Quantcast
Channel: Solar Power World
Viewing all 4445 articles
Browse latest View live

Ginlong Solis three-phase inverter achieves US UL 1741 certification

$
0
0

ginlongGinlong Technologies‘ Solis three-phase string inverter achieved UL 1741 certification for the fast-growing North America commercial solar market.

The Solis inverter represents a well-respected, value priced brand from Ginlong, which has led the inverter innovations since 2005. The inverter delivers excellent reliability, outstanding energy yield and superior design flexibility.

The Solis three-phase inverter is compact and light weight about 70 lbs for one-person installation. It boasts high peak efficiency of over 98%, ultra-wide input voltage range (200V-800V), excellent low irradiation performance, Dual MPPT design with precise MPPT algorithm, industry leading string mis-match feature, integrated AFCI and numerous protection functions to give end user “peace of mind.” With its salt spray tested NEMA 4/X enclosure, Solis inverter is suitable for indoor and outdoor installation. Solis inverter comes with web-based data monitoring and on-the-go monitoring via smart phone app.

Solar Power World


Contractor’s Corner Podcast: IPS finds longevity in local solar

$
0
0

After 24 years in Minnesota solar, contractor Innovative Power Systems has some insight to share on how to survive in the solar market. We spoke with Eric Pasi, VP of business development to learn more.

Eric Pasi, VP of business development

Eric Pasi, VP of business development

Ralph Jacobson, founder and CEO

Ralph Jacobson, founder and CEO

Solar Power World

Tucson KOA to install innovative solar shade structure

$
0
0

A breakthrough new technology will soon allow Kampgrounds of America (KOA) visitors to camp, gather and even build campfires under a patented shade structure that produces clean solar energy.

KOA After PowerParasol
The first-of-its kind PowerParasol will shade more than an acre of the KOA’s campground in Tucson, including two architectural, 30-foot high structures that give visitors room to park RVs in 30 campsites. A patented design creates dappled light, allowing plants and the campground’s famous fruit trees to thrive and families to camp, gather and barbeque under the structures, while the height and unique design preserve views of the mountains and desert landscape and creates an open, airy space.

“These elegant solar structures will give us a huge area of shade and a welcoming space for our visitors, all while producing clean energy and meeting our customers’ fast-growing desire for green camping facilities,” said Pat Hittmeier, president of KOA. “We believe the PowerParasol will enhance visitors’ experience, improve customer engagement and make the camping experience much more comfortable for our campers, especially in the summer months.”

The campground’s two PowerParasol structures will include 3,500 solar panels with the capacity to generate a megawatt of DC power. In the first year, they will produce an estimated 1.75 million kilowatt hours of energy, enough to power more than 150 homes.

“This technology takes solar off the rooftop, out of solar farms and into the community. It enhances the land it’s built on and generates clean energy without increasing our customers’ environmental footprint,” said Bob Boscamp, president of Strategic Solar Energy, the company behind the PowerParasol. “Beyond that, we’re seeing these unique structures transform public spaces, improve traffic and customer satisfaction and allow businesses to visibly communicate their commitment to the environment.”

The campground will use the energy produced by PowerParasol to power its facilities and give visitors access to green energy, and any excess generation will be integrated into the local utility grid, bringing another source of solar power to the community.

“We appreciate the assistance and support from Tucson Electric Power. They have proven to be a leader among utilities integrating renewable energy, while balancing the interests of the community, customers, and shareholders,” said Boscamp.

Construction on the KOA project is set to begin in late June, and should be complete in late October.

Solar Power World

Seven new solar arrays save Washoe tribe $25,000 annually

$
0
0

As part of its cultural commitment to living sustainably with the environment, The Washoe Tribe of Nevada and California is boosting its clean-energy capacity with the construction of seven new solar arrays built by Reno, Nev., nonprofit Black Rock Solar. In addition to the 113 kW of power BRS built for them in 2011, BRS is currently building seven new Carson City, Nev., area arrays for the tribe.

The Washoe Tribe's Cultural Monitor Otis Bryan watches over construction of a 35 kW solar array at the Stewart Family Wellness Center in May.

The Washoe Tribe’s Cultural Monitor Otis Bryan watches over construction of a 35 kW solar array at the Stewart Family Wellness Center in May.

Through a $470,000 grant from the Department of Energy as well as NVEnergy rebates, the tribe will be using the sun to save more than $25,000 annually for their Head Start program, Senior Center, Wellness Center and more.

“The solar project will provide installation of seven photovoltaic arrays for Tribal buildings,” said Tribe Chairman Neil Mortimer. “This will provide a means to reduce the energy costs for the Tribe and reduce our carbon footprint. The Washoe Tribe is grateful for the continued partnership and great track record we’ve had with Black Rock Solar.”

The seven ground-mounted arrays will total 158 kW and will be equivalent to taking about 50 homes off the grid.

“As a nonprofit with a mission to help schools, tribes and other nonprofits save money through building clean energy, Black Rock Solar is delighted to be working with The Washoe Tribe again,” said Black Rock Solar Executive Director Paddy McCully. “We’re pleased to see The Tribe use clean energy technology to maintain its heritage of caring for the environment.”

