeding/408375/
12. SEIA/GTM Research Solar Market Insight Q3 2015
13. It is important to note that these projections were based on employer-reported hiring plans for 2016 that may
have since changed in light of the extension of the federal investment tax credit in December of 2015.
14. SEIA/GTM Research Solar Market Insight Q3 2015
15. Id.
16. JobsEQ 2015Q3
17. U.S. Bureau of Labor Statistics, “Employment status of the civilian noninstitutional population by state – 2014
Annual Averages” and “Employment status of veterans 18 years and over by state – 2014 Annual Averages”.
Found at: http://www.bls.gov/
18. See, U.S. Department of Energy – Solar Ready Vets. Available at: http://energy.gov/eere/sunshot/solar-ready-
vets
19. U.S Census Bureau, “Geographic Terms and Concepts - Census Divisions and Census Regions.” Found at: https://
www.census.gov/geo/reference/gtc/gtc_census_divreg.html
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and BW Research Partnership. ALL RIGHTS RESERVED. Any use of materials in this report, including reproduction, modification, distribution, or
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For questions about this report, please contact Andrea Luecke at The Solar Foundation, aluecke@solarfound.org.
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25. 21Arizona Solar Jobs Census 2015
Photo courtesy of the National Renewable Energy Laboratory