The solar array sites include:
Stewart Family Wellness Center
Dresslerville Community Center
Dresslerville Senior Center
Dresslerville Healing Center
Dresslerville Head Start
Carson One Stop
Carson Gym

The Washoe Tribe's new 35 kW solar array at the Stewart Family Wellness Center in May. Six more arrays are being built for the Tribe currently.

The Washoe Tribe’s new 35 kW solar array at the Stewart Family Wellness Center in May. Six more arrays are being built for the Tribe currently.

The Washoe Tribe of Nevada and California is a federally recognized tribe of Washoe Indians, living in California and Nevada. They are several communities south and east of Lake Tahoe united under a tribal council. The tribe owns over 64,300 acres in different parcels. The tribe is headquartered in Gardnerville, Nev.

Black Rock Solar is a Reno-based 501(c)3 non-profit organization focused on speeding the adoption of clean energy through installation, education, and energy efficiency. By installing solar at low or no cost for schools, tribes, rural communities, and other non-profits, Black Rock Solar puts much needed funds directly into the hands of those who need it most.

Solar Power World

What are the different types of solar financing?

$
0
0

After coming off another record year in 2014, growing by 34% over 2013, the U.S. solar industry is showing no signs of slowing down. As of the first quarter (Q1) of 2015, more than 51% of all new electric generating capacity in the United States came from solar power alone, with the residential and utility PV market segments each adding more capacity than the natural gas industry brought online in Q1.

This from the latest Market Insight report from the Solar Energy Industries Association (SEIA) and GTM Research, which expects another record year for solar power and continued growth over the next couple of years. For the average business or homeowner who still thinks solar is out of reach, these figures might have little meaning, but they should because solar energy is more affordable than ever before and is proving a wise investment option.

Going Solar in AmericaAccording to a 2014 report from North Carolina State University’s public service and research administration, NC Clean Energy Technology Center, a fully financed, typically sized solar PV system is a better investment today than the stock market and, in many cities, costs less than energy from a local utility.

“Of the single-family homeowners in America’s 50 largest cities, we estimate that 9.1 million already live in a city where solar costs less than their current utility rates if they bought a PV system outright and nearly 21 million (93% of all estimated single-family homeowners in those cities) do if low-cost financing is available,” wrote Autumn Proudlove and Jim Kennerly in the report, entitled Going Solar in America.

What’s more is that solar energy is growing despite below-average temperatures as experienced in the Northeast earlier this year. The Going Solar report even found that customers with a 5-kW system in Chicago or Boston, cities known for cold winters, could offset more power than in Phoenix, a location with some of the best solar resource in the U.S.

“There is a clear information gap,” said Proudlove, “Despite solar’s dramatic cost declines, there’s still a widespread mentality that solar is only a viable option for the wealthy. We hope that our work will help people realize that solar is often a financially attractive option for the average American homeowner today, providing a long-term, relatively low-risk investment.”

Falling prices and changing financial models

Since the implementation of the Solar Investment Tax Credit (ITC) in 2006, a federal 30% tax credit for solar systems, the cost to install solar has dropped by more than 73%. Depending on location, panel prices vary but SEIA puts the residential system costs at $3.48 per watt as of late last year, which is a 3.3% decrease from the previous quarter and a substantial drop in price from a decade ago.

“When the declining cost of solar is coupled with the rising cost of grid electricity, the financial case for solar can be quite persuasive, particularly for locales with higher than average electricity rates,” explained Proudlove and Kennerly in their report.

Although third-party ownership still remains the dominant model for financing solar installations in the U.S., at least for residential and commercial systems, times are changing. PV systems continue to get cheaper and it is now easier than ever to access low-cost financing.

Third-party financing primarily occurs through two models: power purchase agreements (PPAs) and solar leases. In the PPA model, a developer builds a solar energy system on a customer’s property at no cost, but the system helps offset the electric utility bill. The developer then sells the power generated to the customer at a fixed rate, typically at a price that’s lower than the local utility. In the lease model, rather than paying for the power produced, the customer signs a contract with a developer and pays for the solar system over a period of years or decades.

Because the number of banks and leasing companies has increased in direct relation to the growth of the solar market, however, direct ownership and unique financing models are gaining momentum.

A survey conducted by Mosaic, a solar finance pioneer, found that two times more respondents would prefer to own a residential rooftop system rather than lease it, assuming savings and performance are similar.

Mosaic offers solar loans and a unique financial model that includes a peer-to-peer network designed to connect individuals seeking funding with others who provide the loans.

“In the past, we funded many commercial projects with thousands of retail investors and we launched a home solar loan last year that’s growing fast. Solar installers around the country use our software to provide financing to homeowners,” said Billy Parish, CEO of Mosaic. “There is a massive shift happening where homeowners in the U.S. prefer solar ownership to leases.”

 

Dividend Solar is another online company connecting individuals interested in going solar but they’ve added installers to the list, offering system monitoring, product warranties, and performance and maintenance guarantees.

“We connect creditworthy homeowners, customer-centric installers, and financial investors, creating partnerships and aligning interests to enable all members of the solar value-chain to benefit,” this according to their website. “With our zero-down loan, homeowners realize the maximum economic benefits of full solar ownership.”

Sharing a piece of the solar community

These are great options for people who can mount solar panels on their roofs. However, estimates indicate that over half of all homeowners and businesses can’t install solar panels on their rooftops even if they wanted to. Whether it’s because of rental or roofing restrictions, or less than ideal credit ratings, a variety of barriers to solar power still exist.

Community shared solar programs, also known as roofless solar or solar gardens, are providing a solution that’s gaining wide acceptance. A compromise between a stand-alone residential system and a large utility-scale project, electric utility customers subscribe or buy a portion of a specific, offsite solar system, which currently caps at 2 MW (although there are now instances where multiple 2-MW projects are being built adjacent to each other).

“Community shared solar satisfies the consumer’s desire to purchase cleaner forms of energy, while allowing the utility company to maintain a grid-tied solar array,” shared Tim Braun, spokesperson for the Clean Energy Collective (CEC), a power-generation solutions provider. CEC’s 1.8-MW system in Carbondale, Colorado, the state where community solar got its start, may be the largest stand-alone system currently in the U.S.

“Participants either buy individual panels or subscribe to power generated in the shared arrays and then receive a credit for the electricity generated directly on their utility bills,” said Braun.

Either way, members actually own (not lease) a part of local clean energy and are credited for a portion of the power produced. A myriad of financing options are also available, depending on the system developer, location, and individual program.

“A low-interest loan is available for panel purchases through CEC’s financial partners, for example, and through the SolarPerks program in Massachusetts, customers can switch to solar with no money down, so no financing is required,” said Braun.

Like the many financial options available today for investing in a solar system, the ultimate goal of this shared energy source is to make solar power more accessible to a broader array of potential customers. Going solar is easier, cheaper, and smarter than ever before.

“Community shared solar is inciting widespread penetration of distributed solar by tackling the primary barriers to entry—accessibility and affordability,” said Braun.

For information on solar-related incentives and policies in a specific state or region, visit DSIRE’s website at www.dsireusa.org. DSIRE is operated by the N.C. Clean Energy Technology Center.

Solar Power World

Do you have builder’s risk insurance on your solar project?

$
0
0

Weather is as inevitable as death or taxes. The key to a successful solar installation isn’t avoiding the weather; rather, it’s about dealing with the inevitable as effectively as possible. You must protect the owners’ and financiers’ interests without losing your own business in the process.

risk insuranceWe’ve addressed when weather causes the most problems for installers and practical strategies to keep the project on track. But despite having planned for every contingency, sometimes it’s just not enough. That’s when you may have to use your builder’s risk insurance (BRI) policy — something in which every solar installer (and subcontractor) should invest.

What is BRI? According to the International Risk Management Institute’s insurance glossary, it is, in part:

(a) property insurance policy designed to cover property in the course of construction. Coverage is usually written on an all-risks basis and typically applies not only to property at the construction site, but also to property at off-site storage locations and in transit.

BRI is a critical component of any solar installation, particularly in areas likely to be affected by rain, high winds, earthquakes, and other natural disasters. If any part of the array is damaged by weather, for example, BRI will cover property losses up to the policy’s limit, less the deductible. Insurance companies usually set the limit by calculating the total value of the project when completed, which means solar installers should be as accurate as possible when setting construction budgets

BRI policies vary in length depending on the insuring company. Typically, BRI is written in three-month increments (three, six, or 12 months) and can be extended if significant weather delays push the project beyond its completion deadline. On occasion, BRI policies can be extended, but the number of allowable extensions depends on the insurance company.

Solar installers should read the policy in its entirety so they are not surprised by coverage (or lack thereof) should claims need to be filed. Get your lawyers involved. After all, you don’t want to put your own business at risk because you misread a comma or a colon.

Banks and project owners will have more confidence in your ability to fulfill your duties if they see you’ve thought of how to deal with potential weather risks. As a result, receiving appropriate funding for projects becomes much easier. So do your due diligence and get a BRI policy — you and your partners will be glad you did.

Conergy will next discuss two of its recent projects in North Carolina, which were affected adversely by significant rains. Conergy will explain what it did correctly, what it did incorrectly, and, most importantly, what the results were.

This blogpost is by Steve Crivelli, Conergy’s Director of Project Management, and is reposted with permission from Conergy’s blog.

Solar Power World

Low-income Baltimore neighborhood gets solar and storage project

$
0
0
Baltimore-Sustainability-Co

Baltimore sustainability coordinator Alice Kennedy speaking at the installation.

Recently, government officials and community leaders gathered at the home of Leonard Wills in East Baltimore’s C.A.R.E Community to kick off a project that will bring the benefits of solar power to local residents and serve as a model for improving community sustainability and resiliency citywide. Led by nonprofit GRID Alternatives in partnership with the Baltimore Office of Sustainability and the Baltimore Energy Challenge, the project includes solar installations for 10 families and a community center, cool roofs for increased efficiency, and 1600 hours of hands-on solar training opportunities for local residents.

Made possible with support from the Abell Foundation, this will be the first Baltimore area project for GRID Alternatives, the nation’s largest nonprofit solar installer. It comes at a time of tremendous growth for the solar industry and amid ongoing local, state and federal policy discussions around making solar power more accessible to underserved communities and improving their climate resilience.

“The City of Baltimore has made a long-term commitment to building sustainable and resilient communities,” said Baltimore Mayor Stephanie Rawlings-Blake. “We are proud to bring to our city this model of clean, affordable energy paired with job training opportunities for our residents.”

Leonard Wills, a 74-year-old who has lived his whole life in the community, is excited to be part of the project. “I’ll be able to use my savings to make some repairs to the house that I haven’t been able to afford,” he said.

Wills’ solar electric system along with those of his neighbors will be installed by job trainees from Civic Works, who will be getting their first taste of solar installation after installing cool roofs on the homes.

Civic-Works-job-trainees-la

Civic Works job trainees laying panels.

“We’re excited to offer our trainees this opportunity to participate in solar installation” said Earl Millett, Chief Operating Officer of Civic Works. “They have completed classroom training and received industryrecognized weatherization certifications. We know that this on-the-job training will help them secure full time employment and thrive in Baltimore’s green economy.”

“Every time we start working with a community like this one, we hear from residents that they need job opportunities, they want to live more affordably in their homes, and they want to do something positive for the environment, “said Nicole Steele, Executive Director of GRID Alternatives Mid-Atlantic. “We hope to do many more projects like this city- and region-wide.”

Constellation, an Exelon subsidiary, sponsored today’s kick-off event. “Constellation and our parent company, Exelon, continue to be committed to advancing renewable energy initiatives in Baltimore and across Maryland,” said Mark Huston, president of Constellation’s national retail business. “We are pleased to be part a program that is increasing solar energy in our state, and making it more accessible and affordable for city residents.”

Additional supporters include Baltimore Housing, Wells Fargo Foundation and GRID Alternatives’ national equipment partners SunEdison, SunPower Corp., Enphase Energy, IronRidge, SnapNRack and Quickmount PV.

Solar Power World

IND Solar Farm at Indianapolis airport honored with sustainability award

$
0
0
Solar-Farm-1--2-Close-Photo

The IND Solar Farm at Indianapolis International Airport.

The Indianapolis International Airport (IND) has received recognition for using airport land to help build a sustainable community. The IND Solar Farm won a 2015 Indianapolis Sustainability Award from the city at a ceremony in downtown Indianapolis Thursday evening with Mayor Greg Ballard. IND has the largest solar farm of any airport in the world and it will generate enough electricity to power 3200 average homes.

The Indianapolis Office of Sustainability created the awards to inspire innovation, showcase impact, reward leadership and promote education around the principles of sustainability. It honors excellence in three categories: social, economic and environmental sustainability. The IND Solar Farm won the environmental category award. The Solar Farm is a partnership that includes the Indianapolis Airport Authority, Telamon Corp, Johnson Melloh Solutions and Indianapolis Power and Light (IPL).

“The Indianapolis Airport Authority (IAA) Board is committed to preparing our airport for the future,” said IAA board president, Michael Wells. “We want to use our land to be a good neighbor to our surrounding communities and to be a leader for Central Indiana in protecting our environment and using our natural resources.”

“It is very gratifying to have our sustainability efforts acknowledged by the Mayor and the city of Indianapolis,” said IAA executive director Mario Rodriguez. “I’m proud to be part of a team of excellent partners who came together and found a way to take acres of airport land and repurpose them into a viable producer of clean energy for future generations. It’s a great way to serve our community.”

The IND Solar farm currently occupies over 161 acres of airport-owned “buffer” land. When phase three is completed later this year, an additional 22 acres of land will be added to the project. Together, all three phases will utilize over 87,000 solar panels.

Each phase of the IND Solar Farm was designed, constructed and is operated with private funds. No public or airport funding is attached to the project.

Solar Power World


Ginlong Technologies and AEE Solar enter into Solis inverter distribution partnership

$
0
0

Ginlong Technologies, a string inverter specialist, is partering with AEE Solar for Solis inverter distribution in the US.

AEE Solar is a leading solar distributor in the US and has provided top quality products and technical assistance to the solar industry for more than 35 years. As part of the collaboration, AEE Solar will add Ginlong Technologies’ Solis inverter line to expand the grid-tied inverter options for PV customers.

“AEE’s mission is to help our customers create a planet run by the sun. Ginlong Technologies’ innovative, high-quality, yet affordable, Solis inverters help us to further drive down installation costs and thereby grow the available market for large and small solar installers alike,” said Antonio Cintra, President of AEE Solar.

“Ginlong Technologies partners with world-class companies for Solis inverter distribution globally. We are excited to partner with AEE Solar who stands out among distributors for its expert technical support and superior service in the US”, said Jimmy “Yiming” Wang, Ginlong Technologies CEO. “The Solis inverter has built a global reputation for superior product reliability and excellent energy yield. We are happy to work with AEE Solar in the US to inspire more people to reach for the sky for renewable energy”, said Susanna “Qiang” Huang, Ginlong USA General Manager.

The Solis inverter offers unique value for PV customers. With extensive deployment at wind power and PV sites around the world over the last ten years, Ginlong Technologies’ inverter technology has a proven track record of superior product reliability, even in harsh environments. The Solis inverter has excellent energy yields thanks to high efficiency and outstanding low irradiation performance for long working hours. Its ultra-low DC startup voltage and unique string mismatch features give engineers design flexibility. The Solis inverter is compact and light enough for one-person to install. With NEMA 4X / IP65 enclosure that is hose-down and salt spray tested for outdoor installations, Solis inverters can operate reliably at virtually any site. The Solis inverter comes with remote data monitoring solutions for any project size. The Solis inverter is 3rd-party tested by DNV GL, a world renowned renewable energy engineering firm.

As a pioneer of grid-tied string inverter since 2005, Ginlong Technologies continues to lead the inverter innovations for the next generation.

solis

 

 

aee

 

Solar Power World

Solar Speaks: Lessons learned in O&M and asset management

$
0
0

Asset management is a buzzword in today’s solar industry. But what does it really mean and how does it relate to overall operations and maintenance? We spoke with Ken Kostok of O&M provider Alectris to find out. He shares his lessons learned from over 150 MW of solar installations. He also tells us about the SunSpec Alliance’s PV Finance Conference and Solar Asset Symposium at Intersolar NA 2015, where you can learn more.

Visit Alectris.com for a discount code when registering for the Solar Asset Symposium.

ken alectris

Solar Power World

Bloomberg forecasts $2.2 trillion boom in global small-scale solar in next 25 years

$
0
0

Global power generation will experience five dominant trends over the next 25 years, putting unprecedented pressure on energy companies, utilities and policymakers, according to the New Energy Outlook 2015.

stock-n-640x640NEO 2015 is Bloomberg New Energy Finance’s latest annual long-term forecast for global power, based on detailed analysis country-by-country and technology-by-technology of electricity demand, costs of generation and structural changes in the electricity system. It draws on the expertise of more than 100 analysts and researchers around the world specialising in the energy transition.

It identifies the following five major shifts that will take place between now and 2040:

  • Solar, solar everywhere. The further decline in the cost of photovoltaic technology will drive a $3.7 trillion surge in investment in solar, both large-scale and small-scale.
  • Power to the people. Some $2.2 trillion of this will go on rooftop and other local PV systems, handing consumers and businesses the ability to generate their own electricity, to store it using batteries and – in parts of the developing world – to access power for the first time.
  • Demand undershoots. The march of energy-efficient technologies in areas such as lighting and air conditioning will help to limit growth in global power demand to 1.8% per year, down from 3% per year in 1990-2012. In OECD countries, power demand will be lower in 2040 than in 2014.
  • Gas flares only briefly. Natural gas will not be the “transition fuel” to wean the world off coal. North American shale will change the gas market, but coal-to-gas switching will be mainly a US story. Many developing nations will opt for a twin-track of coal and renewables.
  • Climate peril. Despite investment of $8 trillion in renewables, there will be enough legacy fossilfuel plants and enough investment in new coal-fired capacity in developing countries to ensure global CO2 emissions rise all the way to 2029, and will still be 13% above 2014 levels in 2040.

Michael Liebreich, chairman of the advisory board at Bloomberg New Energy Finance, commented: “NEO 2015 draws together all of BNEF’s best data and information on energy costs, policy, technology and finance. It shows that we will see tremendous progress towards a decarbonised power system. However, it also shows that despite this, coal will continue to play a big part in world power, with emissions continuing to rise for another decade and a half, unless further radical policy action is taken.”

Jon Moore, chief executive of Bloomberg New Energy Finance, commented: “Last year’s forecast from BNEF identified the big share that renewables would have in power investment – that raised eyebrows at the time, but other energy forecasters have since piped a similar tune. This year’s report pushes our thinking further, with updated analysis on the slowing levels of demand we are already seeing, and on the proliferation of small PV systems.”

The small-scale solar boom will see worldwide capacity of rooftop, building-integrated and local PV soar from 104 GW in 2014 to nearly 1.8 TW in 2040, a 17-fold increase. This will be made possible by a 47% crash in the cost of solar projects per megawatt, as conversion efficiencies improve and the industry moves to new materials and more streamlined production methods.

Jenny Chase, chief solar analyst at Bloomberg New Energy Finance, said: “Up to now, small-scale solar investment has been dominated by wealthy countries such as Germany, the US and Japan. By 2040, developing economies will have spent $1 trillion on small PV systems, in many cases bringing electricity for the first time to remote villages.”

The BNEF analysis opens up the prospect of a clear move from a utility-scale, centralised system to one that is increasingly distributed and focused on the consumer, with household and business decisions on solar PV and storage driving many of the changes in the power system.

NEO 2015 finds that some $12.2 trillion will be invested in global power generation between 2015 and 2040, with only 22% of that taking place in OECD countries against 78% in the power-hungry emerging markets. Renewables will account for two thirds of that total over the next 25 years, with the old staples of coal, gas and nuclear generation attracting respectively $1.6 trillion, $1.2 trillion and $1.3 trillion.

BNEF’s forecast sees onshore wind reaching 1.8 TW globally by 2040, up five-fold, utility-scale PV 1.9 TW, up 24-fold, offshore wind 198 GW, up 25-fold, and “flexible capacity” (ways of balancing variable renewable sources on the grid, including batteries, demand response and fast ramp-up gas generation) reaching 858 GW, up 17-fold. Nevertheless, even in 2040, fossil fuels will still account for 44% of world generation (down from 67% in 2014).

The result is that, with global electricity generation rising by 56% between 2014 and 2040 as economies develop and populations grow, global power sector emissions will increase from 13.1 gigatonnes to a peak of 15.3 Gt in 2029. Greater burning of coal by developing countries will more than offset the substitution of coal-firing by gas and renewables in developed economies. World emissions will then fall back, but only to 14.8 Gt in 2040, still 13% above 2014 levels.

Seb Henbest, head of Europe, Middle East and Africa for Bloomberg New Energy Finance and lead author of NEO 2015, said: “The CO2 content of the atmosphere is on course to exceed 450 parts per million by 2035 even if emissions stay constant, so the trend we show of rising emissions to 2029 makes it very unlikely that the world will be able to limit temperature increases to less than two degrees Centigrade.

“The message for international negotiators preparing for the Paris climate change conference in December is that current policy settings – even combined with the vast strides renewables are making on competitiveness – will not be enough. Further policy action on emissions will be needed.”

Solar Power World

Virginia National Guard installs 488-kW solar system

$
0
0

 

IMG_1360The Virginia National Guard 183rd Regiment completed a solar installation at its Regional Training Institute (RTI) at Fort Pickett, Virginia. The project, a $2.2 million, 488-kilowatt solar array that measures 10,000 square yards and consists of nearly 2,000 individual solar panels, provides the RTI with nearly 80 percent of its daytime energy needs. This field is estimated to produce 712,000 kilowatt hours per year and was installed adjacent to the RTI campus. This project has the potential to replace more than 1 million pounds of CO2 normally produced by convention power generation sources.

A Lufft WS500 weather sensor was used on the installation. The Lufft weather sensor provides wind speed, wind direction, temperature, humidity and air pressure. The weather station and pyranometer together provide weather and solar radiation data from the field that is then integrated into a Schneider Electric BAS and display on the customers energy management dashboard. Evergreen Solar was the installer on the job with oversight from Schneider Electric. Lufft provided the weather sensor that provides data for the array.

Solar Power World

NABCEP Certification deadline nears as states and utilities announce new requirements

$
0
0

nabcepThe Tennessee Valley Authority (TVA) and the State of Rhode Island have joined the growing number of government and utility programs that are recognizing the consumer protection value that NABCEP Certification provides. They are among the most recent to have implemented requirements that recognize NABCEP credentials. They join programs ranging from New York State Energy Research and Development Authority (NYSERDA), Austin Energy, Connecticut Green Bank, and Duke Energy, to the states of Utah, Maine, and Louisiana, which use NABCEP Certification as a pathway to access financial incentives and/or obtain a license to install systems.

Currently, the TVA requires passing the NABCEP PV Entry Level Exam to access rebates, but beginning in January 2016 NABCEP PV Installation Professional Certification will be required of all TVA Green Power Providers. The upcoming certification exams will be the only opportunity for many individuals to maintain their eligibility in TVA territory before the January 1,2016 implementation.

Solar energy finance and insurance providers are also recognizing NABCEP. The National Renewable Energy Laboratory’s recently published Solar Access to Public Capital (SAPC) Best Practices in PV System Installation, a document intended to increase investor confidence in solar assets, includes NABCEP Certification among recommended contractor qualifications. In addition, insurance companies like Prosight Speciality Insurance are offering rating credits to contractors that have NABCEP Certified professionals on staff.The North American Board of Certified Energy Practitioners (NABCEP) administers certifications for solar installation and technical sales professionals. There are a myriad of benefits that come with being NABCEP Certified. For the solar professional, it promotes consumer confidence and differentiates the certificate holder from competitors. Certification validates job experience and training, and allows for professional advancement and mobility. Many additional benefits, such as discounts on conferences, are available to certificants through exclusive deals from some of the industry’s top product and services providers.

NABCEP administers the Certification Exams twice per year at test sites across the US and Canada. In order to be eligible for the fall exam, held on October 24, 2015, candidates must submit applications by August 7. Each of NABCEP’s Certifications – PV Installation Professional, PV Technical Sales Professional, and Solar Heating Installer – has a variety of qualifying pathways with different education and experience requirements. All required education and experience must be completed by the application deadline. The best way to identify if additional training or experience is needed is to start an application at my.nabcep.org. The October 24, 2015 Certification Exam will be the first to be based off the 2014 NEC.

Solar Power World

U.S. community solar market to grow fivefold in 2015, top 500 MW in 2020

$
0
0

The United States community solar market is approaching a tipping point. In its latest report, U.S. Community Solar Outlook 2015-2020, GTM Research forecasts the market to grow fivefold this year with 115 megawatts installed. By 2020, community solar in the United States will be an annual half-gigawatt opportunity.

With 66 cumulative megawatts installed through the end of 2014, the U.S. community solar market is just getting off of the ground. However, GTM Research has pegged it as the most significant solar growth market for the United States. Between 2014 and 2020, GTM Research expects U.S. community solar to have a compound annual growth rate of 59%.

comm-solar-forecast

Annual U.S. Community Solar Installations, 2010-2020E. Source: GTM Research

According to the report, there are 24 states with at least one community solar project on-line, and 20 states have or are in the process of enacting community solar legislation. However, only four states will install the majority of community solar over the next two years: California, Colorado, Massachusetts and Minnesota.

In the near term, these state markets with community solar legislation will serve as the core drivers of demand, fueling just over 80% of installations over the next two years.

œLooking ahead to 2020, said Senior Solar Analyst Cory Honeyman, the community solar opportunity is poised to become more geographically diversified, as developers ramp up service offerings to utilities in states without community solar legislation in place and national rooftop solar companies enter the community solar scene.

The report identifies 29 developers that are actively working on community solar projects. Today two companies, Clean Energy Collective and SunShare, together account for 32% of operating community solar capacity.

community-solar-taxonomy

Community Solar Developer Landscape. Source: GTM Research

However, GTM Research expects a wave of market entry and expansion over the next five years, as rooftop solar companies including NRG, SunEdison, and SolarCity build out their community solar efforts.

The next five years will see the U.S. community solar market add an impressive 1.8 gigawatts, compared to just 66 megawatts through the end of 2014.

Solar Power World

Solar Speaks goes live at Intersolar

$
0
0

Solar-Speaks-Live-LogoWe’re taking our popular podcast series on the road and to a live audience. Solar Speaks Live will be at Intersolar North America in the Unirac booth from July 14 to 15, 2015.

Solar Power World editors will interview industry thought leaders and about their unique solar industry perspectives, involvement and outlook.

Interviews will be video recorded and shared with our audience worldwide in the weeks following Intersolar. But the best place to catch the interviews is at the Unirac booth, No. 9411.

Interviews include:

  • U.S. Solar Institute
  • Swinerton Renewable Energy
  • Clean Power Marketing Group
  • HDPV Alliance
  • NREL
  • 3megawatt
  • The Solar Foundation
  • More to be announced!

Solar Speaks Live is powered by Unirac.

Solar Power World


Michigan Army National Guard goes solar with Suniva

$
0
0

Suniva Inc., a U.S. manufacturer of high-efficiency crystalline silicon solar cells and modules, announced that its high-powered Optimus modules are powering the Michigan Army National Guard’s Ft. Custer.

As part of President Obama’s executive order for military installations to generate 25% of their electrical power from renewable sources by 2025, Ft. Custer has installed a high-powered solar system. The Suniva panels were procured from AEE Solar by general contractor L.D. Dosca, and installed by Four Elements Energy Inc. The power produced will offset about 6% of the National Guard’s energy consumption. Discussions to build a second phase are underway.

“Partnering with an American solar manufacturer like Suniva is important for us. It enables mandated government projects to be fulfilled using a high-quality, high-power product such as Suniva’s Optimus panels,”said Art Toy, president of Four Elements Energy Inc.

“The Michigan National Guard is excited to bring this renewable energy project online; the first of many on our path to energy security and self-sufficiency,” said Brigadier General Michael A. Stone, Michigan Army National Guard. “This makes Fort Custer more competitive.”

“It’s rewarding to see our Optimus modules at another US Military site,”said Matt Card, vice president of global sales and marketing of Suniva. “With such a large segment of our employee base being veterans, it’s always meaningful when we can be of service to our nation’s military. We continue to receive strong interest in solar throughout the state of Michigan.”

Solar Power World

Strata Solar adds 188 new jobs in North Carolina

$
0
0

Strata Solar hired 188 new solar workers from the Fayetteville area to immediately begin work on a solar project in Duplin County, North Carolina.

Strata SolarTo meet its growing construction demand, Strata Solar held back-to-back job fairs in May and June in Fayetteville. The job fairs attracted over 735 people and led to 188 job offers from Strata Solar. Sixty-four percent of those hired have military backgrounds.

The new employees have already begun working on a solar farm near Warsaw. The 87.5-MWdc farm will span 450 acres of land and produce enough energy to power roughly 10,050 homes.

“Strata Solar is glad to be a major job provider in North Carolina. We still have 211 positions to fill and our job fairs are a great way for us to quickly find people who are ready to work,” said Cathy Wilhelm, Strata Solar chief administrative officer.

North Carolina was nationally ranked second in new solar installations and fourth in total solar capacity in 2014. The industry employs more than 5,600 people in the state.

Strata Solar’s growing number of employees has been enabled by North Carolina’s renewable energy policies. The North Carolina House has proposed to extend the renewable energy tax incentives.

Solar Power World

RevoluSun celebrates six years and smart home launch

$
0
0
RevoluSun_SmartHome-newoffi

RevoluSun’s headquarters and Smart Home showroom at 210 Ward Avenue provides a new kind of educational experience.

RevoluSun recently achieved several major milestones, and is throwing a beach cleanup party on July 11 at Sandy’s to celebrate. The firm will celebrate its sixth birthday, the connection of more than 5,500 RevoluSun customers to solar power and its successful evolution into a one-stop shop for energy efficiency and sustainable lifestyle home products. RevoluSun Smart Home is a curated collection of home improvement products that make Hawaii’s homes more economical, comfortable and healthy.

When we started RevoluSun our mission was to create cleaner, smarter solar communities across Hawaii. This month, as we mark our 5,550th customer, we are pleased to see our systems and products installed all across Oahu and the neighbor islands. Our efforts are helping Hawaii wean itself away from fossil fuels, and our clients collectively save over $17 million a year on their electricity bills, said Eric Carlson, RevoluSun Chief Innovation Officer.

Our goal is to be a resource for the public. And while we continue to help clients navigate ongoing changes to HECO policies and Public Utility Commission regulations, we now strive to assist Hawaii residents achieve energy efficiency beyond rooftops with a holistic approach to the home, explains Carlson. We are committed to being at the forefront of the sustainable home movement, so that’s why we rolled out our Smart Home products this year. We know that PV plus battery storage is what many solar customers want, and our new Smart Home offerings will enable homeowners to reach that in the most economical fashion. By integrating PV hot water, whole house fans, natural lighting solutions and other smart home products, our approach will reduce a home’s overall energy demand, making batteries more attainable and cost efficient.

RevoluSun’s headquarters and Smart Home showroom at 210 Ward Avenue provides a new kind of educational experience. Open to the public, contractors and architects, RevoluSun has created a dynamic space to learn about smart home solutions like PV hot water, whole house fans, natural lighting solutions such as skylights and sun tunnels, high efficiency pool pumps, electric car charging stations, home automation and energy management, and smart home security. RevoluSun holds regular, free Smart Home seminars on the second Wednesday and third Saturday of every month.

Solar Power World

Baker Electric Solar hosts second Solar Discovery Day

$
0
0
first-solar-discovery

The first Solar Discovery Day held in February 2015.

Baker Electric Solar, a full-service San Diego solar company that designs, builds and installs residential solar systems, invites San Diego and Riverside County homeowners to attend its semi-annual Solar Discovery Day on Saturday, June 27 from 11:30 a.m. to 2:00 p.m. The solar education event will be held at Baker’s headquarters, 2140 Enterprise Street in Escondido, California. The family-friendly event is open to the public. Baker has partnered with the San Diego Food Bank and encourages attendees to donate canned or dry-food goods at the on-site Food Bank kiosk.

Mike Teresso, president of Baker Electric Solar said, Southern Californian’s interest in solar has sky-rocketed in the last two years. Homeowners have been bombarded with information from hundreds of solar providers, much of it confusing. Baker’s Solar Discovery Day mission is to provide homeowners with the most current and accurate set of facts. If solar is right for the homeowner, we want them armed with all the intel needed to choose the right provider and perfect system for their families.

Baker’s team of consultants, solar product experts and Stop and Learn stations will provide attendees with a broad set of invaluable information. The stations will include: Solar 101; Choosing the Right Solar Products; Solar Financing Options; How Do I Get the Federal Investment Tax Credit?; and more. Homeowners are encouraged to bring their electric bills to the event. A Baker solar energy consultant can give an on-the-spot estimate of the monthly cost savings resulting from a customized solar system.

Baker Electric Solar has invited world-class suppliers including SunPower solar panels, LG solar panels represented by CED Greentech, SMA inverters, SolarEdge power optimizers, Quick Mount PV roof mounting, and Dividend Solar financing. Company experts will provide attendees with the latest in solar system information and discuss each homeowner’s specific requirements.

In addition, as a Baker Electric family company, Baker Electric Solar, has the history, the backing and the diversification of its parent, a local home and business electrical contractor founded in 1938. Offering sun-powered options since 2003, the company has helped more than 2700 Southern California residents use the sun to save on their electric bills.

To RSVP for the event go to this link.

Solar Power World

Sungrow to supply 75 MW of solar inverters in Thailand, opens Thai office

$
0
0

Sungrow will supply 75MW of central inverters to be connected to the power grid in Thailand.

75MW PV Plant in Thailand_xiao(2)

These projects are separately developed and built by the wholly owned subsidiaries of Super Block Co., Ltd; Electrica Asia Power Co., Ltd, Health Planet Management Thailand Co., Ltd, Media Mark Co., Ltd, and 17 Aunyawee Holding Co., Ltd. Sungrow SG1000TS container solutions which are specially-designed for large-scale solar farms, together with Sungrow PV combiner boxes, will be used for these projects, helping to meet the grid requirements.

“We are very delighted to be working with Sungrow and using their central inverters,” said Mr. Jormsup Lochaya CEO of Super Block. “Their reliable product performance record, great pre-sales service, prompt delivery time and high-quality container inverter solution gives us a number of advantages, which we expect to help us achieve higher profitability.”

“These exciting projects give us the opportunity to support Super Block in their pioneering work for PV energy and gain valuable experience in this region,” said Prof. Cao Renxian, CEO of Sungrow. “We are very impressed with Super Block’s commitment to solar energy projects in Thailand and we are looking forward to supporting them further”.

Based on the strength of solar in the Asia Pacific region, Sungrow has decided, by the end of July, to open an office in Thailand. This office will house a strong, technical team allowing Sungrow to offer a turnkey solution, from pre-sales support to after-sales services for their regional customers including Super Block.

Solar Power World

Viewing all 4445 articles
Browse latest View live